consa en explofiflon - ontario

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42E12SW8844 2.13928 SUMMERS

GEOLACONSa EN EXPlOfiflON

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90-512

GEOPHYSICAL SURVEYS -- IP, HEM A MAG

PROPERTY OFBAY RESOURCES A SERVICES INC.

BEARDMORE PROJECT

SUMMERS TOWNSHIP

OCTOBER 1990 C. LAVOIE, Ph.D.

2,3421

RECEIVED

JAN

MINING LANDS SECTION

f.i 39*8

1020, 3e Avenue Est (route 117 Sud), C.P. 418, VAL D'OR (Quebec) J9P 4P4 Tel: (819) 825-8212 Fax: (819) 825-9742

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INTRODUCTION

An induced polarization survey, an horizontal loop electromagnetic survey and a magnetic survey were performed over a property owned by Bay Resources 4 Services Inc. The property is located in the Summers township, province of Ontario. These surveys are following up previous works described in our December 1987 report (for Stratmin Inc.).

The IP survey has been performed in order to define conductive or polarizable horizons such as massive or dissemi nated sulphide zones, to which economic mineralization may be associated. The H.E.M. survey was done to outline possible conductive zones. The purpose of the magnetic survey was to define the geological structure of the property and to establish correlation with the other geophysical data.

PROPERTY. LOCATION AND ACCESS

The property is located at approximately 95 km North-East of Thunder-Bay, in the Summers township, province of Ontario. The field work has been performed over the claims (1100 hectares approximately) listed on the next page.

GEOLACONSElENEXnOlffilON

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Summers township:

Licence Licence

941907 941909974202 to 08 974210 to 18974223 974225 to 232974234 to 37 974240

Access to the property is easy. From Thunder-Bay, one follows the Trans-Canada highway to the North-East, The property is located 2 km North of the town of Beardmore, a few hundreds of metres North of the road.

GEOPHYSICAL WORK

During the periods of February 15 to 23,1990, and of August 14 to September 3,1990, an IP survey was done using an IPT-1 Phoenix transmitter (1 and 3 kW) and an IP-2 EDA receiver. The electrode configuration was, first, PPL (9,7 km; "p6le-p6le lateral") on the west part of the grid and, second, pole- dipole (20,7 km) east of line 27+00 W. The pole-dipole survey was done with the following specifications: the separation was a = 25 metres and n = 1 to 3. Iron electrodes were used west of line 28+00 W (during the winter) and porous pots east of that line (during the summer).

The departure from the planned configuration (PPL) has been imposed to us because of very noisy conditions. Our field crew investigated and found out that the noise was due to a leak from an electric power line.

GEOLACONSEl EN EXPLOMTION

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During the period of September 30 to October 7, 1990, an horizontal loop electromagnetic survey (34 km) was performed using a MaxMin II from Apex, using the 444 and 1777 Hz frequencies, along with a 100 metres cable.

The magnetic survey (37,1 km; total field and vertical gradient) has been performed during the period of February 13 and 14, 1990, using an Omni-Plus from EDA. The usual diurnal corrections have been done using data from an automatic recording base station (Scintrex) located on the property.

The line cutting (37,2 km) was performed by G6ola Ltee. The grid lines are North-West f South-East, with a spacing of 100 metres.

DISCUSSION ON THE METHODS

The induced polarization method:

The induced polarization survey consists in introdu cing an electric current into the ground in the form of a "square wave", by means of two metallic electrodes. Two other electro des permits the measurement of the current and of the voltage present in the ground during the transmission. The resistivity of the ground is then calculated with these two parameters while the chargeability is measured by observing the decrease of the voltage after the current flow stops. The chargeability is in millivolts/volt (mV/V) or milliseconds, and the resistivity in ohms- metres (Q-m).

GEOLACONSUL EN EXPtOMIION

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The induced polarization method allows the detection of massive or disseminated sulphide zones which are not necessarily conductive. The chargeability intensity of an anomaly depends mainly on the total surface of the disseminated sulphide grains, their nature, the geometrical shape and the depth of the sulphide zone as well as the conductivity and the thickness of the overburden.

That means the intensity of an I.R. anomaly varies with the grain size and theoritically, massive sulphide zones give a lower anomaly in chargeability than the same amount of sulphides disseminated. At the limit, if it is completely massive, we do not have a chargeability anomaly. It is almost impossible to interpret which quantity of sulphides is producing the anomaly. However, from previous data known on the property, we may guess the amount of sulphides.

If a weak anomaly of chargeability coincides to a low resistivity associated to a resistivity gradient, this anomaly may be produced by ionic currents. Care should be taken in presence of this phenomenon.

High readings of resistivity normally mean that the bedrock is near the surface. Very often, this is also associated with a higher chargeability reading which is then difficult to say if there is presence of weak disseminated sulphides. High resis tivity may also indicate the presence of silicified rocks.

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Low readings of resistivity without high chargeability readings normally mean that the current does not reach the bedrock. A greater separation should be used in these areas. However, it may also mean presence of massive sulphides, which may be interpreted by the shape of the anomaly itself.

GEOLACONSEKNEXnOMTION

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In other words, an induced polarization survey may sometimes be difficult to interpret (it gives no information about the dip) and it is normally recommended to detail any main anomalies and to interpret them with respect to the geological, topographic and all other pertinent information before proceeding with the drilling.

The readings of the survey (pole-dipole) are plotted in form of pseudo-sections. The anomalies are indicated by hatching. The probable location of the polarizable zone is indicated by an axis.

The resistivity was calculated using the following formula:

PPL:

P, - 2 - H - V - a/I 0-m

PPL Configuration:

00 a 00

r-Cl

... P1 and C1 being located at the same station but on adjacentlines.

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CONSEUNfxnOMtlON

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l Pole-dipole:

l Pa - 2 - * . n - (n * 1) - a - V 7 l fl-m

l Pole-dipole configuration:

Pi-a ——>|<—— n-a ——>|<—————— w

—CIli ————"————I From the pseudo-sections representation of the

pole-dipole data, we have combined the three (3) separations as B follows:

Separation: Measures:

l n * 1 A.

n - 2 B. C.

fl n = 3 D. E. F.

lCombination: [A 4- (B 4- CJ/2 4- (D 4- E 4- FJ/3] 7 3

l The combination of the three (3) separations was l calculated for the chargeability and for the resistivity readings.

These results were drawn in profile on a separate map.l

iii GEOLA

CONSEl EN EXPLOMTION

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We also combined the chargeability and the resistivity readings as follows:

New value: (Chargeability x 1000) f Resistivity

This new value permits to enhance the anomalies. It was drawn on the pseudo-sections. If strong variations of resistivity is encountered, it is recommended to go back to the initial data for a better interpretation.

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The PPL data are presented as contour maps.

The Horizontal loop electromagnetic survey:

A horizontal loop electromagnetic survey consists in measuring the "IN-PHASE" and "OUT-OF-PHASE" components of a magnetic resulting field. This field is the sum of the field induced in the conductive source with the primary field produced by the transmitter. The transmitter and the receiver, which consist of two horizontal loops or coils, are linked by electric wires enabling comparison between the primary and the resulting fields. The measured values are expressed in percentages of the primary field.

The H.E.M. method is capable of delineating zones of conductivity which could represent, but not necessarily, massive concentrations of minerals having metallic conductive properties. The common minerals displaying such properties are pyrite, pyrrhotite, chalcopyrite, nickel (but not sphalerite) and graphite. In certain areas, the overburden is a conductor and it may be difficult to determine the source of the various anomalies. While interpreting an H.E.M. anomaly, one must take into account the lenghth of the anomaly, its shape and its intensity. Generally,

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the length, the thickness, the depth to the top, the dip and the conductivity-thickness product of the conductive zone can be calculated with some precision.

The magnetic method:

A concentration of minerals having a different magnetic susceptibility compared to the surrounding rocks, will give rise to variations in the earth's magnetic field. Systematic observation of the earth's total field over the property, allows us to outline zones of different magnetization, which are related to more or less magnetic geological units or concentrations of magnetic minerals. By measuring or calculating the vertical magnetic gradient, the resolution of the survey is increased, thus helping its interpretation. The magnetic field units are" gammas " (Y) or" nanoTeslas " (nT). 1 -y = 1 nT.

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Minerals having strong magnetic susceptibility are magnetite and pyrrhotite and are usually but not necessarily associated as primary or accessory minerals in massive sulphide deposits or other possible economic mineralizations. Thus, coincident magnetic and H.E.M. or I.R. anomalies could be important but are not necessarily significant. The global inter pretation of the magnetic survey, consisting in delimitating zones of different magnetic susceptibility, is highly advisable. This interpretation contributes in outlining the major geological units and structures such as faults on the property.

On the profile map, the approximate location of the contacts of the magnetic units has been plotted. We assumed that all the magnetic units were outcropping (not true). Conse quently, the plotted contacts show the largest possible magnetic unit related to each particular anomaly (for a given anomaly, the width of the source will be smaller if the source is deep).

GEOLACONSUL EN EXPLOMTION

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DESCRIPTION AND INTERPRETATION

The induced polarization survey:

The IP survey has permitted to detect thirty-nine (39) anomalies. Among them, two (2) have been classified in the first priority and ten (10) in the second. All have been described in tables which appear at the end of the report.

The apparent resistivity on the property varies widely, from less than 100 Q-m to more than 30000 fl-m locally. The low resistivity zones are interpreted as valleys and/or fractures in the bedrock. Some of these zones, such as P-02,03 and 13, which are observed all across the grid, define a slightly south of east trend. These are related to schear zones (Gilles Tremblay, pers.comm.). Area where the bedrock is near or at the surface are related to high resistivities.

The first priority anomalies are P-19 and P-26. They are well defined but only P-19 shows relatively strong I.R. effects (on line 14+00 W). P-19 shows in fact mainly a resistivity low (a fracture or a schear zone) to which IP. effects are associated locally. Where the IP. effects are observed, the resistivity values tend to be higher. Both P-19 and P-26 may be interpreted as being produced by disseminated sulphides. They should be verified by drilling.

The second priority anomalies are P-03,07,08,14, 16, 18, 20, 21, 35 and 38. P-03 is a resistivity low zone which goes across all the property. IP. effects are locally observed along it. It is also related to P-26. Since P-07 and 08 have been detected with the PPL survey, they should be detailed with a pole-dipole survey, before any other work. P-14 and P-16 show

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some I.R. effects. P-18, 20 and 21 are related to P-19 by the fact that they all closely follow the sides of P-19. They are possibly produced by secondary disseminated zones, which would be parallel to P-19.

The third priority anomalies display mainly resistivity lows but also some weak or not well defined I.R. anomalies.

Some of the anomalies (P-03,14,25,27) show very low resistivity values locally. Since no response has been observed on the H.E.M. data, these resistivity values may be produced by a strong horizontal gradient (?), by casings of diamond drill holes (?) or by an other cultural feature. It would be necessary to verify that in the field.

The H.E.M. survey:

The H.E.M. survey did not permit to detect well defined or strong conductive zones. On a compilation map of an airborne electromagnetic survey provided by Gilles Tremblay, we observe two bands of weak E.M. INPUT anomalies which are related to resistivity low zones but to which no well defined H.E.M. responses were observed. The H.E.M. anomalies described in the table at the end of the report, show mainly "out- of-phase" responses. They are interpreted as being produced by overburden effects, by valleys or possibly fractures in the bedrock. On the 1777 Hz profile map, the location of their contacts has been interpreted using the layered earth model. The use of the vertical plate model would have led to much narrower zones. The resistivity data and the H.E.M. data are in agreement as for the location of the major resistivity zones on the grid. As mentionned previously, some very low resistivities, defined locally on the resistivity data, do not have any response on the H.E.M. survey.

GEOLACONSaiNEXPlCWCTCN

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The magnetic survey:

The data show a very flat magnetic relief. A few anomalies, some of them seemingly inverted, go across the general trend (defined in the south part of the property; see our December 1987 report and the 1:5000 magnetic compilation map in the present report) and are interpreted as dykes. The contour map shows however some variations in the base level, which may be interpreted in many ways. For example, knowing the pre sence of a horizontal diabase sill underneath the property (Gilles Tremblay, pers.comm.), these variations may be produced by variations in the depth to the top of the sill, or by variations in its thickness or of its composition, etc...

Two weak linear negative zones can be observed on the contour map. They strike slightly south of east and seem to correspond to resistivity lows. One of these magnetic lows, runs between the P-02 and P-11/P-13 resistvity lows, which are associated to the Sandy Creek and to the schear zone men tionned previously. The second corresponds to P-12 and P-37 resistivity lows. These three low magnetic features may be effectively interpreted as schear zones. They are furthermore located near the two bands of E.M. INPUT anomalies mentionned above. A third magnetic low is located between the first two but has no clear and direct low resistivity association. The magnetic low zones have been plotted with the fracture symbol on the profile map.

Note that on the 1:5000 magnetic compilation map some data are not exactly coincident between the 1987 and the 1990 survey. This is easily explained by the bad localisation of the 1987 grid lines.

GEOLA

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CONCLUSION AND RECOMMENDATIONS

The I.R. survey has permitted to detect thirty-nine (39) anomalies. Among them, two (2) have been classified in the first priority and ten (10) in the second. The H.E.M. data show that there is no good conductive zone on the grid covered by this survey. The weak E.M. INPUT anomalies detected over the north part of the property seem therefore associated to the overburden filled valley of the Sandy Creek, and f or to related schear zones.

However, the I.R. first priority anomalies P-19 and P-26 are very well defined and should be verified by drilling. As for the second priority anomalies, they worth more study. Among them, P-18, 20 and 21 form a very interesting zone. Since P-07 and P-08 were detected with the PPL survey, they should be detained with the pole-dipole configuration, a ** 25 metres, n ^ 1 to 3, before anything. Finally, all the available geoscientifical data, including geological, geochemical and other geophysical data, should also be studied in order to evaluate the potential of the second priority anomalies and to help to localize the best targets (i.e. to optimize the drilling campaign).

Respectfully submitted, j1

By:

Revised by:Clermont Lavoie, Ph.D.

Larlgis Plante, M.Se.

GlOLACCT6SISN EXPLCSTON

DESCRIPTION OF THE H.E.M. ANOMALIES

Project: Beardmore property Township: Summers (Ontario)

HAP NO. ANOMALY

H-01

H-02

H-03

H-04

LINE

25+00 W

23+00 W

12+00 W

14+00 W

STATION

14+50 N

16+00 N

14+00 N

10+00 N

MAXMIN II F: 1777 Hz C: 100 m

1 H

-1

-1

-1

-2

0 V

-10

- 8

- 4

- 8

*7.T

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h W

-

-

-

-

L W

2750

450

(2800)

800

Dip

-

-

-

-

ASSOCIATION

-

-

-

-

REMARKS AND

RECOMMENDATIONS

Probably produced by overburden effects.




P r 10

3

3

3

3

F: Frequency; C: Cable; I V: In-Phase component; O *: Out-of-Phase component; ff.T: Conductivity-thickness h: depth to top of the source; L: Length; PMo: Priority;

l nT - l gamma

DESCRIPTION OF INDUCED POLARIZATION ANOMALIES

Project: Beardnore property Township: Summers (Ontario)

HAP NO. ANOMALY

P-01*

P-02

P-03

P-04*

P-05*

P-06

P-07*

P-08*

P-09*

P-10

LINE

32+50 W

15+00 W

9+00 W

28+50 W

34+50 W

24+00 W

31+50 W

25+50 W

25+50 W

25+00 W

STATION

18+40 N

12+65 N

10+15 N

13+20 N

12+75 N

10+10 N

0+75 N

6+90 N

11+50 N

12+20 N

LENGTH (m)

-

2750

2200

125

150

1300

-

150

-

350

CHARGEABILITY

Anomlv Base

^A. 3-4

-

-LI.2-4

-U- 3-4

-U. 3-4

-

.ej,3-4

JA. 3-4

.Li.3 - 4

-

RESISTIVITY

Anomaly Base

440p

__ 47 > 150

222

2700 > 3000

4524

__ 115> 200

3085

1727 > 2000

3698

__ US> 400

ASSOCIATION

-

-

Very tow resistivities at depth, L25W. Related to P-26 as for the IP effects.

Resistivity low.

-

Weak IP effect at depth on L24W.

-

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-

-

REMARKS AND

RECOMMENDATIONS

Weak IP effect.

Resistivity low.

Mainly resistivity low. IP effects locally (see lines 8W, 9W, 14W etc...).

Weak.

Weak.

Resistivity low.

IP effects. Should be detailed.

Should be detailed.

Weak.

Resistivity low.

P r 10

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3

2

3

3

3

2

2

3

3

PPL electrode array

CHARGEABILITY: Chargeability In ml l H seconds;

Base: Approximate base level near the anomaly;

RESISTIVITY: Resltlvlty 1n ohns-netres;

Prlo: Priority; l nT - l gamma.



MAP NO. ANOMALY

P-ll

P-12

P-13

P-14

P-15

P-16

P-17

P-18

P-19

P-20

LINE

23+00 W

24+00 W

18+00 W

25+00 W

18+00 W

24+00 W

23+00 W

21+00 W

14+00 W

16+00 W

STATION

15+90 N

19+20 N

16+25 N

15+30 N

15+75 N

13+35 N

10+35 N

8+15 N

7+15 N

7+70 N

LENGTH (")

850

-

1800

-

300

1800

1450

-

1100

-

CHARGEABILITY

Anomaly Base

-

-

-

3-1 1 - 1,5

LI 0,2

itl 1,6

-

3A.3-4

13J. 3-4

.5^6, 3-4

RESISTIVITY

Anonalv Base

_ go> 200

188 ^ 200

x 300

__ 22> 300

mGradient

781 Gradient

__ 8Z> 600

8989

12078

15929

ASSOCIATION

-

-

-

Very low resistivity at depth. No response on the HEM survey.

Follows P-13 on 3 lines.

Follows the south side of P-02 on all Its length.

-

High resistivities. Possible extension " P-20.

Mainly resistivity low.

Possible extension " P-18.

REMARKS AND

RECOMMENDATIONS

Resistivity low.

Resistivity low at depth?

Resistivity low.

IP effects.

Weak IP effects.

IP effects, at depth (n - 2,3) 1n general.

Resistivity low.

IP effects. Possible disseminated sulphides.

IP effects locally. Strong and well de fined on L14W. Disseminated sulphides?

Weak IP effects. Disseminated sulphides?

p r10

3

3

3

2

3

2

3

2

1

2

CHARGEABILITY: Chargeability In milliseconds;


RESISTIVITY: Resltlvity 1n ohms-metres;

Prlo: Priority; l nT * l gamma.



HAP NO. ANOMALY

P-21

P-22

P-23

P-24

P-25

P-26

P-27

P-28

P-29

P-30

LINE

12+00 W

14+00 W

14+00 W

11+00 W

24+00 W

18+00 W

12+00 W

9+00 W

9+00 W

8+00 W

STATION

6+30 N

6+05 N

7+90 N

7+90 N

17+50 N

10+10 N

9+40 N

8+95 N

10+65 N

10+50 N

LENGTH (m)

200

650

(300)

150

-

350

250

150

150

-

CHARGEABILITY

Anomaly Base

.LI. 3-4

-

-

-

-

6.8 3

-

-

-

3j3 2

RESISTIVITY

Anomaly Base

5163

1256 > 8000

17" * 5000

S34 > 800

__ 2S > 500

Gradient

__ 2P.> 200

105 > 300

127> 700

682

ASSOCIATION

Follows the south side of P- 19.

-

-

IP effects on L8W and L9W.

No response on the HEM survey.

Associated to P-03.

No response on the HEM survey.

-

-

-

REMARKS AND

RECOMMENDATIONS

IP effect at depth. Disseminated sulphides?

Resistivity low.

Resistivity low.

Resistivity low.

Very low resistivities at depth.

Very well defined IP anomaly. Disseminated sulphides?

Very low resistivities.

Resistivity low.

Resistivity low.

Weak IP effects.

P r10

2

3

3

3

3

1

3

3

3

3

CHARGEABILITY: Chargeability In milliseconds;


RESISTIVITY: Resltlvlty In ohms-metres;

Prlo: Priority; l nT - l gamma.



