42A06NW0134 2.4974 DELORO 010

RECEIVED

MINING LANDS SECTION

Report on Magnetic and Electromagnetic (VLF) Survey

on Claim P 591264,

Northwest Deloro Township,

Porcupine Mining Division, Ontario

July 20, 1982 D.R. Pyke, Ph.D.

Timmins, Ontario 7 l l /——t—^

Table of Contents

Location

Access

Previous Work

Property Geology

Magnetic Survey

Results and Conclusions

Electromagnetic Survey

Results and Conclusions

Recommendations

Map l - Magnetic Map

Map 2 - VLF-EM Map

-"l -

Location

The property is located in northwest Deloro

Township, District of Cochrane, Porcupine Mining

Division. The property consists of one claim , number

P 59126*1-.

Access

The claim is readily accessible, being only

four miles south of the Timmins City Centre.

A logging road extends across the southern part of the

claim, and intersects Pine Street south, 1.25 miles to

the west, which forms the Deloro - Ogden Township

boundary.

Previous Work

No assessment work has been reported for the claim

comprising the property.

The geology of the claim and surrounding area has been

mapped by Burrows (1924-), Hurst (1939). and later by

Carlson (1967).

Property Geology

The claim is very close to the Destor-Porcupine

fault, which in this portion of the Timmins area

separates the Deloro and Tisdale Group volcanic

rocks (Pyke, 1982). Lack of outcrop precludes the exact

Op of

/ /sic h =

Ac/a/ns

f C/o Cotm

-2-

nositioning of the fault, which could be within the

northern confines of the property. Only one outcrop

occurs on the property, and consists of a massive,

medium grey volcanic flow near the northwest corner

of the claim.

Magnetic Survey

The magnetic survey was conducted on September 6,

1981. The survey is tied into the government station

M-71-56 at the Kenilworth mine, having a value of

59875 gammas. Diurnal control was maintained by

tying into base line readings which in turn were tied

into the government station.

Magnetic readings were taken with a Geometrics

portable proton magnetometer model G-816. The

instrument measures the total magnetic field directly

in gammas (see enclosed specifications). Readings

were taken every 50 feet along lines spaced at 200

foot intervals; a total of 170 readings were taken.

Background magnetics are in the order of 60,000 gammas.

Result^ and Conclusions

The property is relatively flat magnetically,

generally being within the range of 200 gammas.

The margin of one anomalously high zone extends into the

southeast portion of the property, and probably reflects

-3-

the presence of nearby iron formation. This would

suggest that at least a portion of the southern half

of the claim is within the Deloro Group; the Upper

formation of the Deloro Group being characterized by

abundant iron formation.

Electromagnetic Survey

The electromagnetic survey was conducted on

September 7, 1981. The instrument used was a

Scooas VLF electomagnetic unit, model SE-80,

manufactured by Scintrex. Specifications of the unit are

attached. The transmitter station used for the present

survey was Cutter Maine, which uses a frequency of

17.8 kHz, with a radiated power of 1000 kW.

Electomagnetic readings were taken at 50 foot intervals

along lines spaced at 200 foot intervals, for a total

of l6l readings.

The VLF data is presented in contoured form,

following the method outlined by Fraser (1969). The

Fraser filter value enhances the in-phase cross-overs

recorded from the normal dip angle measurements and allows

the data to be contoured (ie. it is a method of changing

from profile data to contour data).

Results and Conclusions

An c-asterly trending moderate to v/eak elect ro-

aagriatio conductor ext-nds r: a r t v/ay across the northern

fortin r: ' h.? ol.ili.T. Jonceivably, this could in part

-4-

reflect the presence of the Destor-Porcupine fault.

Two relatively spurious conductors occur near

the south boundary of the claim, and are difficult to

meaningfully interpret within the confines of one

claim.

Recommendations

Geochemical sampling of the humus (A0 ) horizon

in the northern half of the claim on the assumption

that this portion of the claim is north of the

Destor-Porcupine fault and that there is a favorable

potential for gold mineralization.

-5-

References

Burrows, A.G.

1924: The Porcupine Gold Area, Fourth Report;

Ontario Dept. Mines, Vol. 33. Pt. 2, 112 p.

Accompanied by map 33a, scale l inch to 2000 feet.

Carlson, H.D.

196?: Geology of Ogden, Deloro and Shaw Townships;

Ontario Dept. Mines, Open Pile Kept. 5012, 117 P'.