MAP NO. ANOMALY

P-31

P-32

P-33

P-34

P-35

P-36

P-37

P-38

P-39

LINE

12+00 W

15+00 W

12+00 W

8+00 W

8+00 W

9+00 W

11+00 W

11+00 W

13+00 W

STATION

13+15 N

15+95 N

15+45 N

14+75 N

15+05 N

16+20 N

16+95 N

17+40 N

20+20 N

LENGTH W

150

-

150

-

-

150

(300)

-

-

CHARGEABILITY

Anomaly Base

-

-

-

M

"Li 3

-

-

6.63-4

-

RESISTIVITY

Anomaly Base

153

_ 101 > 150

;?4> 300

451> 600

2410

378 > 1000

193 > 200

3011 Gradient

3854 > 5000

ASSOCIATION

-

-

-

-

-

Related to P-34?

Related to P-36?

-

-

REMARKS AND

RECOMMENDATIONS

Resistivity anomaly.

Resistivity low.

Resistivity low.

Resistivity low.

IP effects. Disseminated sulphides?

Resistivity low.

Resistivity low.

IP effects. Associated with the resistivity gradient?

Resistivity low.

P r 10

3

3

3

3

2

3

3

2

3

CHARGEABILITY: Chargeability 1n milliseconds;


RESISTIVITY: Resltlvlty In ohms-metres;

Prio: Priority; l nT - l gamma.

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GEOLACONSEl EN EXPIOMTON

STATEMENT FOR ASSESSMENT WORK

l, the undersigned, Clermont Lavoie, for G6ola LJmit6e, certify to the following:

During the periods of February 13 to February 23, August 14 to September 3, and September 30 to October 7, 1990, an induced polarization survey (30,4 km), an horizontal loop electromagnetic survey (34 km) and a magnetic survey (37,1 km) have been performed over a property owned by Bay Resources A Services Inc along with the line cutting (37,2 km). The survey lines are North-West.

The property is located at approximately 95 km North-East of Thunder-Bay, in the Summers township, province of Ontario. The field work has been performed over the following claims (1100 hectares approximately):

Summers townshi:

Licence

941907 974202 to 08 974223 974234 to 37

Licence

941909 974210 to 18 974225 to 232 974240

1020, 3e Avenue Est (route 117 Sud), C.P. 418, VAL D'OR (Quebec) J9P 4P4 Tel.: (819) 825-8212 Fax: (819) 825-9742

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Description of the IP survey:

Transmitter:Receiver:Configuration:

Separation (pole-dipole):

Measurem. interval: Time domain; Parameters: Time "On": Time "Off": Integration:

IPT-1, Phoenix, 1 and 3 kW; IP-2, EDA; PPL (9,7 km), Pole-dipole (20,7 km); a = 25 metres, n - 1 to 3; 25 metres;

Resistivity and chargeability;2 seconds;2 seconds;Start * 0,16 second,End * 1,74 seconds.

Description of the H.E.M. method:

Instrument: Parameters: Frequencies: Cable lenght: Precision: Measurement interval:

MaxMin II from Apex;In-phase and out-of-phase;444 and 1777 Hz;100 metres;•\-2K;25 metres.

Description of the magnetic survey:

Instrument: Parameters: Precision: Measurem. interval:

Omni-Plus, EDA;total field and vertical gradient;± IY; 12,5 metres.

i020, 3' Avenue Ea (route 117 Sud),C.P, 418. VAL D'OR (Qutfbcc)

J9P 4P4

GEOLAcoNsctiNExnomrioi

lll l Operators:

ri (40 days) Mignault Jocelyn" R. de la Croix

: Mont-Brun, QCrff" (30 days) St-Jacques Claudel 1274, Harricanal Val d'Or, QC

l (29 days) Trudel Joell 55, rue DuparquetB Duparquet, QC

1 (21 days) Belanger Daniel R.R. 1

r D'Alembert, QC

(11 days) Duguay Marcel : 666, du Village

I Authier-Nord, QC

(9 days) Bouchard Michel Jr.142, Perreault Est, apt. 12 Rouyn-Noranda, QC

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Respectfully submitted,

l By:— Clermont Lavoie, Ph.D. l

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1020, 3' Avenue Est (route 117 Sud),C.P. 418. VAL D'OR (Quebec)

J9P 4P4

GEOLACCNStl EMXPICWITION

i

P GEOLA, CONSR EN EXPIQWTONif* CERTIFICATE

l1. l, the undersigned, Clermont Lavoie, residing at 1148

Berard Avenue, Val d'Or, Quebec, graduated with a B.Sc.A. degree in Geology from Ecole Polytechnique in 1965. l obtained an M.Sc.A. degree in Geophysics

m from Ecole Polytechnique in 1968 and received a l Ph.D. in Geophysics from McGill University in 1972.

1 2. l am a member of the Order of Engineers of Quebec, the Canadian Institute of Mining and Metallurgy, the Quebec Prospectors Association and the Society of

m Exploration Geophysicists.

3. l have no direct or indirect interests in the mining. claims owned by BAY RESOURCES A SERVICES INC.Jj nor in the securities of this company and l have no; intention of receiving such interests.

l 4. The interpretation and recommendations described inthis report are based partly on a personal and

i-g technical experience in this district of Quebec.

™ 5. l authorize the above-mentioned company to use thisreport for any legal and/or official purposes.

•i', 'm*

Signed in Val d'Or, thtwenty-second (22nd) day of the month of Oc- I tober, one thousand nine hundred and ninety (1990).

l

i l l

Clermont Lavoie, Ph.D.

1020, 3e Avenue Est (route 117 Sud), C.P. 418, VAL D'OR (Qufbec) J9P 4P4 Tel: (819) 825-8212 Fax: (819) 825-9742

l

-^. -r-^r^

Res(0 *i M. t* OJ l.-j 'ro ** to CJ^-— i

"""7"^ yl y j" ' — 7~~7s s \

g S^-g, ^ R3 '' s2? -j1 W-^to CO ^ ^

9HXM4

^ *j"JJ3 "0 ".5 "1,3 "2.8

8 ^.8 "0 -1.3 "3 "4.1 -3.3 "3.1 *.l "3.3 "3.5\ ^

9+00*4

^•^ ^ ^ "829— C***5 M98 "298/ i!62\

-r^— — XP" P~~—— T ———— i ——— -J— """^ l J i~ —— p l i i i 1 -i ———— r- -| ———— i —— 1 i — | ———— i ———— i ———— i —— | i A^, j. ^|B^^HK n CT) ji. ro ro tJi J^j to cu fk x^. J^ x^ LO roro-ro ojt-*-*---*--. ^^^^

^**. 1 l ft* f. fffS. ,, —— - . — —

/•X/ /}fy A/ /i ~^ — \/ //;\'y /rsf~/ /Vfsy} S — ' —— ' —— 1 — /y^Y/. ' —— ' —— c —— xXr^Xxrrl/!//'1// ' —— ' —— l —— ' - looo 5 x a— ;s i i sr--,s ^^5^^^^..^^:^^^ ..s.... s''1 g is s s 1n ro|o|2 01 01^ *. OD - CD *. OD^ÔD— — -— - . rol ua î __ ^ -- en -~j l g lg g g 2

- 100

10+00*4 11+00*4 12+00*4 13+00*1 14+00*1 15+00*4 16+00*1

^\ 0 *), *L 0, •6.1 "1.8 "1.8 "1.6 "1.6 "3.3 "4.5 "4.3^, "1.8 "1.2 "1.3 "1.8 "1.8 "1.3 ".5 ".1 *.5 ".3 "1.2 "1.5 "4.6"4.5 "2.5 "3.3 "2.8x ~\ x ^ y ^ — -^v

•7.1 -2.8 "3.3 "tJ "1.3 "1.6 "2.8 ".2 ".1 "1.3 ".5 "1.2 "2 ^ "1.3 ".5 "1.2 "1.1 "1.2 "1.7 "3.1 "5.8 "5.6 "4.1 "4.1 V \ ^^x \— J \ f V "\ •4 "5.8 "2.8 "4.1 "2.5 "1.3 "1.8 ".1 "0 ".2 "1 ".2 "1.3 "2.8 "1.6 "1.1 *1 "1.1 "1.1 "2.8 "3.3 "7.2 "6.8 "4.6

10+00*4 11+00*4 12+00*4 13+00*4 14+00*4 15+00*1 16+00*4

•1665^326^ *1046-N*lD21 N*lgl -165 *201 "292y"182 "107 "159- "226 "322 "225-^"127 "152 îl75 — "198 "339 *469 "1876 "2852 "4126 "2063 "3297099^lSto4\13| .409 (^15/ \345 "17^t\ ÎSS-^'eo^ ^33^^239^X165 "146~-^176^jl7.4^--^212-^"216 "266 j*545-^30 "233 "298 "34^jM33x^617V^l *1897 "4240 "3722 "4577

"1763^26^.211 "261 "246 "309 "697^128 M026 "ITfe^SS? "210 "167^"225 "251 "228 "237 "362 "809 "665 "317 "457 •""^581 "622 "568^458 \ "2410 "4240 "5929

--iriisn s ~~^ . -: - -^: -j

1 41 BAY RESOURCES S SERVICES INC.

1

1

1

i

1

1

1

1

1

1

iili

BEARHORE PROPERTY

Summers Township, Ont.

INDUCED POLARIZATION SURVEYMofhnH - POLE-DIPOLEwetnoa . T IME- DOMAIN

I. P. TRANSMITTERInstruments: j p RECEIVER

: PHOENIX IPT-1 #A-15132. IkW.: EDA IP-2 #0016

Time sequence : 2 sec. "ON": 2 sec. "OFF"

Separation of electrodes : a s 25 metresSeparation between dipole : n - i, 2, 3

CONFIGURATIONIB "1 Bil ^m np*^d *^— n

T^V\ \\

f W A\^^ * ^ St "^j~- yM ^r^.—..^''^'1^ s

•Vr *v ^^ tfwA ^^V *P ''^.^ 7 ^ \ ^

1 LANGIS PLANTE lfc S^ i -- - - j S^. \ 41853 y .N i n i^ ^t X L-Q+

OF ELECTRODESa ——

i—Q ———— int

77

^Plotting point^ Operators: J.

J.

\

OOmW

finite

MignauJtTrudeJSt-Jacques

***ana*i0t

GEOLA LTEEEXECUTED BY : J. Mignault OB/90

INTERPRETED BY : L. Plants H. Se. 09/90

DRAWN BY : G. Bacon Tech. O9/90

N.T.S.: 42 E PLAN NO : 90-512-18

BEmOflE PflOPFflTYStmers Tup,

Scale : 10 25 50t5*i^55^^S

M.: 250075 100

1 cm." 20X +20*

Z -ff+WMNEW VALUE -2ox(Char./Res. x 1000)

UJ ruui m

Z -

COMBINATIONBY TRIANGLE . —— . chap . . —

+10X -i

-,

B A"**.oj tn ro oo ro \

1

to LJ

S SS Y~'S S S S

- -Res.

Z -0+OOiN CHARGEABILITY (ma, Milliseconds)

7+OOofl 840(MI 9+00* —H

n-1 n-2

"3.5 -2.8 "1.8 "3 "3.5 *±5^ "4^ "0 "4.1 "3.5 "3 "4,1 "4 -2.8 "2.8 "0

n*3 "4.8 "3.3 "3.3 -6.9 "4.5 "3.3 "3.1^ S ^

Z -8+OOM

RESISTIVITY ( Pi, Ohm-metres)

7+00*1 —l———

n = 2 n=3

"16870 "12707 "7355 "4087 "^23237 "6836^4429 "4566/51' ' 7 /(-"13126 ("4026 "3807 X" 1403 -"425

- f ~,m--- -S;

cocn tocnoDai cnuicji

cm : a cycle

Res. Res. Res. Res. Res.

fo ro

1 "^ro tn o tn ""

s sssI& "^TS R3 ' x

roS

ro ro ro ro to ODS

tn fjiS3 lg

K

- 1000

- 100

9+00*4 11+00*4 12+00*4 13+00*4 14+00*1 15+00*4 16+00*4 17+00*1

,5 -.1 ".5 -1.2 "4/3 "6.3 "1.8 .5

/3 "6.3 "1.8 —.2 "1.3 "3.8 "4.1 { \ \ s* \ ^^v "5.6 "6.8 "1.6 ".1 "1.8 "2.3 "1.

,8 "1.8 "1.6 "1.1 ".5 "1.1 "1.2 "1.3 ".5 -.6 "1.1 "1.1 "1.7 "1.3 "1.3 "1.8 "1.1 "1.1 "-.1 . "2.8 "2.5 *2 -.5 "1.2 "1.1 "1.1 "1.1 "1.1 "1.3 "1.6 ".6 "1.1 "1.1 "1.2 -2.1 "1.3 "1.6 "8 "1.2 "1.3 "1.3 "2.8

1.8 "1.8 "1.1^".2 "1,3 "3 . . .

.6 "1.1 "1.2 "3 "3.3 "5.6 "4.8 "1.8 ".5 "1.8 "0 ".5 "1.1 "1.2 "1.2 "1.2 "1.1 "1.3 "1.6 "1.8 "1.1 "1.3 "1.2 "1.2 "1.3 "1.6a s ^ ^"^8 "

"1.7 "2.5

9+00*4 10+00*4 11+00*4 12+00*4 13+00*4——l—— 14+00*4 ——l——— 15+00*4——l—— 16+00*4 17+00*4

105 "114 "163- "222 "375 "770 "716 /"127 "885-^306 "277/ "158 "143 "115 "122 —96 "133 "158 "124 "113 "108 "125 "137 "164- "214 "223 "408_s382 "748 \*457 r2113^"1737 s. j**" r-v { S \ l ( ) \ O— x s ^—~^"—"—~———-—~. *r——-———"" f \\N * ^"178-^224 "344 V^164 \"651 "1650) "201^ "226 Y"1313\^2n/^ "149 "134 -^75-^^17^,^119^-166/^220 "271 "261^214—^20f "244 "246 "327 "371^*470 "876—*1009 "718V*378\ "38341037 "275 "357 "252 "243 ^1001 "598 "283 "268 "1936^193 "180 "188 "270 "242 "253 "221 "315 "442 "425 "346 "344 "379-^65^-"475 "603 "759 "1740\"893 "667^-490

^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^rJ*

1 1 * 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

BAY RESOURCES S SERVICES INC.BEAflMOAE PROPERTY


INDUCED POLARIZATION SURVEYuofhnH - POLE-DIPOLE Method . TIME DQMAIN

I. P. TRANSMITTER : PHOENIX IPT-1 #A-15132, IkW. Instruments: j p RECEIVER : EDA IP-2 #0016


Separation of electrodes : a - 25 metres Separation between dipole : n s 1, 2, 3

CONFIGURATION OF ELECTRODES| — a — | —— na ——

p-®-] H2) ———— > infinite

\ 7\ /

dP'^^^ffi/j^^ VPlotting point ^ ^'X'f^'Ny^ S ^ Operators: J. MignauJt

\ LANGIS PLANTE | fr atoSSF^ V" """ j ^ H. fcseJj/7 ^ \ 41853 S S

X^X L-9+OOmW

GEOLA LTEEEXECUTED BY: J. Wnault OB/90 ^jj^fff PPflPFffTY

INTERPRETED BY : L. Plante tt. Se. O9/90 S^XK'/'S TlffJ Ont

DRAWN BY : e. Bacon Tech. os/90 Scale : 1 : 2500

N.T.S.: 42 E PLAN NO : 90-512-17 ? i 2P u ? ^J 0

.

1 cra^ 20X +20X -

L -9+OOmW ' —— i —— ' —— ' —— i —— r~^J —— ' —— i-— ^ NEW VALUE -M- •-•"-c-SSu-*

(Char. /Res. * 1000) fi/b fab)

1 en.' 10X . — - '"' \ . v 1 Res.+10X -i 1 ,

ro A. \^ru o) ro ^- 1(C ——ii—^ (0 i*) bi CD to'cn 1-"

Z Qj-fin/nU i 4 ' ' ///'J*y1xx7~7~7r —— TT** X J 1! -^ Xi^ ——ji(S(siltrf T r f f n 7Y*F-f- 1 c _ f s s yl!/ X /^

COMBINATION -ic.- i l S 1 8 8 SI^8K8^S^

BY TRIANGLE . — -Char. ----Res.

? ift^^ritl Qx/l^^rfJ QxAO^JtJ

Z ^^ A .xv ^* * * * TVUHW v ' vvH* i?TvVBB*-9+OOmH _ - — i — - — i — - — i — - — ' — i — i — i — CHARGEABILITY *-* -3 -2 . 5 V.B ^ii -aS ^.3 -1.2 -.s -.1 -.5

n=^ -3.8 "3.3 "3.3 "2.8 "4.1 s M.6 "1.3 ".5 ".2(aa. Milliseconds) 0 = 3 -a. i "3 *4.i "4 -4.5 -i. a -i.e "i. i "i. ^ i

*7xAA^kJ fl-J-A^^rti Q i A^^JJ

Z ^* 4 xt vi * * * ivvHn o* wvW' jTvmB'-9+OOmH . i —— i —— ' — . ^ ;^ ^ \ -. — - —— - — ' —— - —nCPTCTTA/TTV ^ ^ ^ ^ ^ ^nhblbllVllY n't -5336 "5832 "1299/^1427 "761 "557^^315-^105 "114 "16!

n=2 "8442 "8286 X^17 "1252 "812 "819^590*178-^224( /^, Ohffl-HetPeS) /7-^ "8334 '*Tnrl "H93 "IHO "1254 ^72T)5-*1037 "275 "35

# # # #

as o. ,

S

ro

\ ro

x 5) a x

, a

o GJ - S 3

4*

a

CTJ

x O

)

OS

x (U

en

j ru

co

K ru

Mb

x 01

x

Mh

h

A

fit

(tl

Mi

x en

K

en

. ro

rox

co

x ro

ro

co

x CO co

-

E8t

96t

tf2

092

E08

132

993

983

9E9-

089

v '

2991

96f2

9^2

8' 2't

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2't

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2'I

8't

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^'2l l l

ri

nj

o 3

O O

o

o

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r-ST

E'9 re 9'9 fr 9'E re 2'2 9'2

2-1

1 cm^ 20X +20X -

Z -10+OOiiN *-

NEW VALUE (Char. /Res. * 1000)

1 cm^ 10X +10X -

Z -10+0 Om H

COMBINATION -IK - BY TRIANGLE

Ul Idl . , nco .

L-10+OOmH

CHARGEABILITY (•a. Milliseconds)

Z -10+OOmH r-

RESISTIVITY/7

.--t-u-roroi-- u) oo~-JOjrococnoooo*.cji^Ji.uiwcn ^JLO*hOnOT*— "^CD ~~IXfc.CO~J-~JCO-~ILO-J.fa.LOCO-J

^2^ ^riN ^2^ ô^ ^je) ô^

' - — - "~" l Res. Res. Res, Res. N ' 1 11 J 1t-*- ro ^ ro i-*- 1 1-*- i-*-. . i-* *-* ro ro *-*- . *-" rol ro *-* . 1 . i-*. i.*

0 01 bo \ U bo U ** ro ^ w U bo *-î W ^ ^ ro ^ ^ ^j 10 ** CD ro en

i fr**\[frsS\s s s ' x x1 s Y s s S*SY ' * *s SY s s s y f S\^rri fc ft r^ rt* OD^^Jfc Jfc. *^ LO fO fU CO CO CO f\J CO CO PO tU ^ - ** *^ r\3 fUSJ Jo S 1^ m •t-*"ô rj*----OD--.to -^J en *-^ ro CD A. ro A^ -*j CD OD 1 OD to .fc o gj Sg S ^J 2 I 0^ u* ---* o -*J~-^. GO co ro en en en co col Co ro rolco en *-* o

| ' -f.... — - 1 — - " -.. .-- -^— , .... ...