Accompanied by maps P. 341, P. 3^2, P. 3^3,

scale l inch to i mile

Fraser, D.R.

1969: Contouring of VLF-EM Data; Geophysics,

vol. 34, No. 6, p. 958 - 967

Hurst, M.E.

1939s Porcupine area, District of Cochrane, Ontario;

Ontario Dept. Mines, Map ^7a, scale l inch to

2000 feet.

Pyke, D.R.

1982: Geology of the Timmins Area, District of Cochrane;

Ontario Geol. Survey, Rept. 219,

Certificate

I, D.R. Pyke, submit this document to certify that the

following statements are, to the best of roy knowledge,

true and correct.

1. That I supervised the geophysical surveys conducted on

claim P. 591264, northwest Deloro Township, conducted

September 6 - September ?, 198!.

2. That I am the author of the corresponding assessment

report entitled " Report on Magnetic and Electromagnetic

(VLF) Survey on Claim P 591264, Northwest Deloro Township,

Porcupine Mining Division, Ontario".

3- That I have received the following university degrees

in geology:

B.Se. University of Saskatchewan 1959

M.Se. University of Saskatchewan 1961

Ph.D. McGill University, Quebec 1967

4. That I have been working as a geologist in the general

Timmins area for 15 years, and I am familiar with the

Geology of the area under consideration.

Respectfully

•-•l SCOPAS li t tmt evarall (pec l fi cat tom ——•i tt-K but with M* l y rolled •lectronici for lncnaied lucablc gain for mote stations.

VLF • ~-'- r- :-'----''' "'^'•'-ELECT^?SI^ Ci&fc

The SCOPAS* VLF System employs VJ..F.

Radio Stations in the 15 to 25 kHz Range

as primary field sources. The undist

urbed field from these remote sources is

essentially horizontal and of relatively

cons:snt strength. When conductors are

prese-t. the geometry and amplitude of

the -rid are locally distorted and polar-

izatic" of the field may occur.

With :he versatile SCOPAS* unit, all

amp'..:jdes and geometric parameters

as v.~:i as the characteristics of the

polar ration ellipse can be measured.

For -sst reconnaissance surveys dip-

angle End field directions can be rapidly

deter~ined. For detailed surveys.amp!i-

'Can : i: -:TB765

tude relations and the elliptical polariza

tion in the horizontal and vertical planes

can be determined as well. Thus, the

operator can select the parameters most

useful for his search problem.

SPEC1FICA7 ONS OF SCOPAS

VLF ELECTROMAGNETIC

UNIT MODE. SE-80

Primary Field:

Station Selection:

Measured Values:

From any selected VLF transmitting station in frequency

range between 15.4 kHz to 25 kHz.

By means of an eight step switch and variable control

covering full range. :: r-

a) The azimuth of horizontal field.

b) The dip bf the axis of the coll at the minimum field,

measured from the vertical. .

c) The amplitude of the horizontal field strength in any

direction. ' . -.. ' ,-; ;- -

d) The amplitude of the vertical field strength. . ;

The phase angle between the maximum horizontal and ver

tical field can be calculated from measured values.

Normal Heading Accuracy: AmplitudeAzimuth 2'.Dip 1*. Dependent on signal strength.

Batteries:

Dimensions:

Two B volt dry cells.

tJ66'x3f8*x5JBO-24.5 cm x 94 cm x 14.7 cm

Weight:

Accessories:

3 Ibs. (135 kg)

Carrying strap.

LIMITED

222 Snidertrofl Rood - Concord. Ontorio. Conode

". . ' ••.^-'-•'•.. '-^ - .liMtrumwrt DMitan

PORTABLE PROTON MAGNETOMETER MODEL G-816

Datasheet,

1 gamma sensitivity and repeatability

Very small size and weight lass than 12 to* complete with batteries and sensor

Over 10,000 readings per set of alkaline "D" cell (flashlight) batteries

Pioviston to attach sensor to canying harness for taw without staff

* Pu ion numeric display directly in gammas

Total field measurements independent of orientation no calibration no leveling

The Model G-816 is a complete portable magnetometer for all man-carry field applications. As an accu

rate yet simple to operate instrument it features an outstanding combination of one gamma sensitivity

and repeatability, compact size and weight, operation on standard universally available flashlight batteries,

ruggedized packaging and very low price.

The G-816 magnetometer allows precise mapping of very small or large amplitude anomalies for ground

geophysical surveys, or for detail follow-up to aeromagnetic reconnaissance surveys. It is a rugged, light

weight and versatile instrument equally well suited for field studies in geophysics, research programs

or other magnetic mapping application where low cost dependable operation and accurate measurements

are required.

For marine, airborne or ground recording systems consider QeoMetrics Models G-801. G-803. and G-826.

SmttMtr

Twite

findiMt Totonace:

"Hands-fre*" Back Pack Sensor

Based upon the principle of nuclear precession (proton) the G -816 offers absolute drift-free measurements of the total field directly in gammas. (The proton precession method is the officially recognized standard for measurement of the earth's magnetic field.) Operation is worldwide with one gamma sensitivity and repeatability maintained throughout the range. There is no temperature drift no set-up or leveling required, end no adjustment for orientation, field polarity, or arbitrary reference levels. Operation is very simple with no prior training required. Only 6 seconds are required to obtain a measurement which is always correct to one gamma, regardless of operator e*Mrience. Only the Proton Magnetometer offers such repeatability an impor tant consideration even for 10 gamma survey resolution.

Oetpvt

SPECIFICATIONS

li pmma throughout range

20.000 to 90.000 gammas (worldwide)

Multi-position switch with signal amplitude indi cator light on display

Exceeds:

Saavjliag late: Manual push-button, one reading each 6 seconds

5 digit numeric display with readout directly in gammas

Twelve self-cofltaiRed 15 vott "O" cell, univer sally available flashlight-type batteries. Charge slate or replacement signified by flashing indi cator eght on dopUy.

Battery TypeAlkalinePremium Carbon ZincStandard FlashlightMOTE- Battery life decreases with few temper ature operation.

imabaref Readings over 10,000

4.000 1,500

(Total Field):

Console and sensor -40'to*85"C

Battery Pact O* to *50*C (limited use to -15*5 lower tempera ture battery belt opera tion optional)

1 gamma through O* to *50*C temperature range

Complete Field Portable System

The Model G-816 comes complete, reedy for portable field operation and consists of:

1. Electronics console with internally mounted end easily replaced "D" cell battery pack.

2. Proton sensor and signal cable for attachment to carry ing harness or staff.

3. Adjustable carrying harness.

4. B foot collapsible aluminum staff.

5. Instruction manual, complete eat of spare batteries, applications manual, and rugged field suitcase.

Price and lease rates on the G-816 magnetometer ara available upon

High si) pal, noise canceling, interchangeably

Sin:

eight

mountec on separate staff or attached to carry ing harness

Console: 3.5 x 7 x 105 inches (9 x 18 x 27 cm) Sensor 4.5 x 6 inches (11 x 15 cm) Staff, l inch diameter x 8 ft lenght

(3 cm x 2.44 m)

Console (w/batteries): Sensor l signal cable: Aluminum staff:

TaUt

Lbs.5.5 4

115

Kgs.141.8

AU magnetometers and pans an covered by a one year warranty beginning with the date of receipt but not to exceed fifteen months front the shaping date.

geoMetrics an JAVA .tUNNWALE. CA.

NO:

GEOMETRICS INTERNATIONAL CORPM AIMED ST. MUON-S MINT

Exploranium OOWMS\ ONTARIO.

cwrrcMO. CANADA- JSffigssar11"

WIDEEUROPE * SCANDINAVIA * AUSTRALIA * UNITED KINGDOM * JAPAN * SO. AFRICA * SO. AMERICA

Ministryof Natural

Report of Work

(Geophysical, Geological,

Geochemical and Expenditures)42A96NW8134 2 .4974 DELORO

f Typo of Survey(s)

t'ClalmlH'olderU)

Tgwnship or Area

Prospector's Licence No.