7+00*) 8+00*1 9+00*1 10+00*1 11+00*1 12+00*1 13+00*1—— 1 ———— , ———— , ———— , ———— 1 ———— , ———— i ———— i ———— 1 ———— i ———— , ———— i ———— 1 ———— i ———— . ———— i ———— 1 ———— i ———— , ———— i ———— 1 ———— i ———— i ———— i ———— 1 ———— r

*V T, 'L 't, *V T, "0 M. 8 "3.5 "1.3 "1.3 ".5 -.5 "1.1 -.1 *0 "1.1 "1.2 -2.8 ^^.8 "0 "1 -v^2.8 -4.5 "4.3 j"2,8 ".6 -.6 ".5 M. 3 "1.6

"2 "1.6 "3.1 -2J "1.7 "1.6 -.5 "1.2 "1.2 "0 "0 -1.6-2.4 -2.8 "2.8 "0 ".1 "1.2^2.8, "1.6 "1.1 "1.1 -1.2 -.5 "1.3 -

n * 3 "1.8 "3 "3.1 "l.e^^.S -1.3 "1.3 -l."3 ".1 "1.1 "2.8 -2.5 -2.8 "2.8 ".1 -0 -.6 "1.2 ".4 "1.2 -1.2 "1.3 "1.1 "1.6i ^ ^ ^ ^ ^

7+00*1 8+00*1 9+00*4 10+00*1 11+OOflN 12+00*1 13+OOaN—— 1 ———— i ———— , ———— , ———— 1 ———— , ———— i ———— i ———— 1 ———— . ———— i ———— ( ———— 1 ———— i ———— i ———— i ———— 1 ———— , ———— . ———— i ———— 1 —— — . ———— i ———— i ———— 1 ———— ,

^ /^ ^ ^ # ^ "4665 "3^77 "6140A^-622 "743-^209 1 "211 "484 "279 -^.14^" 120 "152 "253 "217 ' "220 "203 "283 "306 "261 "155 "103 "103 "131 "187^,^^168

*2 "3024 "6970X1359^1017 "179ONS171. "253 \ 635~~^s461 "269~^^5l7 "295 "326 "422 "228 "212 "412 "239 ("167 j^93 _ il85 _ ii82"^215 "276 ", Ohm-metres)

1 1 * 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

BAY RESOURCES S SERVICES INC.BEARMORE PROPERTY


INDUCED POLARIZATION SURVEYMofhnH - POLE-DIPOLE Method . TIME DOMAIN

I.R. TRANSMITTER : PHOENIX IPT-1 IA-15132, IkW. Instruments: j p RECEIVER . EDA Ip.2 #0016


Separation of electrodes : a - 25 metres Separation between dipole : n ~ 1, 2, 3

CONFIGURATION OF ELECTRODES

[—(y)— [ [—(I) — ——— infinite

\ 7\ 7

^ \ 7

^•^^-^^^ VPlotting point S ^XjlLVV^ ' Operators: J. MiffnauJt

^ y *t* \ ^ j. rrudeJ

\ LANGIS PLANTE | 'o. fiSg*\ - ——————— j S fc AsseJin ^ NV 41853 .X ^^- ^ — """'^ A* i — jfi-i-rinniiAi

"^- ^(/EBtv ,\\r L 1U ' V/V/III"

GEOLA LTEEEXECUTED BY : J. Mignault OB/90 RFAffMflflF PflflPFRTY

INTERPRETED BY : L. Plante M.Sc. 09/90 SUMKrSTHD M

DRAWN BY : G. Bacon Tech. O9/9O Scale I 1 :2500

N.T.S.: 42 E PLAN NO : 90-512-16 LJ..J5 T ?L ™

(

1- cm." 20X +20X -

Z -10+OOmH ' — i — l- NEW VALUE -ao*- 0 ' (Char. /Res. x 1000)

1 cm^ 10X +10X -,

C31

L-10+OOmH -' — -^-C* J

COMBINATION -iw J g . ! BY TRIANGLE - — -Char. ----Res.

z -moo/nit ' 7y^ .CHARGEABILITY ^*/ -o (aa, Milliseconds) n-3

L -10+OOM . '^ -

RESISTIVITY *-* -4665n *2 x3o;

( /^, Ohm-metres) /7 - ^

88988 99E8E

98U8" 096tf" 09988"

E90I*-.08E" I9E" 068" 99E"

E" E61-- 088" 868" 108- — 09T^ — 6^1* — 081" — E61--

" 162- 9fr8* E98" WE" 089"168" EE8-.008- — 908*^082" 08EX..896"

t w- t

——\—— NBOO+El N"KXH8t

8'E" E-

" E- E9'8" 9

8'1" 8*1" 8't" 8"t" 8't" 9"l" 8"t" 8"l" E'l" 2't" 8'1" 8'" 9'" 8't" ft" 8't" fi" E'l"Vi" B'l" 8'1" 9't" 9'1" 8'1" ft" ft" 8't" fi" fi- 9'" 8'-" 9'" 9'" 9'1" 9'

T" 9't" 8't" 9't" E'l" 8'1" fi" 9'" 9'" 9'" 9'" fi" 9'" fi" ft" 9'- 8

E'" 9'"9'" -S/' l "l* I"*" 2'H

l- 'l-* ft" fi" fi" i

mo+81(POO+9T(POO+StN^XHEImo

utu -

0001 -

oooot -3IDX3 t

r* in o i^ X] ^- 1 *** "^ UD^m CO co 1 to in in fo GO c\j lil *"* ~~ — M f^* f^ co j. " o no co 1 ^r r^* oi oo m m S -in in _ to ,in' T m co' m en

i sssA/ss/A'/s \ //A/// ri , |. i yjf-Ayy/i/jf-JLY s \s ' —— i —— l — S \f ff^4 s s\ —— ion co *-* ^~^^t^-^ tf^^^ r-r"-cor-*m*a'C\im

y 1 *

7

'' f — \ X — \ X — \

,-—

"in oj T^(D OJ CU

^, CD CD

oj mOD ojcvicnrnojcucurom m

Z -U+OOmlt

NEW VALUE (Char./Res. x 1000)

L -11+OOfflH

COMBINATION BY TRIANGLE - —— -Char. -

1 cm." 20X +20X -

-20X -

1 cm.' 10X +10X -i

-10X -

ro t*. --j CD oo -j ^j

— -,. Jtes* Res.

ro\ J - . lbo ^ ^ \kJ k) o' OD

2 S g i 5 XXa-""i"""— J oo en o3 CD UB **

l-fc.t---*-*-*^. ,1| fyl j^. [s^ (jj CO

"^* j*. OD cji r\j co '^ co en to oo en -j en

I ffffS. ffffSt n&S.

1 o . - len to oj -j jifcCji ro ^^ ; ^ ^ A. cn|oD co co co

S c^) -^ co cji co ro *-" t-*- t-*- *-^ t-* i-fc a *-k I^A. ru ro CO""s.CO,-'O~,.CO| CO OD GO GO -*J CD ^-J I --J CO CT1 CJI

ro o -y '^j---^"-^**.| en ^j OD co co i-* CT*I l-fc IO ^^ oo

- -Res.

Z -JJ+0MT

CHARGEABILITY (ma. Milliseconds)

7+00*1 8+00*1 9+00*4 10+00** 11+00*1 12+00*1

1 \ l y.B jfl.8 -2.8 -.5 "1.1

.2.8 "2.8 -1.8n*3 "2.8 "2.5 -1.8 -1.1 "1.6 "O

^

O -1.2 ".2 ".5 "-1.1 ".5 ".l -.5 "O 6 -1.2 -O -1.1 -.5 "iTe^ ".l "1.1 -.1 -.5

"O y*0 *Q "1.1 -1.1 "1.2 -1.1 "1.1 "1.1 x.l *o ."O NO ".l ".5 "1.2 "1.1 -1.1

-.6 *1.3 "1.7 ".5 "1.2 ".l ".5 ".2 —.5 —.2 "-.l ".l *.5 ".6 ".3 "1.1

L -11+OOmH

RESISTIVITY . Ohm-metres)

7+00*1 8+00*1 10+OOlN 11+00*)—l—— 12+00*1

f f f ## # # -W , v "7517 "2255 "3055 i "534 "887-^128 \"708 "823 -s"394 "224 "362-^*95 "112 "115 "109 "129 "109 "113 "105 "111 "115 "152- "231f i ^. '^v^vs. \ r~- \ /~- N^ ^-—'"" (- 2 "3369 "4770/"1641^*966 "1603\*111\ "7311 "1252\"325 "402' "623^x139 ^186——205—^184 i!90 "160,^-*196^ "156 "160X^-230 "374 \

n * 3 "4289 "2327' ^~* { * V * *** l *^-^*i- x *rf*-w -rwi- vww ^^jn^j A ^ij|^_____ | { i, ^^^, ^^^^ - . — . . .

l "1374 "1771^134 "863 "778^^485 "546 "842 ^-189 "271 "288 "225 "232 "247 "277 "218 "235 "409 "275J\ -fi J\ J\



INDUCED POLARIZATION SURVEYMPthnrt - POLE-DIPOLE Method . TIME DOMAIN

I. P. TRANSMITTER Instruments: j p RECEIVER

: PHOENIX IPT-1 #A-15132, IkW. : EDA IP-2 #0016


Separation of electrodes : a - 25 metresSeparation between dipole : n * 1, 2. 3

CONFIGURATIONp* '"a n

T^V\

\

40""**'** ^^ '\ LANGIS PLANTE |

^ \41853 S ^

\^BfctX L' 1H

OF ELECTRODES a ——

r- (T) ———— > infinite

/ /

7 /

^Plotting point^ Operators: J. Mignault

J. Trut/el C. St-Jacques D. Belanger M. Asselin

K)OmW^QanrnaW* ———————

GEOLAEXECUTED BY : J. Mignault 08/90

INTERPRETED BY : L. PI ante M. Se. 09/90

DRAWN BY : e. Bacon Tech. 09/90

N.T.S.: 42 E PLAN NO : 90-512-15

LTEEBEMMOflE PflOPEflfY

S/mers Tup, Oht.Scale : 1 : 2500

Q . 25 5.0 7.5 100

L -11+OOmW


n.^ 20X +20X

-20X -1

i.- 10X

Z -11+OOfltH

COMBINATION

BY TRIANGLE . —— -Char. --

-10X J

- -Res.

Z -11+OOmH


Z -11+OOfflH RESISTIVITY

, Ohm-metres)

-J IO

.s

7+OOiN

8 jfl.B -2.8 -.5

"2.8 "2.8 "1.8

*2.8 "2.5 "1.1 ^

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L -12+00/nH

NEW VALUE (Char./Res. * 1000)

L -12+00/nH

COMBINATION BY TRIANGLE . — -char. - —

^ 20X +20X -i

-20X

1 cm.- 10X+10X

" 10*

t i ir r ~CD to ro

Res. a Res. Res.ro ro T to tjri lCO (Jl f OJ jji-**" M) fc**.— "J uu*

: x y y'fy1 ^ x X*K x x s sssb s\ss^-y^ X Xl// 1 ///!/' X ^ S'SS\SfS•- ~ , 'z* cj'u) ro j* i*

-•Res.

Z -12+OOfflH

CHARGEABILITY

(aa, Milliseconds)

&KXWJ 6+00*4 7+OOM 8+OMN 9+00** 10+OOM 11+00*1

/J'/ n*2

^"2.8 1.8 "4.5 "3 "3.8 "4.1 "3"4.1 "3 "4.8 "5.6 "4.5 "3.3 "3.5"——--x / \

"6.8 "4.5 "5.8 "7.1 "4.5 "3.3 "4.1 "2.3

.J3 -O "l "1.8 "1.2 "-.5 "O "O ".6 "-1,6 ".5 "1.3 ".5 "O "-.2 "O ".l1.6 ".5 "1.8 "1.8 "1.2\"-.5 "\0 -.2 *.l "1.8 "1.1 "1.6 ".l —.2 —.2 —.5 "-J

1.8 "1.2 "1.8 "1.7 "-.5 ".l "1.8 "1.3 "O ".6 "1.3 ".2 —.5 "-1.1 "-.5

L-12+OO/nH RESISTIVITY

. Ohm-metres)

5+00*4l——— 6400*1—l——— 7+OOBN 8+00*4 9+00*1—H—— 10+00*1 11+00*4

s f # f f f f f f ^ # jf ^ # # n*1 "1266 "583 \"7144 "2193-^1686/1958 "4884 "2330 "4349"7047 tslSJS "1148-^31 "347 "215 "463 y "20 \"707,

n*2 ^2162^376 "4905-^4737 "2087 "2891^5553 "4500 "3635 "2568 "3138v^555^435^''7^9^~X531y^44 *52\ ^ n=3 "1732^304^ "7726^5163 "2599 "2796 "61^3 "3950 "2174 "3285 "3189^2380 - "731 "1462V ^97 "81 ^66 \

# # ^ '07^ -036-- "123 "136 "101 106 "145 "191^1171.^

"133 "184 "224 "251

^ V S1



INDUCED POLARIZATION SURVEYMPthnrt - POLE-DIPOLE Method . TIME DQMAIN

I.R. TRANSMITTER Instruments: j p RECEIVER



Separation of electrodes : a s 25 metresSeparation between dipole : n s 1. 2, 3

CONFIGURATION| ——— g ———————————— p

T^rrr\\

/^^\ yS LANGIS PLANTE 11 ^ ————— - ^^ \^1853/ ^ 1 4Q|

~^o- ^(/FBt^ \0 -1C. '

OF ELECTRODES a *~

p® ———— infinite

^Plotting point^ Operators: J. Hiynault

J. TrudeJ C. St-Jacques D. Belanger M. Asselin

WmW"K™"""

GfOLA LTfEEXECUTED BY : J. NignauJt 08/90

INTERPRETED BY : L. PI ante M. Se. 09/90

DRAMN BY : G. Bacon Tech. 09/90

N.T.S.: 42 E PLAN NO : 90-512-14

BEMHfff 'PflOPEflW 3/mers 7*p, M.

Scale : 1 : 2500

Z -12+00/nH

NEW VALUE (Chap./Res. * 1000)

Z -l2+0Off!H

COMBINATION

BY TRIANGLE - — -Char. - —

^ 20X +20X -

-20X -1

^ 10* -HOX -i

-10X -1

ro LO ro ro x*. x*

Res.ro CD

ro tn

CO Ul

j SS

I ro s

s/10 '03

" lCD l ro

- -Ftes.

L-12+OOmH

CHARGEABILITY (ma, Milliseconds)

5+OW 6400IN—l——

n*l -2.8 ^^, "1.8 -4.5 -3n**2 "4.1 "3 "4.8 "5.6 "4.

'""--i f ^ff*3 "6.8 "4.5 "5.8 -7.1

Z -12+OOmH

RESISTIVITY ( Pa, Ohm-metres)

6+00*4

0=1 M266 "5|3 \"7144 -2193-^1686 -2 ^2162^376 -4905-^4737 -2C 0*3 -1732^304' -7726^5163

ro

n ro

ro

x ro

ro

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a

bo

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fr'E

8'2

fr'E rs



INDUCED POLARIZATION SURVEY- POLE-DIPOLE

I.R. TRANSMITTER : PHOENIX IPT-1 IA-15132. IkW. Instruments: I? RECEIVER . EDA IP.2 #0oi6


Separation of electrodes : a - 25 metres Separation between dipole : n s 1, 2, 3

CONFIGURATION OF ELECTRODES j—g—j——na——

KSh r-CT"TT TT

infinite

\\x\VPlotting point

l LANGIS PLANTE l^ -"—- ...______ N

Operators: J. Mignault J. Truttel C. St-Jacques D.' Belanger M. Asselin

L-13+OOmW

GEOLA LTEEEXECUTED BY : j. MignauJt 08/90

INTERPRETED BY : L . PJante H. Se. Off/90

DRAWN BY : G. Bacon Tecfi. 09/90

N.T.S.: 42E PLAN NO : 90-512-13

i ant.l : 2500

75 100

li." 20X

Z -13+OOmW NEW VALUE (Char./Res. * 1000)

Z -13+OOffiH COMBINATION BY TRIANGLE - — - Char. - -

-20X-

H.- 10X +10X -i

-10X -

to en

LO

*T"

1 ——— "—— -(.kUl^1O5

ro-- — ~J — -

j ///\//W ' '^ .aa00

f\J s' CO ^. ""^J r.-* j*-

/ /A l S y' '\ S S .

^* A. ruto *~ tn LO en otn- .-* to

A.

X X Xx x^LO

LO

- -Res.

Z -13+OOmH CHARGEABILITY (ma. Milliseconds)

5+OMNl——

n = 2

&KXW4

i ^/7 - 1 "3.1 "1.8 "1.8 "1.8 "2.8 "2.8

2 M.5 "3 "2.8 "4.1 ^5.8 "!

y?*^ --6^ "3.5 "4.1 "6.3 "6.3

Z -13+OOmH RESISTIVITY

. Ohm-metres)

5+00*4l——— 6+OOiW—l———A A ^^ A# # ^ #

'7=1 M5Z6 "1651 "1336 X"5474 v"1378 ^5194n=^ "3118^1864 "2657 "4697Nil462\^

n=3 "3288 "3097 "1957 "4943^-2312

r

CD roro f rv-OJ ' Ul

i-* r\j r\j ^ to Bo2 5 2/5 g

**J ~-~~ en o Si o ro

Rf s. Res.

•i X r x X- V /"JxVbOK ci

ro ro ro co en LO

2 cm. : l cycle r 10000

4^4v. ru ^.. 01 " — to -rf - en " to co

- 1000

- 100

11+00*1—l—— 12+00*1 13+00*1 14+00*1 15+OMM 16400*1 17+00*1 18+00*4

^1.6 -1.2 -.6 "O i "3 -3.3 "1.7 -3.1 —1.7 -.1 -O -O -1.3 -1.3 -1.6 "1.8 -.6 -.6 —.6. -.1 .5 M.l -1.2 -1.2 -1.2 -.6 -.6 -1.1 -1.1 -1.1

2-2.5 "1.3 -l.i -1.3 -4.6 -1.8 "2.8 "2.4 -3.3 —l ".2 "O -1.2 -1.2 -1.3 -1.8 -1.1 -0-^ -.6 "NO -1.1 -1.2 -1.2 "1.3 "1.3 "1.2 -1.2 -1.2 -1.2 -1. -2.8 -1.3 -1.2 MT5 "O M.8 "^1.8 *2.8 "-3.8 —1.1 "O -O -.5 ".5 "1.3 -1.3 -1.1 -.6 —.5 -.6 -1.1 ".6 -1.2 -1.6 -1.3 -1.3 -1.3 "1.2 -1.2

13+00*1 14+00*1 15+00*1——l——— 16+00*1 17+00*1——l—— 18+00*1

58 "64 -91 __ j93 "145

335 -228 "316 "286 "271—*S)9 "728 "752 -1021

148 -144 "146 "116 "131 "117 "110 "113 "184—*190 "222—*183 "246 —204—'217 ^24T~—197—"204—"2M "321 "376 "458-^ "415-88 "140 "137 f "230 "247

B/ "119 "168 "173 "254 "327 "385 "388 "326 "234 "247 "304 "321 "364 "295 "300 "294 "470 "614 "832

#

l cm.' 20X

L -14+OOmW


L -14+OOfflH

COMBINATION

BY TRIANGLE - —— -Char. --

-20X -

- -Res.

co en en en en

^ iox - -.. Kes ^ -+10X - "-.t .'"''

-

-10X -

^roforocouiojto 1- . co

i i - —— I —— " ~i i i l l \S S f L/ /l/T ' ///i -r^/seilsss^lsa

f 9J^"^ o

T^TT^ x ii s S y S j4 A y s s s s s*/ \sOD CD g

2 3 |s s

t-*.

S(JO

ru^ba

t.ô

g

\ "* . '••'"'Rffs'.^^^

J ' — ~ro ro rox ro

t.* .b -^j CD N ro

//pv -^Si! î fe 23 cnco co ro CD "^

Res. Res., 1

ro 1 *-*- ro ro ro i-*CO OD *^ fî J^ CO

.,i ———— fjls- y-/y^/ s s /'/y /

(O m (jo ^J fo t-*-g | sr^s^fi^ ^ 2

ki ;

ro j(D

L -14+OOmH CHARGEABILITY (•a. Milliseconds)

4+00** 5+00** 6+00** 7+00*4 8+00*4 9+00*4 10+00*4

8 "1.1 "1.6_"1,8 "1.6 "1.2 ".6\ ^^ <>vv <>^^ t

-1.3 "2.8 "3.5 "2.8 "2.8 "2.8 "2.5 "3.3 "1.8 "3 "3 "4.1 "13.2 "5.5 "J "O . "3 "2.8 "2.8 "1.6,? "2.8 "2.8 "3.1 "2.8 "3.5 "4.1 "3 "4.1 "2.8 "3.3, "5.8 "9.1 "9.6 *5.6 "O "1.6 "3.5 si.8 "3 "1.6 -2.8 "1.3 1 "2.8 "2.8 *2~.5 "1.3 "1.fi '3 ^1.8 "1.8 "3.1 "3.3 "3T.6 "4.1 "4.1 "4.6 "2.8 "5.8 -8.6 "6.9 "9.2 ^-5^3 -.6 "1.3 "3.4 -2.8 "3.3 "1.8 "3.3 "1.8 "2.8 "3 "2.8 "1.3

^ ft (ft (f. 6\ C\ ft ft ft ft ft ft ftv v v v v ^ (^ ^ v v v v

L -14+00/nH RESISTIVITY

, Ohm-metres)

4+00*4-H——- 5+00*4—l—— 6+00*4—l———

7+00*4 8+00*)—l—— 9+00*1

1 1^ *V

n ** J -17697 -41069 -42078 -30282 "25755 "17005 "3423^1436 "

n - 3

"8636 "8690 "8940 "12078 "10217^9568 ^1714 x" 5857 "2366 "3696y"631 ~*463 -*"1594781 "46436 "35522159969M787xi9321412 "9950 "8959 ^9226~^766 "17974 "6968^ 1994v"fe78 "3143^^55''~^74^.^80v!^2l4 242^1-5^03-47765*17749-7323 "8823 "9054 -^329 ^ 1345 "8770 "8108 "7121 "13576 "10805 "7153^1641 "7331*^775 M017 -1756^1099^-305 "546

" 139-197^131*191 -29-

"335 "228 "316

l

l

l l

l l l l

l l

l l

l



INDUCED POLARIZATION SURVEYMethod :

Instruments: I.R. TRANSMITTER : PHOENIX IPT-1 #A-15132, IkW. I.R. RECEIVER : EDA IP-2 #0016


Separation of electrodes : a - 25 metres Separation between dipole : n s l, 2.3

CONFIGURATION OF ELECTRODES -a—h—na——

X infinite

\\\ 7 \ 7

^Plotting point

I

**\

LANGIS PLANTE |

Operators: J. MignaultJ. TrudelC. St-JacquesD. Belangerff. AsseJin

L-14+OOmW

GEOLA LTEEEXECUTED BY : J. MignauJt OB/90

INTERPRETED BY : L. PJante ft. Se. 09/90

DRAWN BY : G. Bacon Tech. 09/90

N.T.S.: 42 E PLAN NO : 90-512-12

Simers Tup. Ont.Scale : l :2500

O 25 50 75 100

Z -l4+0OmH


Z -14+OOfflH

COMBINATION

BY TRIANGLE - — -Char. - —

)^ 20J; +20X -

-20X J

n." 10X

-10X J

en oo

- -Res.

L-14+OOmH

CHARGEABILITY (aa. Milliseconds)

6+001

ft'f "1.3 "2.8 "3.5 "2.8 "2.8 "2.8 "2.5 "3.3n*2 -2.8 "2.8 "3.1 "2.8 "3.5 "4.1 -3 "4.

n*3 ^1.8 "1.8 "3.1 "3.3 ^.6 "4.1 -4.1

L-14+OOffM RESISTIVITY

. Ohm-metres)

5+00**—l—— 64001

n * f "17697 -41069 "42078 "30282 "25755 "17005 "3423^1436 n = 2 ^ "21347^62581 "46436 "35522 "15996 ^goT^TlBTNiig

ft * 3 "242^1 "54^03 "47765 M7749X"7323 "8823 -9^4

B

Z \ a

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t-

9

a x

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oj

ro

ut

x m

ro

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x en

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ru

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M.•-j

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1 cm." 20X+20X -

Z -J5+OOBN NEW VALUE

i —— 1 —— i —— i —— i —— | —— i —— i —— i —— | —— i —— i —— i —— | —— i —— i —— i —— | —— i —— i —— ' i i-rof*~f**i-*rutu.bijjuu)ujcnuruuj.ui*-i--jij}

'' v v - /P-JQ\(Char. /Res. * 1000) /' V fa\ ^ . JjZ/L

1 cm^ 10X +10X -

L -15+OOmH COMBINATION -10. -

'

1 Kes - "" "t-fc fc*u*U)'-fc LOfuroroeoro A. ^^Jj^^^ jk.ru ro ^**^- ro roao*~fc*-u3.te^JiDron2U3 ___ _____ o*-""""^ co ^^^-4^^^ en *~i o) oo"^^

l l —— i —— ~~~~i~~~ i ~~~~i ———— ~f~ I j y s A ~jT~/ i ~~\ i S /1/K * ^ '* 1 ' ' ^~ ——— T"^ '1 ' //''/'l// 'X^'/IX// 1 'S~"fi;5S^tgJSgSS3o5og!H!SKg ^SSSSSSSgs-tSoiSSSgsKsS~J U)(OIOOOlJk. c31^(0-*k CD CJI UJ O uj"31-"^ *- O)

BY TRIANGLE. — -Char. ----Res.

i 4C.s*st u 4*00'N 5+00*4- 6+00*4 7+00*4 8+00*4 9+00*4i — iH^nnmii/ , —— i —— . —— . —— . —— i —— . —— . —— . —— i —————————— i ————————— . —i ——————— . , —i ———

— — T^ i i i i ^7~~~~—1ro en cji -^j Q ^j ro LO CTI en en r^j -^i r0

^j^ ^0^

tM?5 ^p*.

Ci) U) 1 00lo k en ^I'oj M ^

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|

10+00*4 11

CHARGEABILITY (•a. Hilliseconds)

O O O 000 ^\ ^\ 00 0000 O•1.2 "1.3 "2.8 "3.5 "TB "4.5 "1.8 "2 ^"1.2 "3.1 ^.6 "2.8 "2.8 "9.1 "4.1 "1.3 "1.3 "2.8 "3.5 "l v "2.8 "1.8 "1.8 "2.8 "3 "2.4 "1.2 ".l

~ ' ~ "" "" "J.S "1.2 "3 "2.8 "4.1 "3.3 "4.3 *2.8 "1.1!.8 "2^ Jl.8 ^5.6 "4.5 "4.5 "4.1 "4.5 "3 "1.

n * S "1.3 "3.1 "4.6 "1.8 -1.8 "3.3 "2.8 "2.8 "2.4 "3.5 "2.8 "4.6 "6.8 "6.3 "3.3 "1.3 "2.3 "3.3 /7-J "1.3 "3.1 "3.1 "1.6 "2.3 -5.1 "2.8 "3.8 *1.7 "5.6 "4.5 "6.8 "5.8 "5.8 "4 "1.8 "2.8 "2.% ^ ^

L -15+OOmV

RESISTIVITY Ohm-metres)

740(MI-H——— 9+OOlN-H—— 10+00^ 11

0=1 "7077 "13606 "41202 "39878 "33394 "49403 "13921 "7084V V

H4 "14910 "6674 "14810 "17798 "14716 "14279 "12802, 14 "4165 "4873 "2024-4-1894 "1306x"373 "363-^100 "107 "330n - 2

n"16583 '16917^58248 "46568 "33854^15680

3 "17219M9402 "60978 "37671M6025 "16881"14327*4978^3875 "15759 "6055 "12784 "16757 "15913 "13307 "5190 "6816 "5424 ^901 "2994\"182/ ^4^6^^7?lv^222 "26;x^lR3\ 3811-9511 ^5209 "31^3 "14458 "563*6 "12482 -17064 "12594 "6884 "6286 "6611 "2695 "2205 "2394 "1233^503 "lOtT~M295X "398 ' "130 \-2C

1

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 l 1

BAY RESOURCES S SERVICES INC.BEARHORE PROPERTY


INDUCED POLARIZATION SURVEYMethod- pOLE-DIPOLElie UMUU . "r Tjuir nniul A T M

I.R. TRANSMITTER : PHOENIX IPT-1 #A-15132, IkW.JLIiDlrUIIieniS. T n nt-pi~T\ipn . cm TCI o ji.r\r\icI.R. RECEIVER : EDA IP 2 #0016


Separation of electrodes : a s 25 metres Separation between dipole : n s 1, 2, 3

CONFIGURATION OF ELECTRODES| — a — | —— na —— r~{y)— i i— (l) ———— infinite

TT TT 1\ / \ / \ /

*jj[fffffftt(G2fr \ S(^ \A\Oi* ' Eflff.^^ WPlotting point

AV ^/^ A ^NS5^^ ' ^ Operators: J. ffignault S ^f ^? \* J. TrudeJ ^ L ——— ~ — ..^ s C. St-Jacquesg LANGIS PLANTE 1 D- B aierS . ,., IMI , __ ^ M Jw/W

^ \4i85sy ^ , 1R|(](]mW ~^- QUEB& .tK *— •L*-' ' v viiifi

Jfy0-J7sfffffjtf'

GEOLA LTEEEXECUTED BY: J. Wn*ult OS/90 RUffMffF PWPFPTY

INTERPRETED BY : L. PJante M. Se. OS/90 Of/OHerc Tun fat •/wwVCy */ f fffJi Ut f L .

DRAWN BY : e. Bacon Tech. 09/90 Scale : 1 : 2500

N.T.S.: 42E PLAN NO : 90-512-11 o | 25 ^ 75 100

i

1 cm^ 20* +20X -,

L -15+00/nH ' —— i — ' —— ' —— ' —— i —— ' —— ' — ' —— i —. lr— . . i . . i i i^ ro*"t- i--!— i--rooj-^NEW VALUE -so* J

^ ' x

(Char. /Res. x 1000) /' ^ ffi

1 cm^ 10X ' ^-~ . ' +10X -| 1

i-hh^ OJ OJ *— to ro ro ro ro oo *— *— LOA. --j to ro

S ftff/Jflffttf - i — - —— ~r~~ ' ^7 —— f ' ' ' r^tL. 2Ui(sUlHn l l S S\/ \Ss~"sy~^g2 COMBINATION -io*J ^8233828^

BY TRIANGLE . — -char. ----Res.

j|l A^^JJ C -t- A/^^l i fTlO^^AI Z j ~ m j\ j\ t t " TvVBB' ^TVWMV DT^^MM* -15+OOfflH . —— i —— . —— . —— . —— i —— . —— . —— . —— i —

CHARGEABILITY *-/ -1.2 -J -2 .8 .3.5 Ve .4.5 Ve -2^1.y?*^ -1.3-3.1 -4.6 -1.8-1.8 "3.3 "2.8 "2.8

(aa, Milliseconds) n *3 -1.3 "3. i "3.ix -i.e'-z.a -5.1 -2.8 "3. ^ ^ ^ s

Z ^CjnninL/ 4+WlN 5H)OlN 6-HX)M-15+00/ntr ' —— i —— — —— i — H1 —— i —— i — -r-^ — i —

RESISTIVITY n " J "7077 "13606 "41202 "39878 "33394 "49403 "13921 "7084y49

0=2 "16583 '1^917^58248 "46568 "33854^5680 "14327 *4978N

( P&, Ohi-roetres) n ^ 3 "17219^19402 "60978 "37571-^16025 "lessi ^9511 ^2

929*- frOE- E^2-^ 8E2- 9E2-^-99l- 691-

!l- fr2l- f 21- EEl- ^6*—101(^ (^

O891- fr9I" 921- fr2l" 9EI-

-911" E6*——tf*-""

031-OH-

8L*

28^ — fll-ZL* E9- 89- E9

+ IPOO+9TNKKHCT

ri- I'l- 2"I- ri- ri- 9'- ri* 9'- 9'- 9'- S"- 2'- 9'- r* O- O- O" l— 8"E— 8"l- E'2- O- 2'- 8'2- 8"2- 9"fr" 81**^ 9'Eri- ri- ri- ri- g-- E'i- 9*- g-- S'- 2'i- 9'- 2'- 2'- 9~- r- o- r- o- o- 8'2— t?-2- e^* 2"i- o* E'^- rf- 9 /"^^s \ \ V-" /"^ '———^

g-x g-x g-x g-x g~x g'x g-x g-, ri- 8'— g'* 9'- 2'- 2'- 2'- O- O- 2'.- 9'- T— g'— 8'1- ri- 8'2- 9'E- 8'9- E'E"

-I-fWXHfilWWO+^lrmMH9T(WKHZIIPOO+ll

001 -

0001 -

00001 -

cb in

in c\j

I———r

CD rom oj c\j o to to

O) O)LO GD

coco

coco cvi

S S i S S S\^x co

Z -16+OOnN


Z -16+OOfflV

COMBINATION

BY TRIANGLE - —— - Char. - — -

Z -16+OOmV


1 cm^ 20* +20X -,

r\j co t-* *-* co x*. .e*. A. en ro ^ -fr.-20X J

1 cm.- 10X Kes

+10X - l ro ojx.1 o, 1 ^ ro - 4

i i /i/ J' /'X ' ' K/v^l/ y 'A*/ s 4 ' y*/ lr7 y 7\s / f s s M s s s Y s s* s s s\*

~10X i *~* i ""^ l i1 '

Res.

6+00*1 7+00*4 8+00*1i ———— i ——— 1 ———— i ———— r ———— r— —— 1 ———— i ———— i ———— i ———— 1 ———— i ———— i — —

^ \ *5 *i ^n * 1 "3 ^M.6 "2.8 "2.8 "2.8 "3 "3.3 "5.6 "4.6 "1.6 "1.1 "1 n~2 "3 "2.8 "2.8 "3 '3.5. "^.B "5.6 "5.8 "4. 1\"1. 2/^-2.8

n*3 ^1.8 "^1.8 "4.5 "4.1 "6.1 "6.3 "5.6 "5.6 "3.3 "1.8 "1

1 1 ' i"—" "i —— 1 ———— ' ——— ' ———— '""-H ———— ' ———— L-

*"*- . . i-* -J OD O) Q CO . ' .U.ooGobiUluA.U**^ 01

v-"' ,-' --~, 1 II *5'''ro'ro fc^- i-^- roloi ailcnlxt A. j^.m m in *^ ^j t.\ *^~ r*i fn — M^L tj. rn

~7~7 i ~T — —— i —— /t/ "?K S S*/ S V S y4x y ,K ' '' X^ ' X\/ ^ /f -^ A*^ ' ''If ^/f X X1

ro oj ro " ^ f i ' rti .0 m' ro O) do

S g S i \?J-'S s | S | s S g

9+00*4 10+00*4 11+00*4

l *V *V ^ ^ *) ^ .8 "2.8 -2.8 "1.1 "1.1 "1.1 "4.5 "6.1 "7.4 "4.1 "3.3 "5.8 \ v /x y. ^* __ '",1.8 "3 "3 . "1.2 "1.2 "3.8 "7.1 "6.8 "5.9-^5.5 "4.1 -4 / \ X V , ___ ) .8 "2.8 "3.3 "3 "1.3 "4.5 "4.5 "6.9 "5.6 "4.8 "4.5 "2.8

ro NOD

———

O!*^

"3.5 3 ' "2.'8

L -16+OOmH RESISTIVITY ( /'a, Ohi-metres)

6+00*4 7+00*4 8+00*4-H—— 9+00*1—H—— 10+00*4 11+00*4

^*^*^ ^^^^Q"^"^ i^^ ^ ^^^^1^^'l "13564 "6084 "36483 "31311 f 8021-f 10006-15743 "15929 "8074 "12559."3100 "8302 x" 1284 "1542^*219 "246 "447-v"567 "794-s."297 \"2424 "6742 "12411/480-^ Sl\\ y vj^T \ v^/ \ \ N._/ C--—"^^^-::^I \ ,——~^ \ \\ \ \ A X Xn=^ "^6518^8049 "27959 "13037 "11185 "8383 "17411 "12328 "10787310794 "2367 "2478 "2899 "3820^580 "336/^109 6-1292 "1157 N *248\ "4128 ti039l ^5544 .

^22431 "5834^19674 "14469 "10127^9708 "10895 "14948 "7137 "7^06^875 "4058--*5l36~^7813^612 M52 ^ige^ "1407 \05X^323 \"5868 "6193 "25En = 3

1 1 *1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

BAY RESOURCES S SERVICES INC.BEAflHORE PROPERTY


INDUCED POLARIZATION SURVEYMethod: ™™LE

1 1Mb uUMAIN

I.R. TRANSMITTER : PHOENIX IPT-1 #A-15132, IkW. Instruments: j p RECEIVER . EDA lp.2 #OQ16


Separation of electrodes : a s 25 metres Separation between dipole : n - 1, 2, 3

CONFIGURATION OF ELECTRODESp d "y* n

T^T\\ \

MltfffffMfttifr. \

,'\v,^\t\lR - ffff "3^. ^\

^ /^JT^\! LANGIS PLANTE |

r-® ———— > infinite

^Plotting point^ Operators: J. MjgnauJt

J. Tri/efeJ C. St-Jacques O. BeJangerM AsspJin

"%-^^cBtC. c,^ L"~|UTUU|||M

GEOLA LTEEEXECUTED BY : J. Mignault 08/90

INTERPRETED BY : L. Plante H. Se. 09/90

DRAWN BY : G. Bacon Tecfi. 09/90

N.T.S.: 42 E PLAN NO : 90-512-10

BEMMOE 'PflOPEflW Summers Tup, M.

Scale : 1 : 25000 . 25 5.0 75 __ 100

Z -l6+0OmH


^ 20X +20X -i

-20*-

1 cra^ 10X +10X -i

z-COMBINATION BY TRIANGLE - — -Char. -- --Res.

Z -16+OOmH


n "J

L -l6+0OmH

RESISTIVITY (/^a, Ohi-metres)

Res.

ro in

Al B

ro ro01g

6400^1

"3 ^M.6 -2.8 "2.8 *2.i -3 "2.8 "2.8 "3

*^"1.8 ""1.8 "4.5 "4.:

J^OOBN

-135646084 "36483 "31311"^265lfe^|8b ,.,. ....

3 ^22431 "5834^19674 "14149 "27959 "13037

rZ

O

U

O

U

O

Oo

o

o

o

2.3

2.3

1.8

2.5

1.162.7

3.6

5.1

3.2.3

1.7.5

3.3

2.1

2.4

3.8

4.7Q

l

.3

.3

.3.1 .7"3

181

171

146

135

117

114

109

120

(Ox in

CMK

K

ruxCM

in x

xinx

CMO

* ro

" ,

CM "

ro

"

co ^

ro "

CM

in ru

x x

roxn

.T

' *

AA

^?i\ "' ~. i j

^t

s r"l

"R*?*ro

\.^*

t*'. c*

ro'ro

* ro

ro ro

" ro

"

-H

"

CO

CMeo

" ro

(vicot

(M

""

**

~/

in

" f if)

W

in *

*m

xfvn

W

2

' S

ffi

S

~

L-17*OOmH


l cm^ 203! +20X -i

-20X - O) ID IDro la

to Lo

Z -l7* OOmH

COMBINATION

BY TRIANGLE -— Char. --

1 cm." 10* +10X -

-10X -

Res.

" " ' * x*. - - - .i i ii i i i i (//'/rX// 1

ro i ~ \ ~

ro ro roro "- LO

H ——— ' ——— ' ——— ' ——— h-

2 g g S

LO ~~~ *."\ U\"' (A) * 1ro ^JB-2 —— ra —

1 , - ,S S S

s g a i s

A"*s. t 'f

X

tf S / /\*S / * 1^ X s s As s s 'u f 1 ro ro**J ^J f OD ^J

ro

^

S

~ Res.

L-17+OOmH CHARGEABILITY (•a. Milliseconds)

5*00*1

n

6+00*4 7+00** 8+00*1 9+OOBN 10+00*1 11+00*4

t *^ <6%^^*^<6 ^-1.8 "2 -2.8 -3.1 "3.6 "4.1 "3.4 "2.8 "4.1 "5.5 "3.3 "2.8 "1.8 "1.8 "1.8 "3.3 "1.8 "5J "6.1 "3.5 "4.5 "4.5 "1.8

/^ s"—— } ^ / /S ^-*-2 "1.8 -2.8 "3.1 -3.3 "4.1 "3.5 "2.8 "6.3 "5,8 "4.5 "3.3 "2.3^ "1.8 -1.8 "2.8 "2.4, "5.8 "4.1n~3 "1.8 "3 -3 "3.3 "3.5 "5.4 "6.3 "7.4 "4.1 "4.5 "3.1 "2.8 "2.8 "2.8 "2.8 "'B.I "1.8 "4.1 "6.8 -6.1 "5.5 *5.5 "1.5^ *5 *j <i>^<>'>^.

^

L-17*00mH RESISTIVITY

, Ohm-metres)

5+00*4l——6+00*4 7+00*4

f fiw^

8+00*4—l—- 9+00*4 10+00*4

t H

11+00*4

"27462 -27420 "26938-^18866 "36104 "21767 "^399^'"8466 ^378 -14470 "5792 "13048^3416 "3766-766 "3546 -2614^1344x^6430 .-1738 ^*871 "1593 "2389. "1 "33517-32044-30876*43574-48519^1671^592 "7808 -6530. -13257. "8138 "9786v"3133 "768.9 "2064 "3546 "4709 "20J9^ji2226 "1865^*-2l54 -2543 \9

n ' 3 -30890 -31906^52980 -45705 "37484^5841 -6668 -8735 -5583 -15758 -5125 "9217"217^-4450 -605"1865x*"2154 -2543 "2978 x

6 "2316 -4205 -4628 *863 "1548^-2178 " 2670 " 2g57 *38!

1 1 * 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

BAY RESOURCES S SERVICES INC.BEABMRE PROPERTY


INDUCED POLARIZATION SURVEY"f": 3TS

I. P. TRANSMITTER : PHOENIX IPT-1 IA-15132, IkW. Instruments: l p RECEIVER . EDA Ip.2 #0016


Separation of electrodes : a - 25 metres Separation between dipole : n * 1, 2. 3

CONFIGURATION OF ELECTRODES| — a — | —— na ——

[— (y)— [ r-(7) ———— > infinite

\ y \ /

.ttillffMS'SjiSrfr. \ /

,'^.A\1^* " ^ff/^9- \ / ^'^V/^^p^S^*"^ ^Plotting point ^ f - \ ^ S ^ Operators: J. MivnauJt^ 1 ANPI^ PI ANTF ^ J- rruaej ^ LAINblb rLMNit ^ c st-Jacques^ ^, ., —,,,— ^ ^ ae J anger "^ X. 41853 .X ^ M. AsseJin

^^QuitfZ ^ i .17-l-nnmU '"'sjfSHtflw L 1/tUUIIm

GEOLA LTEEEXECUTED BY : J. Mignault 08/90 fffjiffMJfiF Pff/TPfff^

INTERPRETED BY : L. Plante ff.Sc. 09/90 SUHKrS TlffJ Ont

DRAWN BY: e. Bacon Tech. 09/90 Scale : 1 : 2500

N.T.S.: 42 E PLAN NO : 90-512-09 o | 25 so 75 100

1

1 cm^ 20X +20X -

^ j /tOO/ntf ' i — ' — ' — ' — i — ' NEW VALUE -a*- ~ u u ~^~, (Char. /Res. x 1000)

1 cm^ 10X +10X -i

t-* ro ro co tJJ bo ro bo i— m

ro ro i*J Co .a.

COMBINATION -iw-l i 1 1 l l BY TRIANGLE - —— Char. .--Res.

cjnfud CxfV^riJ Z- -^ j* K * * JTvvPn DTVvHn -17+OOmH i — - — - — - — i — i —

CHARGEABILITY *-* -i.a i -2.8 .3.1 .3.,/7^^ -1.8 "2.8 "3.1 "3.3

(aa. Milliseconds) n ^3 M.S -3 *3 -3.

Z ^ ~* , ^* j. . * 5^00lW o^OlWN-17+00/nW i — - — - — - — i— —RESISTIVITY n ' f "27462 -27420 * 26938 -18866 "36

n - 2 "33517 "32044 "30876 "43574

( P&, Ohm-metres) n * 3 "sosgo "31906^52930 MS

91E" K2i—fl2i/ 191" Bil" 101*—-^8* 9^"

l" 211" gil" -W* ^" Oi" E9* 19" ^.9" ^"^"901" HI* 921

* ^

86961" 9^0t? 992E" 9991" *^tE99~" SEfll" fU02C?996l" E91E" 0*62* Ei

geE.-^Bf/Woi" OSfrEl" frE6^l" F6E91" 9ME" \ (S

fmo+81

9'- fi" 9'" 2-- 2'" 2'" 9'" 9'" g'" E'l* fi* 2'" 2'* g'" 2'* 2'" 2'- f" O g-x g-x g-* g-. f, g-. 2'* 2'* 2'- 2'" E'l" 9'" f" g"" 2'" 2'" f* 2'* O*

g-* g-- 2-" g-- g'" O" 2'* 2-- 2-* 2-* 2'* fi" 9-- g'" 2-" O" f- 2-- f-

ri" 8'2" j f" E-E" B'l" 8'2" ri* 8'2" E" "l" 8'2" 8'2" E'E" fE" E'E" 8"3- f

\ ^ >*^ f* Q. j). —Q* 9'1" 2'" 82" 9-f*~" E* E'E* 8'2* E" 8'2"1 \ V

N^MHfilIWXH91rmo+eifmo+zi(WO+ll

001 -i

0001 -

OOOOP -

•--

•w-i cu

g 1 co

s sS ~ s S

l * " l

CXJ tO CM

.m1 '

1OJ ^" \ OJC\J OJ OJ

enCU ^ ^ —

to oj oj cu oj en

:; F^r^i

1 cm^ 20X +20X -|

L ~18"f~00ff)lff NEW VALUE -20*- (Char./Res. * 1000)

1 cm^ -10* +10X -

L-18+OOmHrnMRTMATTHM -101 -

es. ( tt. ~— ^^ ,''***- i ^ j ***-U) (jj ful ro ru ro ro co LO Oj ro ro ro r\l * to cji o? A, v co --*"ro ro fu roLO *-*1 ^^A ^*^ fcj* ^*-* ^*^ ^^ CD CT (O .b. OD LH UTf i HI i rt) OO ^^***~^|7| ~v ^ LO ^ ^ tD m to tD

i i i ./\ s x y s yi i \ 7 * \S Y i i i i i xy /l /f x i '//KKy1 ''\s\*''\ i i is Y s\s s s * s s s Y s s s s Y s s s s A s s s s s Y ' s \

BY TRIANGLE . — . char . - — - Res .

L-18+OOmH


n -

6+00*1 7+OM4 8+OOlN 9400M 10+00** 11+OOaN 12+

\.6"3.3 *3.1 "2.8 "2 "1.8 M. 8 _ jfj.6 "2.8 "4.1 "4.3 "2 "0 "1.8 "2.8 "1.8 "2.8 "3 "5.6 "6.8 "2.8 "2.4 "2.8 "3 "2.8 "3.3 "31=2 '3.1 "3 "2 "2.8^^.3 "3 "3 "3 "4 "3.5 "3.5 "J. 6 "2.8 "2.8 "2.8 "2.8 "5.3 "6.8 "6.8 "3 "2.8 "2.8 "3.3 "3.1 "3.3

a - 3 "2.8 "2.8 "1.8 "2.8 "3 "3.5 "4.1 "2.8 "2.8 "3 "4.3 "2.8 "2.8 "2.8 "2.8 "4.3 "6.8 "6.1 "6^1 "41-3 "28 "17 "28 -18^^ ^ ^%^^'

L -18+OOfflH RESISTIVITY (/fe, Ohm-metres)

6+00*1—l—— 8+00*1 9+00*1 10+00*1 11+00*1 12+

n*} "25520 "14548^7691 "15430 "37331 "25147 "5759 "37,44 "6294 "13562 "17448i"2912 -3445 "3741n*2 "2061)7^12^99351^23641 -30,070 ^5999 "5458 "6493 "6404

i Vb-n*3

2 "17448i "2912 -3445 "3741 -sQ541 -^mpO "9606 "8132 "6772 "2660^707 ("2111 "3685 "15394 "17934 "134 10563'*9614V "2973 "4978*~^5941 "2110 "9288 J8432V8031 ("3858 ("1542 "1493 "2940 "3163 "19664^0774-

\— — .. ."27865-27735*12380*17285-^9356 "6099 "7406 "5255 "5429 "6338 "8716 "3584 "6100 "5807 M725 "6804 -^22932 "7039 "2462 "2454 "1566 "3266 ^3075 "19598 "186\

039\ \^307

64^07t^s

l l l l l l l l l l l l t nn H ii n

BAY RESOURCES S SERVICES INC.BEAflMORE PROPERTY


INDUCED POLARIZATION SURVEYMethod - POLE~DIPOLE

I.R. TRANSMITTER : PHOENIX IPT-1 #A-15132. IkW. Instruments: j p RECEIVER . EDA IP.2 #0016


Separation of electrodes : a s 25 metresSeparation between dipole : n - 1. 2, 3

CONFIGURATION OF ELECTRODESp^ d J lid

-[Vi1! 1\ / \ /

^ ^f . ^F ^* \ S \ . Operators: J.

\ LANGIS PLANTE | 2

\ \S41853/ j "l

^^ QUEZ& ,\fi \ -4Q.infimliil*is**nm000' L lOTUUIIm

fjnite

ffjgnault TrudeJ St-Jacques Belanger Asselin

GEOLA LT^EEXECUTED BY : J. Mignault 08/90 PfADH/nOP' DLnranm/nr rnINTERPRETED BY : L. PJante K. Se. 09/90 0/MWC Ttm •JVlllfCI J llffj,

DRAWN BY: G. Bacon Tech. 09/90 Scale I 1

N.T.S.: 42E PLAN NO : 90-512-08 Lj-JJLJiL-

WERTY Ont.: 250075 100

—— 1 1

l cm." 20* +20X -i

L -18+00/nH


-20X J ro t-*-

L -18+OOffiH COMBINATION BY TRIANGLE .—— char. --

^ -10X +10X -

-10X J

Res.10 CO

OD rul

ro en 01 ro

s y

ro LO

ru fo

"~ " ncS .

L-18+OOmH CHARGEABILITY (ma. Milliseconds)

6+OMN—l———

n " f *3.3 -3.1 -2.8-2 .-1.8

n * 2 -3.1 -3 -2

n*3 -2.8 -2.8 -1.8 -2.8 -3^ %

-1.8 -1.9_*J.i \ X .8 V -1.3 -3

-3.1

L-18+OOfftH

RESISTIVITY . Ohm-metres)

6+OOaN—l—— 7+00*1

NO tvd fW NO

•f ^ ^ "f f' ^ Xn = J -25520 "14548^7691 -15430 "37331 "25147 "57!

n-2 "206W^2712^9935V^23641 .39070^5999

n * 3 "27865 -27735 -12380 "17285 -^356 "60S^

CO COLO co co "-*-

(P-16) (P-02)

Res.

r\) **- 01

ro o O) en

a, to

ft f S.

toy ^f f *

en

1

\jf

\'

1

co*-~J.ck.BbCT(jjaDO'icji

X vf i i - i . . .

i-fc .— i -- h* hjk. t-*- ro LO LOo^O"-"LO(jOCJii-~ruk^'^'Olt-^LJlCOt-^OaD

niao en

i). : l cycle r 10000

- 1000

14-KKMM 15+OOaN

J.4 -4.3 "4.1 "4.1 ."5.1 "4.8 "1.3 "1.6 ".l ".l "O ".l "O -.1 ".5 ".5 ".6 ".6 ".5 ".5 ".5 -.5 ".5 ".9 "O "1.1 ".2 ".2 "O.3 "Ijj_!il.8 ".2 ".2 "O "O "O ".2 -.5 ".2 "1.1 "1.2 "l "l ".5 ".2 ".5 "l *.2 "1.2 " .2 "O

•O "O ".l ".2 ".5 ".5 "1.1 "1.2 "1.1 ".5 "1.1 "O ".2 ".5 ".2 "1.2 "l

,4 "4.3 "4.1 "4.1 "b.l "4.8

"4.5 "4.5 "4.5 "5.1 "4.8 "2.:

1.1 "4.5 "4.1 "4 "3.3 "2.8 "1.6 "2.4 "2.8 ".l ".2^ ^ ^

12+OOBNh13+OOtf*

l14+OOaN 15+OORN 17+OOiN 18+00^

#// ^ /. /S4^ #^1031, "11653 "6701 "14058 "29922^20519/-563 "234-^51 -75

8633 -205828330 "13lTT^16446754 "72(224" 10812 "19025 "6441 "5671*753 "893 -"1032 "684

71 "90- "105 "178 "147 "137 -Jt88__"78 "66 "69 "72 "81 "71 -76- "128 "128 "160—(J82 "120"137 "179 "263 "220-

)X ,gi__188——&Q4- 115 "143-^-240 "261 -382 "236

"151 "151 "182-' "212 "310 "257 "252 ^"?219 "180 "124 "132 "137 "151 "172 "279 "384 "466 "500

L-19+OO/nH


L -19+OOfflH

COMBINATION

BY TRIANGLE -— Char. --

1 cm." 20*+20X -i

-20X -

1 cm.- 10X +10X -

K, K, K, Lo i. b, V- - a, i. i. i, b !o o, b, i. ^

~~" -- #*5. ' - -, | Ret. ,- —— . ---~ ~~- ~~ i S "" - -. l ,- 'i-* ro ro ro ro ro ro 1 ^ ro ro ro ro ro -ro-' ro ro cu Co

CDcn-~ia)cncnro"~ en bo j*. x*. Ln LO .0. OD ro '-~j

i i ~ i i i i i X' y y l*' x y ' i ' ' ' * y \ s ' * * * *1 ' S S S A/ f 1 S S /\S S i

i^k. b^. ^^ ^^ 9 ^^ ^^ J

oo o ^ 1 V

CJD ^ ^ ^j aa oj *-

ss

- . , A5**.

en ro cb"'i— i— J^ LO j

1 y x \ j** x ' ' ' is s s\* s '

S; W K ^ ^! fo ^ ''S S Si S; K a gen LO en|~j co ^ g 1

- -Res.

L-19+0O®#

CHARGEABILITY (aa. Milliseconds)

6+00*1—l—— 7+00*4 —l——— 8+00*1—l——— 9+OOrtl 10+00*4 11400*1 12+001

*V *V 1 t ' tn*f "1.8 "2.8 "2.8 "2.8 *J.8 "1.8 "1.8 -1.8 "2.8 -2.8 "1.7 "1.6 -1.6 "1.8 "2.3 "2.8 "2.8 "3.3 "3

n**? "2.8 "3 "2.8 "2.8 "2.8 "2.8 ^("ZJL " 3 " 2 ' 8 Kl ' 8 "2 ' 8 *2 ' 8 "x1^ " 3 * 3 *3 ' 5 " 3 " 8 * 3 ' 8 *3n~3 ^1.8 "2.8 "2.8 "2.8 "2.8 "2.8 "1.8 "1.6 "2.8 "3.5 "3.3 "3.3 "2.8 "1.3 "2.8 "3.8 "4 "4.3 "2.8 "3 "3.1 -4.1 -4.5 "4.1

11 11 11'

2.8 "2.8 "2.8 "4.4 "4.3 "4.1"3.1 "3.3 "4.5 "4.5' "4.1

L-19+OO/nH

RESISTIVITY ( P*, Ohm-metres)

6+OOlN 7+OOtN 8+00*1 9+00*4 10+00*4 ——l———

tt

11+00*4——l—— 12+001

S* *? f? V 1*~ ^ y V V y y W fy fy ^ ^ 4~ n = f "10738 "10259 "11248 "8316 M820 "2869^999 "1243.^6792 "9269 "7480 -3376 "2660^1692 "3242 "4944 "3240 y5371 "3449 "2997 "1019-1358 "4031; "11653 "6701

n*2 "10502 "12160 "12019 "6957 "4328-"502^*1958 \481x5785 "7768 "6215 "3108 "2336 "2433 "3751 "4975 "3940 "5965 "323l4l805 "2491 "2461 "8633 -20582 ^83:^ *-i —.*r —trU^L ^^ ^X. ^^" ^S*Ss*" * ^""^ J— \ - \ ^ ^^

T t"tt tn*3,"8

025"10714 "11226 "8141 "5538 "6367 "6030\2009 -862 "4242 "7014 "6414 "3684 "3278 "2783 "3723 "5992 "3993 "5946 "2241 "2923 "3557 "4224 v "10812 "1902*5

1

1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

BAY RESOURCES S SERVICES INC.SEASHORE PROPERTY


INDUCED POLARIZATION SURVEYMethod: ™|™E

1 IMt UUMAIN

I.R. TRANSMITTER : PHOENIX IPT-1 IA-15132, IkW.inS Li UIHcD tS. T n ncpnTUcn . t~nA Tn i jtnntcI. P. RECEIVER . EDA IP-2 #0016


Separation of electrodes : a * 25 metres Separation between dipole : n - 1. 2, 3

CONFIGURATION OF ELECTRODES

i— ®-i r-(T) ———— > jnfjnjterr rr t\ / \ /

\ 7

drvtffl* " ^G/^^. ^Plotting point^ ^/^liT^N/V^. Operators: J. MignauJt

S f *jP \ Ik ^ Trude] ^ L ——————— i v. f St-Jacques^ LANGIS PLANTE | # Belanger

VSV L-19+OOnK^MBWWtf^1 —————————

GEOLA LTEEEXECUTED BY: j. mgn*at 08/90 BEAftWRE fflOPEPW ~

INTERPRETED BY : L. Plants H. Se. 09/90 SUIMGrS IffD Oflt

DRAWN BY : e. Bacon Tech. 09/90 Scale : 1 :2500

N.T.S.: 42E PLAN NO : 90-512-07 o ^25 sp 75 loo

V'

1 cm." 20%

f , IQjflnmh/ i i i i i i . — i —— t—L dJiUUiiln ' 'lil— II tfll III— ro ro ro lo k enNEW VALUE -20* J

(Char. /Res. * 1000)

1 cm^ 10* """ — ..

i-* ro ro f\3 f\3 ro OD CJ1 --J OD CJl CJl

f IQ-f-nn/nhf ii i i i i i - /y/L. jJfL/vmrr ' ' s s ,

COMBINATION -101- i 1 i i s S

BY TRIANGLE - —— Char. ----Res.

L- 19+00® # . . —— - T" . —— , —— . 7t.ow .

CHARGEABILITY *-* -^ -2.8 -2.8 -2.8^.8 -I.Bn*2 "2.8 "3 "2.8 "2.8 "2.8 "2.1

(aa. Milliseconds) n ~3 ^i.s -2.8 "2.8 -2.8 "28 ^ ^

. m.stsi it 6+00** 7+OOlWL -19+00/nW i ———— i ———— 1 ———— ' ———— -j —— r—— H ———— r-

RESISTIVITY n*l "10738 "10259 "11248 "8316 f4820 "286\ v

n * 2 "10502 "12160 "12019 - 6957^^4328-^50;( P&, Ohm-metres) n *3 -10714 -11226 "8141 -5538 ^-ysT

41 I

/x

m

L

ro y

/C

QO

/

g OD

LO CD

O

tt n

O

O

X Mb

X

XO

O

tt O

x x

O

. O

x

x x

en

Mbx o

x x o

rox ro

x x

ro

rox ro

x x

ro

ruK Ln

x x ro

x Ul

K K

en

Lnx b)

x x

O

Ul

x ro

x x

Mb

X rox

x Lnx ro

x

xen

Ln

x OJ

x X

Ln

ro

--

y

t x

V 1

t 1 1 \ \ \

1 o 0

oat 98 1 Eta tos 691 ooa E9t aEt 9tt

\ s

ut \ V ^

fat ^

9ft III

\ \ '- soe

t i •99E N

! i S H

iQfr S

^•^^•t Mh(

69IE

iM C c.

c

0 0 0 f r f a- E1

^ 9' L5

^^ r \ ^

k \ 5' 9' E' r

s ^

s \1'\

1^

l"

?* x^

^ 8^

"

ro 0 3

b t-

*

* o "

1 ^5 ^^

J O 0

r 6'a

6'E

9'E f 9'

L'

E'l

9'2

t'E f'fr

E-E 2'E

E't

9-a

6'

L -20+OOmH


n." 20X +20X -

-20*-

Z -20+OOffM COMBINATIONBY TRIANGLE . -—M—.. upgp ^ ' —

.* 10* +10X -i

Res. f '"' ~--- . ^, ,^

LO LO * x - * f\J * f ' ~ ' (jj CO . . . . . . (jj . f CO LO *~J *vj -.^ — — •"•J 1' OD *"O f\J *^J CO *r* CO CO *^J Ol x

^^* "^^ *^*' rr\ 1 B

/ro ^ jv x*. x*.

^- LO ^ ——— —. jch. — , ea " ———

V g | ' i

-Res.

L-20+OOmH CHARGEABILITY (aa. Nilliseconds)

6+OOiN 7+00*4 B+OOM 9+WMN 10+00** 11+00*4 12+00*4

11 i i ^ ^"3.8 "2.8 "2.3 "1.6 "2.3 "3.8 "3 "2.3 "2.3 "2.8 "2.6 "2.8 "3 "2.8 "2.8 "2.2 "2.8 "2.3 "1.1 "5 l -4.1 "4.3

"3 "3.8 "2.8 -2.3 "3 "2.3 "1.6 "4.3 "4.1 "3.8 "2.8 "3.3 "2.8 "2.8 "3.3 -2.8 "3 "2.8 "2.8 "3 "1.15 &T "fT.S "4.5 "5.n~3 "2.8 "2.3 "2.3 "2.8 "3.3 "3 "1.6 "3.8 "4.4 "4.1 "3.8 "3.3 "2.8 "2.6 "3 "3 "2.8 "2.8 "3.8 "3 *1.8 "2.8 "5.5 "3^f"

n * 1 "3.8 "2.8 "3

n ' 2

Z -20+OOmH

RESISTIVITY (Pa, Ohm-metpes)

6+00*4—l——— 7+00*4 8+00*1 9+00*4—l—— 10+00*4

n =

n * 3

M5644 -13836*9572 M2037^5524/ ^767- "1139 "1703 "4517^4030x155 "19663 "14711 *10450y5104 "2505x^1600 " 1 153 \635 "8887 "6083^

"18272 "10916 "5223 "2606 "3999\ " 1600 "896 ^"

11+00*4——l———

t ^ ^ 1554 "1643 "2482 "1473 il835-*1^43 "2195C"5840 "3526 -2062-*734

12+00*4

1920 "2543 "2739 "2235 "3356 "3861 "3473 "3514 -3224 "45212049 "9775 "6080 "2377 "2662 "3516 "2822 "5074 "4342 "1873 "3052

^

-\734/ "1053 ^1 1172 "7786 "12605 24 "4521X^030^^5^11773 "12529 "IS *50'47~^5631 S " 1463 M7 18 •14552 "13821

l l l l l l l l l l l l l l l l l l l

f fi i- til -*



INDUCED POLARIZATION SURVEYMethod - POLE-DIPOLE

TIME DOMAIN

I.R. TRANSMITTER : PHOENIX IPT-1 IA-15132, IkW. Instruments: l p RECEIVER . EDA IP.2 #0016


Separation of electrodes : a * 25 metresSeparation between dipole : n - 1, 2, 3

CONFIGURATION OF ELECTRODES | — a — | —— na ——

r®n KD —— m.TT TT 1

\ / \ 7

A? ^/^~k'^\{fs^~. ^Plotting point ^ ** f **? \. "^ S ^ Operators: J.

\ LANGIS PLANTE 1 "c.^ - ——————— - | D.

^S'iV^ L-20+OOmW

finite

Mignault

St-Jacques Belanger

GEOLA LTEEEXECUTED BY : J. MjgnauJt 08/90 PCAOU/IDC OL

fl!flrif*{fsjfi it.

INTERPRETED BY : L. Piante M. Se. 09/90 Q/omprs TuntsU/lium i7 ffff/i

DRAHN BY : e. Bacon Tech. 09/90 Scale : 1

N.T.S.: 42E PLAN NO : 90-512-06 ? u-j5 Jte

WEflTY

: 250075 100

—— 1 1

Z -20+OOffM


Z-,

COMBINATION

BY TRIANGLE - —— Char. - —

1 cm.- 20* +20X

-20*-

^ 10X -HOX -

-iw -

--Res.

CHARGEABILITY (na. Milliseconds)

n =

L -20+OOmH RESISTIVITY (Pa. Ohm-metres)

ro ru to LO OD

LJ LO

00 LOLO LO

ro ^ ro

H; g' xtx xte?' '' f'

l*. ^ l l

-3.8 "2.8 -3 -3.8 -2.8 "2.3*2 "3 -3.8 "2.8 "2.3 "3 "2T n ~ 3 "2.8 *2.3 -2.3 "2.8 "3.3

6+OOilN 7+OCW

vv n * l '15644 "13836*9572 M2037 -^5524/*767-

n=2 "19663 "14711 *10450y5104 "2505v"16( n = 3 "18272 "10916 "K23 "2606 "3999ss/ t.

.9.8.72.3

4.2

3.421.6

4.6

2.3

1.7

1.4

1.2

1.5

1.211.2231.5

1.2

1.6

1.4.4.3.3.411

rZ o

U

^3

J,

0"

2W

H

euCM

.3.2.2.4.7.6

8 -3

Xj^

x

^

^y*

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* .2

(|) *-'.3.4.5.4.5.2.3

^t/^

.11.5

1-8,s

•'''

2.6tty

3.51,1

3.31:

i4. J1

- 3.6

i!- 3.3\

\

ccc*'*'.-\.A\^\\xK*

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^\"

tV

95y -i

326-t1

269

220

187

172

176

x 145

S"128^

144

134

^ 129

s.r~\v 212

266;

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433

367-S

106

94f.

1\

i

^ 610V/1

962

1263

7224

12600

13195

12615

3701

3285

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\ CD**

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J^

l ?*

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fif

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inx(MM*1XCVJK(O"'inKinx•'OJxinxOJxxoxOJxinxinxIDM*"|

KOJKXOJxOJ*

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e*CMxCOenCOc\ix

. ^^

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c*^

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9

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x x

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^bfr l p*

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j i . \ .H

— TT!

4?S

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*^*\ s ^*^-i

x in

OJV

^^jv

f*"

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^fao

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^^

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1 cra^ 20X +20X

L -21+OOmHNEW VALUE -20*(Char./Res. * 1000)

L -21+OOmH

COMBINATION BY TRIANGLE

- - Res.

ro ro ro to to otn m

1 cm^ 10X+10X -i

-10X -1

roGO

1 —— 1 ——enAhLO

X*.

. —— ~

2.^ ^.

fwrn

ru

gCO'^

LO

COCO

\ \X"

"^\ —t^ •^JO)uo

ro

S S SCO

S

Res. /ii* ro ; tn

Jp c^-ffi——

'^vyy/vX/^L\ O J,0 \ ^ *— O N ^ ^ -sjr1 * ?

^"~ -^ Ret- ^ j

to Cj ro *^ x ro 1 ro

——— ————— T ——— "j---"——'

' s s i s s s Y s s-J -^ CJl LO i-* " t-*. *-* CO OD CO -J * CJlo co en en ro 1 ro co *-*- ro OD en 1 ^-o

lro'

en,- — ~

——ro oC3

\ RffN ' ~ v x l ' ——

fjj \ i -- ^ t^-fc x t-fc I UK ** LO fjj. \. ' . .1 . ,* . .ft. tO ' tO O^ m CJ1 tO Ol

S S J^/ SSi fc^ C*J t-^ *-^ l*J L*J^J **j en to *^J rxj ^J u r^ *JL* CJi 1 ro oo ^ ^ ^ OD u)l--J en t-*

b OJ

— — al — — - ^^

1 1

L -21+OOffM CHARGEABILITY (aa. Milliseconds)

6+00*1 —l—— 7+00*1 9+00*1 10+00*4——l—— 11+OOaN 12+OOiN

-jn j

"2.8 "5 "5 "4.8 Jl.8 "1.8 "1.1 "l" /" "B.I "6" -2.8 -2.8 '"1.7 "1.8 "1.6 "i. 8 ""5.1 "".5 "1.8 "1.3 "1\ "4.3 "3 r "\ /J t f --- — \ ^--— " t r--. i

5.1 "2.12 ^.3. "5.1 "4.8 "l.B "2.8 "1.8^^1.1 ij5.5 *6.1/ " 4 - ! * 3 - 8 "1-8^ "2.4^ "1.8 "2.4 "3.8 "1.7 "1.8 "2.4 ".9 ^2.3 "4,1 ".5.5 "4.3 0=3 "M.8 "4.8 "2.8 "1.5 "2.8 "2.8 "3.8 "2.8 "5.1 "4 "4.1 "2.8 "2.8 "2.8 "2.8 -2.4 "1.8 "1.2 "2^8 "1.6 "1.7 "4.1 "3 "4.5

Z -21+00/nH RESISTIVITY

, Ohm-metres)

6400^ 7+OOlN 9+00*) 10+00*4 12+00*1

i w (W~ *W~ iNJ"n*/ "11643 "36992 "30295?2l893x-'li02,i6M-^l55 -^5, "8989 "6439 "8609 "7219 "3088 *B52—-988 *"1861 vi26162^868 "4209^*547 ^743 "4011 "2609 "18033 "12!

n*2 "15584 "36602X^898^^14^1975^698^190 *270 ^\M1863 "6691 "6191^/4988 "2137 "1368 "1466 *4409j^3511 No'1059 "4290^X7.89 *1B28 "4093^5018 "16234"16392*19664''1758-^2097 "3682 s"1946^"138 *245 "9977 •6561 X M293 "3482 "2499 "1737 "2293~"*1326 "4189^908 ^60gX "1315^5

t^n = 3 •1979 '"5357 ^4478 "177

t1 *11111111111111111



INDUCED POLARIZATION SURVEYMPthnri - POLE-DIPOLE Method . TIME DQMAIN

I.R. TRANSMITTER : PHOENIX IPT-1 #A-15132. IkW.Instruments: l? RECEIVER . EDA IP.2 #0016


Separation of electrodes : a * 25 metresSeparation between dipole : n s 1, 2, 3

CONFIGURATION OF ELECTRODES| — a —— — na ——

j-®-| KD ———— * in, TT TT i

\ 7\ /

^^^x*"T^N^^. VPlotting point ^ ^ f f|* ^\^ "^ S ^ Operators: J.

*V f \. ^ 7

| LANGIS PLANTE | g^ \ A TOCO y St "~\z, ^^ H-iobo y AW

^t^ Qutvs* ,y 1 -Pl+nOinW'''sj/jiftttlfi L LI ' l/ V III fi

finite

MignauJtTrudeJSt-Jacgues SeJangerAsselin

GEOLA LTEEEXECUTED BY : J. Nignault OB/90 PCADUnOP DLWfRTYINTERPRETED BY : L . Plante M. Se. 09/90 SUIHKrS TlfO Oflt

DRAWN BY : G. Bacon Tech. 09/90 Scale : 1

N.T.S.: 42E PLAN NO : 90-512-05 iL^5 5L,

: 250075 100

— ±HB|BBrimmi^^^^^

l "

L -2J+00*!/


Z -21+OOmH

COMBINATION

BY TRIANGLE -—— Char. - —

1 cra^ 20S +20X -

-20X-

^ 10S +10X

-iw- s i

-Res.

Z-*

CHARGEABILITY (ma. Milliseconds)

-2.8-5 -sn=2

. -^ e -i^5.3 "5.1 "4.8 -f.B "S.B^.

-4.8 -2.8s -?.s -2. ^ a

Z-,

RESISTIVITY (Pa. Ohm-metres)

6+OOiN 7+OOilN

in

-11643 -36992 "3029521893^1102^65"15584 "36602 /

"16392-^196641758-^2097 .35

^g,

./S

jV^l

*^

j.

ro

g

A J

x.^

27

|Si

ro

Ji

1-"

i^g

i

^g^

(S^"

i""\S

rfg^

^

LO

""'c

gz-

^ i

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I

L -22+OOfliH


1 cm." 20X +20J;

-20*-

L-22+OOffM

COMBINATION

BY TRIANGLE . — -Char. --

CJl 0) x OD n o

- -Res.

L-22+OOffM


7+OOiN—l——— 8+OOiN 9+00*4 10+00*1 11+00*4——l———

"1.7 "1.3 -.5 "1.1 "2.8 "3.8 "3.8 "2.1 "2.8 j^g "1,8 "1.3 "1.1 "1.3 "1.6 ".5 "1.6 "1.1 "1.1 "4.5 "4.5 "5.1 "1.8 "1.8 "1.1 "1.1 "2.6 "4.3 -4.3 "3.8 "2.8 "2.8 "2.8 "2?8 "1.6 "1.6 "1.6 "1.8 "1.1 "1.8 "1.1 "1.2 -5.1 "4.5 "3.3 "l.t

n*3 "1.8 "1.6 "1.1 "2.2 "4.3 "4.1 "4.1 "3. . . . . . . . . . .

"3.3 "2.8 "3 "1.8 "1.6 "1.8 "1.8 "1.1 "1.8 "1.2 "1.6 "4.5 "3.3 "2.8\ ^ ^

L-22+OOmH

RESISTIVITY (P*. Ohm-metres)

7+00*4—\——— 8+00*4—l—— 9+00*4 —l——— 10+00*4 11+00*4——l——— 12+00*4

f f f f # f #f # # # # # # J f f f f n*l "379 -*164—&J79__^171 v "7013 x"10209 "13392 ^9875y"4462 t894 "771-^^151 "249 v"552 "895-^335 "684-^226 ?501v"2900 "Till "7897 "3374/

n*2 "798^X380 "252 ^278 \ "9564 "12942 "12747 ^072^1494-^6^^^1527X^31 Q 187 "951 "1460^*880 "170lN444\ *565 "'4413^ "156080-3420-^17: /7 = J "1488Ns*445 "308 ^297 \"11104 "12217 "7262 M605"^2291 "258T^2344\"212 "255 \ "1182^2729 "1541 "2652^*443 *721 ' "6572^9953^1190

f f *# f

1 *111

i11111Q*H

HM

PI

Pi

h

BAY RESOURCES 8 SERVICES INC.BEARMORE PROPERTY


INDUCED POLARIZATION SURVEYMp . hnf1 . POLE-DIPOLE Method . TIME DQMAIN

I. P. TRANSMITTERInstruments: j p RECEIVER

: PHOENIX IPT-1 #A-15132, IkW.: EDA IP-2 #0016


Separation of electrodes : a - 25 metresSeparation between dipole : n - 1,2,3

CONFIGURATION.| — a ———— n

T^T\

\

OF ELECTRODESa ——

i—(l) ———— > infinite

/'

^ ^VX*^X"N^'^ ^Plotting point ^ 4 \ ^ Operators: J. MioriduJt\ LANGIS PLANTE 1 ^ ^ —— .,.,..,,,... - ^^ \41853 1/ ^

C. St~JdC(JUBS0. BffJdfiffcrM. AsseJin

^''JsMJt0**S L~LL"l"00[IlW

GEOLA LTEEEXECUTED BY : J. HignauJt 08/90

INTERPRETED BY : L. PJante M. Se. 09/90

DRAWN BY : ff. Bacon Tech. 09/90

N.T.S.: 42 E PLAN NO : 90-512-04

BEMMOflE PROPERTYSimers ftp. fat.

Scale : 1 : 2500Q . 2.5 5.0 7.5 100

^^^^^ B^^^^^

1 cm.' 20X +20X -i

Z -22*O Off)HNEW VALUE -20*-(Char./Res. x 1000)

en en **. oo

l cm^ 10X •HOX -

L-22+OOmH COMBINATION BY TRIANGLE - — -Char. - —

U) to ro—J fc* (Dto en S- S/

--Res.

7-fOOM—l—— 84001


-1.7 *1.3 ".5 "1./J-^ "1.8 "1.1 -1.1 *2.(

/7 * ^ "1.8 "1.6 "1.1 ^

L-22*OQ*HRESISTIVITY

j, Ohm-metres)

7+OOiN B+OOl—l-

7 "379n * 2 "^798^X380 -252

n * 3 "1488^445 "308

EEE" S22"SI*

611" 201

12E"

02*-^ 021" ggi"

969" 8SE" 092" Lil* QLZ* " 0/V" EW* 9fr2"

s I^EE" 212" -

9E" *WL*i 6662" S6t/ fl/I*/ Ol9l*J

s sE80E"

OS

rmo+e;1*00+81imo+ci

ri- s'- ri" fi* 9-" ft* fi" i* i* g'. g-" z'* Z'* Z'l* E't* s'" o* g-" f" i- g"* 8'2* E* E" g'** 8'2" V^J"fi- i"i" g"" g'- 2't" fi" g'* s'* S'* S'* g'* g'- 2"- o- 2'i" E"i" i" i* 9"i" f" g'x ft- a i" Q; 2* g;g* E'E" e'2- e'2"

E'l* 9'" fi* S'* g'* fi" g-* 2'- 2"" f- 2'" 2'" 2'" O* O* ft* E't* 9'1* B'l" 9'1* Z'* Z'l* l* Z'l* Z'l* . E* 8'E" 8'2" 4

fPOO+61iwoo+eiimo+ei

001 -i

ooot -

00001 J

(O OJ -^™* n cvj

ID UD oo on en cu cvj en ro en

to 01

In ~OD on --"-..S--"s?

en cvi m co m cvi cvj

Z -23t O Out H


1 cm.- 20X +20X -i

-?nt -

^^ ____CD*.ru ...,, . "-*- uj LO ro t-*- . ^j'CT,*lk ro -(xUiujrorou)^.ijJ ^0 ^,^i ^ja3 en 1"*

l cm.^ 10X +10X n

Z -23+0OmH COMBINATION -10J!

BY TRIANGLE- —— -Char. ----Res.

ru m

L -23+OOmH CHARGEABILITY (•a. Milliseconds)

8+00^—l——— 12+OOM

'J "1.3 "1.2 "1.3 "l "3 "3 "3.8 "2.7 *4.3 "5 "1.1 "^8 "1.2 ".l "O "1.1 "1.1 "1.2 "1.3 "1.3 "1.n*2 "1.6 "1.3 "1.2 -5.3 "2.8 "4.8 "3.8 "2.8 "5 "2.8 "3.3 "2.8 "1.3 -.1 -.5 "1.2 "1.1 "1.3 "1.6 "1.6 ."2.8 "2.8 "3.3 "2.E

n*3 "1.6 "1.7 "1.6 ".4 "4.8 "3.8 "2.3 "3.3 "2.8 "4.5 "3.5 "2.8 "1.3 ".21 ^

1.1 "1.1 "1.2 "1.3 "1.3 "1.2 "1.1 "1.3 "1.6 "

.2 "1.3 "1.2 "1.6 "1.7 "O

S "2.

13+OOi

8 "3.8 "3

"1.1 "2.8 "4.5^

L-23+0Omf/ RESISTIVITY

, Ohm-metres)

7+00*4-H—— 8+00*4—l——— 9+OOaNl——^

10+00*4——l—— 11+OOiN 12+00*4

n = M49—"208 /"553 -d61x "8315 "7731 "12069 "19480 "29419^21132 "2314 (-363 n ' P "36jU-*494 "717 V*1139\" 12637 "12490 "11936'

n = 3

•19480 "29419 *21132 "2314 (363-^*88——"97 ^165 V"1117 "\ ^ s/ i y ^^~^i ) \ \ -~-1936^20417-518315/3988 fr809 "74lOxiB2 "165 "296. "193i -Ss l ——"~—-^ x*~~—-—' \\ ( ""9154 —9BOT-*380? /"1591 "1442 "1282* "241 "222 *362\ "

X*

134001——H

"685 "672 "743^ *1128 "14896 "16030"9154—980^^3802-^1591 "1442 "1282* "241 "222

f

661 "665_"718 "641 "853N "2857 "3083 "1642-———————N \ \ y1931 "1260 "1553 "1444 "661 xg06 *5529 M61L .

284r^2C70 "2538 "1319 "560 ' "1125 "2999 '"744*J& A tS A AV V V V V

l •1

l l l l l l I l l l l l l l l l l



INDUCED POLARIZATION SURVEYMethod - POLE~DIPOLE

I. P. TRANSMITTER . Instruments: j p RECEIVER



Separation of electrodes : a s 25 metresSeparation between dipole : n - 1,2,3

CONFIGURATIONl. T , . . n|- a n

T^T\

\

\

*lr iA\V^ " Etfff.~3y^ -^ (j

| LANGIS PLANTE |

\ V^x A i ,pq,~^Jtr ^f/EBt^ f|j V L L. J 1

OF ELECTRODESa **~

i— (T) ———— infinite

/'

^Plotting point^ Operators: J. Mignault

J. TrudeJ C. St-Jacques 0. Belanger M. Asselin

K)OmH

GEOLA LTEEEXECUTED BY : J. MignauJt 08/90

INTERPRETED BY : L. Plants fif.Sc. 09/90

DRAWN BY : G. Bacon Teen. 09/90

N.T.S.: 42E PLAN NO : 90-512-03

Summers Tip. fat-Scale : 1 : 2500

O 25 50 75 100

Z -23+OOfftH


1 cm.* 20X +20X

-20X-

i.- 10* +10X -i

L-23+OOmH COMBINATION BY TRIANGLE -— Char. -- --Res.

L-23+OOmH CHARGEABILITY (aa. Milliseconds)

n*J "1.3 "1.2 "1.3 "l "3 n=2 -1.6 "1.3 "1.2 -5.3 "2.

n~3 "1.6 "1.7 "1.6 ".4^

L-23+OOmH RESISTIVITY ( Pa, Ohm-metres)

7+00*1—l—— 8+OOlN

n - M49— "208 x "553 61 v "8315 "365^-x494 "717

"685 "672

ro roS

UJ ' toS,'' ES

ro to

cnt

5;

l cycle - 10000

- 1000

- 100

14+00** 15+00** 16+00** 17+00**. 18+00**——l—— 19+00**——l—— 20+00** ——l

.2 -.1 -.1 *0 •1.7 '.5 -O

.7 *2.3 "1.1 -.1 -O ^ 1

O "1.1 -.5 -.2 -.5 -.5 -1.3 "1.1 ".5 "O "O "1.8 ".5 ".5 ".5 ".6 "1.3 "3 "3.3 .1 '.5 "O ".2 "1.2 *.5 "l J-.l "1.2 "1.6 "1.2 "1.1 ".4 ".l -l.B ".6 ".5 ".5 -1.1 "1.8 "4

-.5^-0 "2.4 "1.1 ".5 "l ".l "1.1

O ".l

"O "O •1.2 "l -.1 ".2 "1.3 "1.8 "2.3 "O" i i

14+00**

12 .52 j93——*92' "123^217 -340' "716 *492-\136 "473 -^508 "690 -^*3J2—-504— "366 "301 "360^51 "59 "84" "130* "280 \"7313 "773893"Bl-^^}93 "162^jil81 "272 "231 "21

•l 40 y""252 "295 "249 "202

1 cm." 20X +20X -i

Z o V//X/T— A/24+OO/nn

NEW VALUE -20X-

(Char./Res. x 1000)

1 cra^ 10X+ 10X -n

Z O J t /1/J — A/24+OOffllf

COMBINATION -i* -

BY TRIANGLE - — Char. ---Res.

Q^-jcjiuj'-*-. . . i^k^t-^cjji.Ln lô 1*1 * ^^roUro-^^^cnLn'aDtJicn'ai 03 ^^^ 10 "1

^^ ^1^ ^0^ ^j^Ô^

Res. Res. Res. Res.fc— i-fc t* 1 ^ """**^t-fcu.ufc *-b|ro rofo "m to ru o" ^ *- ;'^- ro "~~ bi^bo bo ^ lo'bi ^ '^J Li ** ^ ** ^

S J s S / s ' s s /T/ /f r ?.^s /y s \ s s s y s /\s / '•^ i^ ro ro ro/K r4 * m r^ u ^-''Ul Ul----Lf1 U3 "-^ m ** *-*- Ôto. en ro fi U3/ S S m S S ^ " 1" — t** U--U) en S aj en o en ui to 01 J -S' S fe ™ cS 2 m cjijen oi-.cji m ^ - *. 01

,--' ' ' ~~~' **v ,,-- ' ""

"-^

L-24+00/IIH


10+00** ll+OOBN 12+00*) 13+00*1 14+00**

"1.6 "1.1 "1.1 "l "O "1.3 "1.1 "1.2 "1.6 "1.3 "1.7 "1.1 "1.7 "2.4 •1.2 ".l ".l "O "O_ _ 'O ".l

"2^8 "1.2 "1.2 "O ".5 "1.8 "1.6 "l.ff "2.8 "2.3 "2.8 "2.8 "3.8 "4.1 M.7^2.3 "1.1 ".l "OM.8,"1.2 "1.1 "O "1.1 "1.6 "1.2 "1.7 "1.8 iiJL^l-B "2.4 "2.8 -3.3 "4.2. "1.7 ".5

Z -24*OOmH

RESISTIVITY , Ohm-metres)

10+00*1

f 165 -263n s f "148 "115 iiro *a>i_ *ddo \n * 2

13+00*1

r~"^ \\ ^ J "^—-"~344 ^-189 "3897 "12*4 \496. cSSg^Ôl

n * 3 ^583 -338 "208 M90\ .^

"399"578 "787—^381 y371817 "1632\"871x "186^

"7036 s" 1419 "1800 "1407 "1239 "706 "269 "29E



INDUCED POLARIZATION SURVEYMethod : POLE-DIPOLE

TIME DOMAIN

Instruments:I.P. TRANSMITTER : PHOENIX IPT-1 #A-15132, IkW. I.P. RECEIVER : EDA IP-2 #0016


Separation of electrodes : a s 25 metresSeparation between dipole : n - 1.2,3

CONFIGURATION OF ELECTRODES l—a~H——na——

TT TTInfinite

\\

, ^Plotting pointS L————————\ ^l LANGIS PLANTE |

Operators: J. MignauJtJ. TrudeJC. St-JacquesO. BelangerM. AsseJin

L-24+OOmW

BY : GEOLA LTEEEXECUTED BY : J. MignauJt OS/90

INTERPRETED BY : Z. Plante M.Se. 09/90

DRAWN BY : G. Bacon Tech. 09/90

J.T.S.: 42E PLAN NO : 90-512-02

Simers Tup, Ont.Scale : l : 2500

O 25 50 75 100

L -24+00/nH


L -24+0Off!H

COMBINATION

BY TRIANGLE - —— - Char. - —

^ 20X +20X

-20X J

^ 10X +10X -

-10X -1

o bi

- Res.

L-24+OOmH

CHARGEABILITY (aa, Milliseconds)

10

n ~ 2 n * 3

,

L -24+OOMH

RESISTIVITY , Ohm-metres)

10

n = f

n = 3

N*0(K9T

9't"A A AA

•- , 6* vi* l- 9'* ri* 2'1* E* E'E* E'E* l'*2* 2'1- B'l" I'E* I'l" ri" S'" ri" ri" 8"2" 8"2* (T2* d" 9'1" 9'1" O" 8'2* "9'l"~E'2" 8''l- l* 2'1* I'l- 9"l"

'* B'l* I'l* E'E* 9'* I'l* 9'* 2'* 9'* 2'* fTT* 9'1* E'l* I'l* I'l- I'l* l'- B'l" 9'* E'l* 9'1- I'l- ri- 9'- 2'1*

A A A A

E'l" O" 8'2* 8"l" 8"2" 9"2- O" 2'" 9'" 8*1 8'2* 9"l" E'2" '

^.M-VO+9T

001 -i

' i8 a 5 s}' a0001 - i ———— i ———— 1 ———— i ——— J^A^^-^

CO UT) CM ^" CM CM

'y*^

00001 - y —— v

spAa i : 'mo 2 v'v

on m *-i ^ " 01 ^ ^-* *-t *-t v* c\j

— , — , — -r^-{r-^-'" " " -l -

say

\20-d)

lO ' O) ^,-* CO f^

' T'" S .S 4 ,\/

CO CM r** CM

•tay

(91 d) (20 d)

SXB S s s s s g s^s-..ss s s^s. s \ s J s i —— ' *'/ s s / s i

CM *-* ^^-'tDr*"tTJj,''OQ c CM

•w^ w^

(01 -d) (90-d)

a-) tooo enCM oo r-* en m CM

N1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

1

l

BAY RESOURCES fBEAfMORE

Summers Tow

INDUCED POLAR]Method: Pgfjg

I. P. TRANSMITTER Instruments: j p RECEIVER

Time sequence : 2 sec. "0

Separation of electrode Separation between dipc

CONFIGURATION HH —— n

T^\\ \

w , \vO^ " ^NG/ ~^^~ ^

| LANGIS PLANTE |

5 SERVICES INC.PROPERTY

nship, Ont.

[ZATION SURVEYPOLEMATH'


N": 2 sec. "OFF"

;s : 3 - 25 metres)le : n * i, 2. 3

OF ELECTRODES a ——

r-® ———— infinite

/ /

^Plotting point^ Operators: J. tfignault

J. Trudel C. St-Jacques D. BtJangel*

^X^isss/y 1 -PR-fflflmW^.^ QUEB& 41 . s L LJiv/Ullm

GEOLA LTEEEXECUTED BY : J. Mgn^uJt O8/90

INTERPRETED BY : L. Plante ft. Se. O3/90

DRAWN BY : G. Bacon Teen. OS/90

N.T.S.: 42E PLAN NO : 90-512-01

BEMtfOflE PflOPEflTY Slaters T*p, tint.

Scale : 1 : 25000 .25 SO 75 100

T

1 en.- 201 +20J! -

Z -25+0OmW NEW VALUE(Char./Res. * 1000)

Z -25+OOmV COMBINATIONBY TRIANGLE . —— . chaPi . —

i." 10X +10X -

-iw -

L -k- en ' -J^ Sr

--Res.

Z -25+OOmH CHARGEABILITY (•a. Milliseconds)

10+00*1

ff'f -1.2 -.5 -1.n*2 "1.6 "1.1

n=3 -1.8 -.5

Z -25+0OmV RESISTIVITY

i. Ohi-netres)

10-fOOaN

n * fn *.

n - J

"580-^425 "671 "731 "747 f

••1030 "911

ntario

Ministry of Ministere duNorthern Development Developpement du Nordand Mines et des Mines

November 13, 1991

42E12SWe044 2.13928 SUMMERS 900

Mining Lands Branch Geosoienoe Approvals Section 159 Cedar Street, 4th Floor Sudbury, Ontario P3E 6A5

Toll Free: Telephone: Fax:

1-600-465-3880 (705) 670-7264 (705) 670-7262

Our File: 2. 13928Report of Work #: W. 9140. 080

Mining RecorderMinistry of Northern Developmentand Mines435 James Street SouthP. O. Box 5000Thunder Bay, OntarioP7C 5G6

Dear Sir/Madam:

RE: NOTICE OF INTENT FOR ELECTROMAGNETIC AND INDUCED POLARIZATION SURVEYS ON MINING CLAIMS TB 974203 ET AL, IN SUMMERS TOWNSHIP.

Please find enclosed a revised Technical Assessment Credit Form.On the original version, dated April 22, 1991, the creditsapproved for claims TB. 974211, TB. 974214, TB. 974225-226, TB. 974233 andTB. 974235 were not clearly defined. This revised credit form willclarify the application of the approved credits for these and theother listed claims. The credits listed on the revised Credit Formhave been approved as of May 22, 1991.

If you have any questions regarding this matter please contact Clive Stephenson at (705) 670-7251.

Yours sincerely,

Ron C. GashinskiSenior Manager, Mining Lands BranchMines and Minerals Division

CDS/j l Enclosures:

cc: Exploration Duverny Inc. Montreal, Quebec.

N. WilloughbyNR St J Resource Assoc.Toronto, Ontario

Geola LteeVal d' Or, Quebec

Resident Geologist Thunder Bay, Ont.

Assessment Files Office Toronto, Ontario

MlntrtryofHcMtwn Developmentend Mint*

Technical AsMtsmant Work Crtdits

Date

Nov. 13, 1991

File

2.1392BMlnlna Recorder* Report ef

W0.rl9T40.080

(REVISED)Recorded Holder

Exploration Duverny Inc.Townthlp of Area

Summers TownshipType of aurvey and number of

Aat*e*mant day* credit par claimGeophysical

Eketronugnttie 16.4 rtny,

Mlgnttomttitr .... ,. rl.yt

|n0gc*d polarization . 1 9 * ' **yt

O*^r ,, rt.yt

Section 77 (19) See "Mining Claims Assessed" column

Geological dayi

ftBnohemir.nl rtayt

Man days Q Airborne Q

Special provision Q Ground Q

fi Credit* have been reduced because of partial coverage of claim.

Q Credits have been reduced because of corrections to work datei and figures of applicant.

Mining Claimi Anatttd

TB. 974203-207 incl. 974212-213 974216-217 974227 974229-232 incl. 975236-237 974240 941907 941909

Special crediti under section 77 (16) for the following mining claimi

TB. 974211, 974214, 974225-226, 974235: 6.2 days Electromagnetic 6.2 days Induced Polarization

TB. 974215: 8.7 days Electromagnetic; 8.7 days Induced Polarization TB. 974233: 12.4 days Electromagnetic

Note: reduction due to maximum Geophysical credits being reached.No crediti have been allowed for the following mining claimi

g] not sufficiently covered by the survey Q insufficient technical data filed

TB. 974209, 974228, 940214-215, 1134182-183

The Mining Recorder may reduce the above credits if necessary in order that the total number of approved assessment day* recorded on each claim doe* not exceed the maximum allowed es follows: Geophysical - 80; Geologocal - 40; Geochemical - 40; Section 77(19) - 60.

' Ministry o' Northern Development

"inesOntii

DOCUMENT NVK9140.

Mining ActReport of Work(Geophysical, Geological a ieocnemical Surveys)

Instructions- Ploase type or print- Refer lo Section 77. the Mmmg Act tor a-.swsr"^-

and maximum credits aliened per survey upe' If number of mining claims traversed excocM* attach a list.

- Technical Reports and maps m duplicate stv , Mining Lands Section. Mineral Development' r

Type of S'jrvoy(s)

Recorded

Mining Division

Address , . ^

Township or Area

4V/&S ZU'S*P'ospector's Licence N'

-—^^.j^fzxH k*. Iffrl Telephone NonV:* 1 "!.!. .-//y ~,sj s s±Sy~4?te-farS

Name and Address of Author (of Geo-Technical Report) Y'q to)

Credits Ftequested per Each Claim in Columns at right Mining Claims Traversed (List in numerical sequence)Special Provisions

F-'or first survey.

I:itVi -H) .l.iys (This include line cutting)

Fo' Odi'h nitditiO'Ml survey: usiMfi !hf ^.IM'.-I grid

Enter 20 days (for each)

Geophysical

- Electromacjnelic

- Magnetometer

- Other

i Geological

Geochemical

Man Days

Corn|)lftc ii'vurst1 enter trial s) More RECEIVED

MININGAirborne Credits

Note: r, vi i,il provisionsl If'lllS (Jo IH)1

aupiv lo Ai holm; S .rvcy

Dale

Ccitidca! on Verifying Pfufjort of Wo

Geophysical

ignetic

- Magnetomelei

f EB l

Total miles flown over claim(s)L j _ ^ ' Recqoled Holder or AgeatiSignatu

v toriify that l h.ivo a psrsonal and intimate knowledge of the facts set forth in this Report nl Work, having performed the work or witn^vsed s v.*-? -,s - -: fiei its completion and annexed report is true.

Name and Address of Person Certifying

"" "'—'""' '

MAR O 4 1991

MINING LANDS ShCTION'SEE REVISED WORK STATEMENT

irioMinistry ofNorthern Developmentand Mines

Ministers du Developpement du Nord et des Mines

Mining Lands Section4th Floor, 159 Cedar StreetSudbury, OntarioP3E 6A5

Telephone: Fax:

Your File: Our File

(705) 670-7264 (705) 670-7262

H. 9140. 080 2. 13926

May 22, 1991

Mining RecorderMinistry of Northern Developmentand Mines435 James Street, SouthP. O. Box 5000Thunder Bay, OntarioP7C 5G6

Dear Sir/Madam:

RE: Notice of Intent dated April 22, 1991 for Geophysical(Electromagnetic) and Geophysical (Induced Polarization) Surveys on mining claims TB. 974203 et al. in the Summers Township.

The assessment work credits, as listed with the above-mentioned Notice of Intent have been approved as of the above date.

Please inform the recorded holder of these mining claims and so indicate on your records.

Yours sincerely,

lorf. C.Provincial Manager, Mining LandsMines 8c Minerals Division

CDS/j l

cc: Exploration Duverny Inc. Montreal, Quebec

NR&J Resources AssociatesLimited

Toronto, Ontario

Geola LteeVal d' Or, Quebec

Resident Geologist Thunder Bay, Ontario

N "IhfM* Dove\opnien\ •T.'

Report of Work ^ Mining Act (Geophysical. Geological anJTGeocrTernlcal Surveys)

Instructions- Plc.w IvIV or prinl

Rplt*r lo Section 77 the Mm i-g Act '-v .1 and maumum credits a'ic*,*rt pi' M, 1 II ri.mber Ol rtnninj el.vir.i IMW:*:! iiil.n n a list

t Reports a-xi -Mi's ir i*iMining Lands Section. Mitral Pe^-i l"1 '

Township orMining Division

Nam* and Aadress ol Author (ol Geo-Technicai Repon)

jgfy~#te-fccsOat* ol Survey (from t to i

Credits Ftequested per Each Claim in Columns at rightipccltl Provision*

FOf lirsl it.-.-'-.

C v ' ' .:.'iMtO C U*! i- 19)

'cf ^ii-'" -I*' M'li d

Eftt*' 20 Oitys (lor each)

Geophysical

- Magnetometei

- Other

Geological

Geochemical

Days per Claim

/.o

Man Days

fEBl!)W

WINING

Geophysical i Days per j Claim

- Magnetomeic'

h-Airborne Credits \

Note: fi' - 'ii pr-viS'ons | Clcolromagneiic

,,, li Wagnetome'.ei

i Days PAI i Claim

Total iTvii'S flown over claim(s^.__ j0*o t ~~'fR*co[ded~Hoide~r or gtpl^ignatuj

rMJ?tfe-^ZHHic.iTu'i Vc r lying Report ol worK ~?

Mining Claims Traversed (List in numerical sequence)Mining Claim

Prefix Number

^JJ^^L Ttf.0jyZ2Q.

3^Sr?m'ZX8L!).jA4i

Mining Claim

^ _ j Numbtfi

Tt?-

77*6 wa'y/ff.?

Vir re

Total iiumiw c* mining clairrj r,..p-. by lh''. -M -i ' .-.

ne"-!;. " '. "-Jt l h.ivo .1 persona! and intimate t-3Aledge ol the lads sel lorth m this Rerxm -l Work, having pertotmeo she wo'k .1 ,vipt- ;j: - v -' -...- * P* '!^ r ~ ; "Jt'O" and ,-:nnr*ecl tcpon is fue

-idrf *-s c' Person Certifying

'SEEREVIStOWORKSTATEMENT

MAR O 4 1991

MINING LANDS ShCTlON

Ttchnlc* AMtt*ir*m

w* t***

jxgloration.

summers.

Inc

16^7

feetion 77 41 fi *" -w-"* C""1* Am*"r eolim"

TB. 974203-207 incl. 974211-217 incl. 974225-227 incl. 974229-232 incl. 974235-237 incl. 974240 941907 941909

NbndcyiO Q

Note:claims TB.974211, 974214, 974225-226 974235 can only receive 12.4 days credit as this puts them at the maximum allowed.

j, no, .ufffctwrtly eovwtd by ** nw TB.974209. 974228. 974233. 940214-215. 1134182-U.3.

Ttchnteil WortcCttdtti

l 2.13928 KM**** Atponi

p?/Ql JM.9140.nRQ

Duverny Inc.

Summers

TB.974203-^207 incl. 974211-217 incl. 974225-227 incl. 974229-233 incl. 974235-237 incl. 974240 941907 941909

HW to -Mlnln, ewim A^^T column

AllbOOM Q

83 eovvno* of cltlim.Q C**dltth*v*b**ftf*duc*db*e*u**ofeon*etlOA*

to work tftm *od flgum of ippllcont

Note: Claims TB.974211, 974214, 974225-2^6, 974233, 974235 can only receive 12.14 days credit as this puts them at the maximum allowed.

l Ofodlu ucwkr toction 77 (K) far tht following mining dolim

Cfodte htvt botn iflowxl w m rommum........, —..,----—--—--—,j-———QQ not Miffktontly covtr*d by thi turvty Q Inwfflcltnt t*chnlc*t dtt* fltod

TB.974209, 974228, 940214-215, 1134182-183

o^yi rtconM on wen cwm (tow not

NR&J Resource Associates Limited651 COSBURN AVENUE, TORONTO, ONTARIO, M4C 2V1

TELEPHONE: (416) 429-5691, (416) 923-6920

9 February, 1991

Mr. Larry Stolickerc/o Mining Lands SectionMinistry oi Northern Development and Miners1S9 Cedar St., 4th FloorSudbury, Ont.P3A 6AS

Dear Sin

As per oar telephone communication earlier today please find enclosed form 1362 Report of Worm covering geophysical surveying on the Stratmin Inc. Summers Township claims previously filed at your office on form 879.

As l mentionned to you t'll he out of town for the next several months, l direct you to contact Gilles Tremblay of Stratmin (B14- 961-6699) for any further communications re the filed work on this property.

l should also draw your attention to the enclosed copy of form 1362 covering geophysical/geological compilation. Claim no. TD 94O21S shown on the far right hand column (Mining Claims Traversed) was inadvertantly omitted on the original.

Thank you and happy assessing!

Yours sincerely,

Neil Willoughby, President

\J,l\

^ IV

K

W u^'

(

Vs.,

CO

WAS IN TO SEE

ji*ri.TO|RETURNED y

MINISTRY OF NORTHERN DEVELOPMENT AND MINES435 James Street South, P.O. Box 5000

BASEMENTTHUNDER BAY, Ontario P7C 5G6

OFFICE NUMBER:(807) 475-1311 l FAX NUMBER: (807) 475-1124

OMNIFAX COVER PAGE

DATE:

TO:

8fa

^ ./frr - 670 -

TIME: AM^PMj"—'-••'--"•i ^v^ i r* **^

MNDM/TORONTO

NNDH/KENORA

MNDM/SAULT STE. MARIE

JWDM/SUDBURY

OTHER

FROM:

NUMBER OF PAGES

MNOM/THUNDER BAY

INSTRUCTIONS:

SPECIAL INSTRUCTIONS:

.URGENT

PLEASE DELIVER

.AS PER YOUR REQUEST

,AS PER OUR TELEPHONE CONVERSATION

.FOR YOUR INFORMATION AND FILES

OTHER REASONS

"HAVE A NICE DAY"

10'd Wd30:5 T66T '8 83d Z9ZL :01 A8 3ji:.'dO DNININiWGdd

(S)Ontario

Northern Development und Mines Claim

\f\ t*\a Name of

A. KOSKI

MtijIngAct__'"""ILicVnt* NoT

E 271E 27897 H662212

P.O. Box 303Beardmore, Ontario POT 1GO

Clilm NO. TB940214

Oat* RecordedFebruary 26, 1987

Bat* end Tim* of Suiting p,T,

Feb.12/87 10*00 a.m.

l

Offic* Ut* OnlyAn*Mrtient Work Credit! Anlgned to oth*r Clslmi

OfVi BalanceDeicrlptlon'of Clelm

SUMMERS TOWNSHIP (G-165)

nntrvetloni - 400 foot 8ur fee* ftlghtt r*t*f vttion *round •Ulaket and riven. Sand, frtv4l inrt (4*'*t r*t*rv*d.

OTHER RESERVATIONS UNDER THE MIMING ACT MAY APPLY

FM* No,

940214

OayiWork No.

"WA v, f\ - V-rsV V May 7/87 Transfers all:interest to STRATMIN ING. (T4Q73)

(.940214) ....v.......... ......... ........... , ,...Feb. 19/88 40 liEP^L^i^0 0^ ..LL. (131-88

...JjB/ftft. -.2fl.

Nov.14/89 (T10) Stratmtn Inc. (T4873) transfers 100X to EXPLORATION

(545-89)

te).....e.U iiL^PjdeL J&nse.^(I4Q214J,

840 (80/4)

55407720'd NdT0:2 T66T 'B H3d :01 AH BDIddO ONINIW:WOyd

y u

Northern Developmentmining ,-M^sjiOO

Lyy and Mints x"dlnl y 1 . S 1 1.Ôntario Mining Actt^----^1'";'^^^^""Recorded in the NJoin* o^

J A E. NABIGONLicence No. Receipt No.

E 29443 H662212

' BOX 384 ! White River, Ontario POM 3GO i

Of f le* Ut* OnlyAueisinent Work Credlu Asilgned to other Clalrt*

otyt BalanceD.,crlp,lon o* Ci*im

,t,^j**.*--"* p "

Date Accorded

February

Claim No.

TB941909

26, 1987Date and Tim* of Stak Ing F,T.

Feb. 15/87 3i30 D. m. i *

SUMMERS TOWNSHIP (G-165)

Reservation* . 400 foot Surface flight! reservation around all lakei and riven. Sand, gravel and plat reterved.

OTHER RESERVATIONS UNDER THE MINING ACT MAY APPLY

rue NO. -

941907

D,,.

..May 7/87....

Feb. 19/88

Mar, 16/88Âpr.15/88

Nov. 14/89

s

Dayi Work

40

20

83

'l*t*A]f1ftfîft1"tt All ^rtt'AVAfl't' v*\ fifPQ&fPMTKT TMal^ t tt* A Q*f ^ \J. ,1| *A* J \ c A T? TT fir ^1 A.trnt Ml* w W W t w^*r O am iMaiVal Jm JH A U *i* li ™ 1 A 4 D at u f

(941907)(GEOD Geological ^rrnovp (ltl-88

IllU ~9 TI VWft (MAO) Geophysical (Mag) " wn fi ' lwg (181-8B)(PDRILL) Diamond Drilling (239-88)

(T10) Stratton Inc. (T4873) transfers 100* to EXPLORATIONDUVERNY INC. (T5320)

1

Ractipt NO.

H66412&...

x

(545-89)

554076E0 - d WdT0:2 T66T '8 83d AE 3DIddO

Northern Development MiningVJdM 8nd Mlrt9' VIOMII 1 j ,^r .

Ontw^ LMlnlni AU — — — "*fletorded 'n (ho Nima of

.Peter J. NABIGONLlcenc* No,

D 13181Aoar*u

Box 39 White River, Ontario POM 3GO

Off le* Us* OnlyAti*nm*nt Work Credit* Aiii0nf d to other Claim*

i

p*yi Recorded eclertce

~J*Z~ —— JReceipt No.

H662212

Oticrlptlon o' Cii'rn

Claim No.

TB9742036atf ft t corded

A Febpary 25, 1987 ..,D*w end Tim* oTraklng T

Feb. 12/67 1:00 D. m.

SUMMERS TOWNSHIP (G- 16 5)

fteiervtlioni - 400 foot Surface flight*' retention cound (li i(kai end riv Send, grivil md p*it reierved.

OTHER RESERVATIONS UNDER THE MINING ACT MAY APPLY.

flit No.

2,74201

Oete Deyi Work Receipt NO.

May 7/87h .,Transfers all interest to STRATMIN INC. (T4873)

(974201) H66412'

Feb. 19/88

Mar, 16/88-——.-,,,,,,,,,..,...,.'Apr, 15/8 8

4CL

- 20

83

(GEOL) Geological MAR81988i;i*V~-l.

(131-88

r;Nov.14/89

l A.9J,,,.G^9P.h.^

,, J!!^LLi^iaMDL^.?.yM;!19..*!L..l-n___ (2.39-88.),...

(IIP) Stratmln^^ Inc. (T4873) transfers..lOpX..to EXPLORATION

oyyiRNtMi ,iT.5229JL—.. l.-.._ (.W5.-.9S!)

I'd "'"dS0:2 T66T 'B 83d 0i9 S0i :oi Ae oNiNiw:woad

of Expenditures - Summers Project - by Gestion Miniere E ;Ti online Ltee. (geophysics) for Stratmin Inc.

Geola Ltee Feb 27/90-IP - *13,500

Jul 26/90-IP -- 32,000- HEM - 7,660

Oct 16/90-IP - 3,200- HEM - 460

Total *56,820

1020. 3' A venus Est (rouw IP Sud), C.P. 418. VAL D'OR (Qirfbec) J9P 4P4 Til.: (819) 82S-8212

GEOLACONSH EN EXPIOWTON

FACTURE No. / INVOICE No.: 783

DATE : Le 27 levrler 1090

FACTURE A l INVOICED TO :

rBAY RESOURCES fit SERVICES INS.Alt: M. G///6S Tremblay 630, boul. /tend Levesque Bureau 3200

^-Montreal, Qc H3B 1S6 J

POUR SERVICES TECHNIQUES ET PROFESSIONNELS

Projet: Beardmore

412 Coupe de lignes: 37.0 km @ $290./km

455 Relocalisation des claims et des piquets: 46 claims @ $40./cl.

418 Lev6 magnetique: 36.8 km @ $95./km

420 Leve de polarisation provoque: 9]rs@il,500yjr (Indus 2 jrs de mob-dem, une Journee d'attente)

TOTAL

SfO,730.00-

31,840.00 -

33,496.00 -

313,500.00 -

530

{0 S29.566.00

^NANCEMENT: APPROBATION:

CLERMONT LAVOIE Ph.DPresident

Ges^on m'inifere Explomlne Lt6e/630. bou). Rwi*-Uv*wjui Oumt, buraiu 3240, Monlri, . ju*b*c) H3B IS* "MUphOM: (M4) 661-6688 T*l*copieur: (S14)WMW

,**VJNOT~NEUF.MILLE** ; ''^NEUF CENT SiblXANTE-SIX

DO CAN ADA

, PAYiR A VORDRE DE 13 fAVTOTHIOROEBOF BEOLA -' '^. ;.'^. :^ :; ^~: :~^:

CQNSEIL EN EXPLORATIPN 1020 3E AVE E ROUTE 117S C.P. 418, VAL D^DR,

i: 101* s i- s 1,00726"'

S.V.P. DETACHER AVANT D'ENCAISSER/PLEASE DETACH BEFORE CASHING

Gestion minifere Explomine Lt6e630, boul. RenA-Uvesque Ouesl, bureau 3240. Montreal (Quebec) H3B 1S6 Telephone: (S14) 861-6668 T6l6copieur: (514) 866-6193

DATE

N* CHEQUE

NO.

90 04 30

200763

FOURN. 50 GEOLA PAGE l DE l

29966.00*

05630

NO FACTURE/INVOICE NO.

782

783

sncs: TOTAL -1

DATE

90 02 2', 90 02 21

MONTANT/AMOUNT

400.00 29566.00

29966.00

CREDIT PAIEMENT/PAYMENT

400. OO 29566.00

29966.00

injii. .V Avrnuf En (route 117 Sud). C.f 418. VAl DOR .Qufbcvi

, FACTURE No. / INVOICE No.: 861

DATE

^CTURE A i INVOICED TO :

Le26juillet 1990

GESTION MINIERE EXPLOMINE LTEEAtt:Ml Gille5 Tremblay 630, boul. Ren6 Levesque Quest

L Bureau 3200 i Montreal, QC H3B 1S6

POUR SERVICES TECHNIQUES ET PROFESSIONALS

Projet: Beardmore. Facture pre"l6minaire

412 Coupe de ligne: 37.0 km @ S2707km

419 H.E.M.: 32 km @ S 230./

420 P.P.: 20 jours @S1,600./

i

TOTAUX

^errnont

V

GEOL/CONSei EN EXPLOMTK

1020. 3' Avenue Est (route 117 Sud), C.P. 418, VAL D'OR (Quebec) J9P 4P4 Til.: (819) 825-8212

o. l INVOICE No.: Q25

Le 16 octobre 1990

APPROBATION;. FACTURE

r

ENREGISTREMtNT: PAIEMEMT:

L Bun

DATE .

/ INVOICED TO :

MINIERE EXPLOMINE LTEE, Gilles Tremblay

boul. Ren6 Levesque Quest au 3200 j real, Qc H3B 1S6

POUR SERVICES TECHNIQUES ET PROFESSIONALS

Projet: Beardmore, Facture finale par rapport d celle estimee le 1 mai 1990On a du changer la configuration de polarisation provoqu6

412 Coupe de lignes: -37.0km (estime) + 35.34km(effectue)-1.66km@$270./km

419 Lev6 E.M.H.: -32.0km(estime) + 34.0km (effectue)2.0km

420 Lev6 P.P.: -20]r(estim6) -i- 22jr(effectue)2jr@$1,600./jr

455 Chemin de 4 roues, sur demande des geologues2jr-h @ SSOO./jr-h

TOTAUX

lermont Lavoie Ph.D

i Gestlon mlniferevExplomine Ltee (?' 830.1x)u(. R*ne-Uvesque Oued, bureau 3240. Montreal (Quebec) H3B ISA i Tiliphone: (514) 861-6688 Telecopieur: (514) 866-61931 9**VINST~HUIT M;LLE**

j**CENT SOIXANTE-ET-UN ~v-.———————————DOLLARS ET 80 CENTS**

de Comment QUEST 10433

, PAYEZAL'ORDREOEl PAY TO THE ORDER OF QEQL A

CONSEIL EN EXPLORATION 1020 3E AVE E ROUTE 117S C.P. 418, VAL D V OR, DUE

l J9P 4P4

DATE

90 11 30

GMtton mlnUre Explomim LUe

1:07001*0101: R^07010"-S.V.P. DETACHER AVANT D'ENCAISSEft/PLEASE DETACH BEFORE CASHING

Gestion minifere Explomine Lt6e•30, boul. Ren*-Uvesque Quest, bureau 3240. Montreal (Quebec) H3B 1S6 elephone: (514) 861-6688 Telecopieur: (514) 866-6193

DATE

N* CHEQUE

NO.

90 11 30

201716

FOURN. 50 GEOLA PASE l DE l

28161.80*

10433N" FACTURE/INVOICE NO.

925 861-

sssr. TOTAL ™

DATE

90 10 1* 90 11 01

MONTANT/AMOUNT

38 1 1 . 80 24350.00

28161.80

CREDIT PAIEMENT/PAYMENT

3811.8024350. OO

28161.80

Resource Associates LimitedCOSBURN AVENUE, TORONTO, ONTARIO, M4C 2V1

TELEPHONE: (416) 429-S681, (416) 823-6928

January 24, 1991

Mr. Harold Tracanellic/o Mining Lands SectionAssessment Files159 Cedar St., 4th FloorSudbury, Ont.P3A 6AS

Dear Mr. Tracanelli;

As per our telephone conversation of Jan 14/91 (as if you would remember!) regarding the possibility of filing a detailed exploration data compilation for assessment, please find attacked a covering report and accompanying maps on the Summers Township claim group of Stratmin Inc./Bay Resources and Services Inc.

All exploration data previously completed on and in the vicinity of the property was examined in some detail and included some 30 days of field follow-up (prospecting, local detailed structural/lithologic mapping) in an effort to investigate some of the more favourable results, particularity old drilling and geophysical anomalies. In my opinion the previous reporting failed to come to grips with the exploration problem to hand, namely the targeting of areas of potential gold mineraliiation.

The results of this compilation enabled the designation of five potential gold targets which are now recommended for future drilling which wasn't possible previously.

A great deal of time, thought and effort went in to the project, not to mention the expense (approximately ^60*00^ and Stratmin and myself feel some credit should be allowed for the work.

l calculate the total hours expended on the project at 121 and have completed form 1362 Report of Work. By this formula some 17 days credit may be applicable for each claim. Please review as soon as possible and let myself or Cities Tremblay of Explomine (514-861-6688) know at your convenience. In any event Stratmin and myself authorize you to enter the report into the assessment file system.

Thank you.

Sincerely,

Hell Willoughby,

Mining Act for assessment work allowed under this Subsection, if of expenditures in duplicate

nds Section, Mineral Development

Ministry ofNorthern Developmentand Mines

Report{Expenditures, Subsection 77(19

Name and Address of Author (of Submission) Date When Work wa* Performed To:

All the work was performed on Mining Claim(s): Indicate no. of days performed on each claim, *See Note No. 1 on reverse side

Mining Claim No of Days

IS7.fi

InstructionsTotal days credits may be distributed at claim holder's choice. Enter number of days credits per claim in the expenditure days credit column (below).

Calculation of Expenditure D|ys Credits Total Expenditures Day

^

ital Credits'^'

Total Number of Mining Claims Covered by this Report of Work

m^,±^Bmri^fJ^^~^^^————————^^——~*-~~~~——~^~**-~~~~l*~~~~~~~^^~~~~-~~ —™——————.1.™-*.———^•••••———•••••^•••••••••••••••••i-^MiBBM.—————•—•••••.•M.WH^^^J^^.^^J HB^^^^^^^^B ^^^B^HIH

dining Claims (List in numerical sequence). If space is insufficient, attach schedules with reTjClred information

9-7 V22ST t Z.T/2 77YTotal Number of Days Perfi Number of Days Claimed Total Number of Days to be Claimed at a Future

Certification of Benefici 2 on reverse sidel hereby certify that, at the tirtte the of work were recorded in the current r by the current recorded holder

rk was performed, ded holder's name

i claims covered in this report held under a beneficial interest

Recorded Holder or AaenUSJgnature)q-A*/ 71/Certification Verifying Repprt of

e of the facts set forth in the Report of Work annexed hereto, having performed the work or witnessed same true.

hereby certify that l have a personal and intnriate knowle during and/or after its completion tend the annelid report iName and Address of Person Cerifying

For Office Use Only

JAN 3 O 1991Date Approved as Recorded Provincial Manager, Mining Lands MINING LANDS SECTION

676 (89/06)

•Note No. 1Where work e.g. overburden drilling crosses a claim boundary, indicate the number of assessment days performed on each claim.Where the work performed is greater than the work applied to contiguous claims, specify the claim(s) that the work assignment should be calculated on.

•Note No. 2Examples of beneficial interest are unrecorded transfers, option agreements, memorandum of agreements, etc. with respect to the mining claims.

T1 i n i nq C l a i m No. of Days

IBTBTB

TBT BT' B

974231974232974233

974235974236974237

111

1l1

57 .57 .57,

57.57.57.

.88.8

8.88

TB 974240

TB 941907 TB 941909

l 57 . 8

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TB l 1 34 1 82 l 57 . 8

B9TJntarioMinistry of Northern Developmentand Mines

Ministere duDe"veloppement du Nord et des Mines

lore : IHIS u a C^(AJ*J /a^f*s//^Mining Lands Section ' 159 Cedar Street4th FloorSUDBURY, OntarioP3E 6A5

Telephone: (705) Fax s (705)

670-7264 670-7262

February 20, 1991

File: 2. 13928

Stratmin Inc.630 Rene Levesque Blvd. W.MONTREAL, P. Q.H3B 4H7

RE: Geology Survey submitted on Mining Claims TB 974201 et al in the Township/Area of Summers.

This report has not been assessed because maximum credits for geology have been reached.

Since this file will not be assessed we are returning the report and maps in duplicate.

For further information, please contact Larry J. Stoliker at (705) 670-7264.

Yours truly,

Ron C. Gashinski Provincial Manager, Mining Lands

nes and Minerals Division

JS: d vi Encl.

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