Survey CompanySurvey Dates (linecutting to office)

2.3, -STDay J Mo. | Yr.

and Address of Author (of Geo-Technical report)

Soecial Provisions Credits Requestedl d^truciions

For first survey:

Enter 10 clays. (This includes linn cutting)

For each additional survey: usiny the same grid:

Enter 20 clays (for each)

Geophysical

- Electromagnetic

- Magnetometer

- Radiometric

- Other

Geological

Geochemical

Days perClaim

#0

20

Man Days! r.structions

i Complete reverse side

i and^jjriUiJULOtaW^-tiere- ~

IRECORC

MM ?, i lkt

: Receipt No. ,......j^ ~~~

Gaophysic

i Rlont

*~"-TvTagn

^-R.dU

- Othe

' ^?fllQU'rn

Geochemi

at

omagnetic

to meter

metric

:ol

Days par Claim

Airborne Credits

Note: Special provisions

credits do not apply

to Airborne Suiveys.Electromagnetic

Magnetometer

Radiometric

Days per Claim

Expenditures (exclude^, power str.ippina),in

Type of Work Perforrped

! Performed on ClairiiU)

t'M

Calculntion of Expenditure) Days Credits-- - l

Total EF.xpentli turosTotal

Days Credits

! l ivjtructions

i Toiat Days Crodiis may be apportioned at thu claim holder's

! clioice. timer number of days credits per claim selected

in culu mns at right.

Report Completedf Du i u o l Report

Mining Claims Traversed (List in numerical sequence)

Mining ClaimPrefix Number

Expend. Days Cr.

Mining Claim

Prefix Number

"J—ca en

u

Total number of mining claims covered by this report of work.

:xpend. Days Cr.

Recorded Holder or Agent (Signature) l

l

Ci;rcifici:itioii Verifying Report of Work

l l hereby emily ihiii l have a personal and intimate knowledge of the facts setVorth in the Report of Work annexed hWa**J,having performed the work

j or witnessed s;imu during and/or after its completion and the annexed report is true.

[l\lnmo ,nnd Posui! Addruss ol fursoii Certifying(t. '/LS.f'f

Date Certified Certified by (Signature)

Ontario

Ministryof GeotechnicalNatural on~n** Resources R ePOtt

Approval

""3.

Mining Lands Comments

To: Geophysics

Comments

lOApptoved Q Wish to see again with corrections

To: Geology - Expenditures

Comments

[j Approved | l Wish to see again with corrections

D

Date Signature

To: Geochemistry

Comments

] Approved Wish to see again with correctionsSignature

To: Mining Lands Section, Room 6462, Whitney Block. (Tel: 5-1380)

1593 (81/10)

1982 09 16 2.4974

Mining RaeorderMinistry of Matural Resources60 Wilson AvenueTimmina t OntarioP4H 287

Dear Sirt

Vs have received reports and naps for a Geophysical (Electromagnetic and Magnetometer) Surrey submitted under Special Provisions (credit for Performance and Coverage) on Mining Claim P 591264 in the Township of Deloro.

This material vill he examined and assessed and a statement of assessment work credits will he issued.

Tours very truly,

K.F. AndersonDirectorLand Management Branch

Whitney Block, Room 6450Queen's ParkToronto, OntarioM7A 1W3Phone: 416/965-1316

J. Skuraisc

cct D.R. PykeWillovd&le, Ontario

D.R. Pyke and Associates Inc.157 Burbank Drive

Willowdale, OntarioM2K 1N9

Telephone (416) 221-6210

6-? S O

T~O /l/) 74

o^

V 7 7 3

W 3

SEb O

Ontario

Ministry of Natural Resources

GEOPHYSICAL - GEOLOGICAL - GEOCHEMICAL TECHNICAL DATA STATEMENT

File.

TO BE ATTACHED AS AN APPENDIX TO TECHNICAL REPORTFACTS SHOWN HERE NEED NOT BE REPEATED IN REPORT

TECHNICAL REPORT MUST CONTAIN INTERPRETATION, CONCLUSIONS ETC.

Type of Survey (s).

Township or Area.

Claim Holder(s).—

tfLP

:z).

Survey Company-

Author of Report.

Address of Anthnr

Covering Dates of Survey.

Total Miles of Line Cut—(linecutting to office)

SPECIAL PROVISIONS CREDITS REQUESTED

ENTER 40 days (includes line cutting) for first survey.

ENTER 20 days for each additional survey using same grid.

DAYS-, i-i per claimGeophysical—Electromagnetic — Q

—Radiometric

-Other ————

Geological.

Geochemical.

AIRBORNE CREDITS (Special provision credits do not apply to airborne surveys)

Electromagnetic . Radiometric(enter days per claim)

SIGNATURE:jTuthor of Report ar Agent

Res. Geol.. . Qualifications **-

Previous Surveys File No. Type Date Claim Holder

MINING CLAIMS TRAVERSED List numerically

X? 5*?J2 64^••****4*••••••••••••••••••••••••••••••••••••B

(prefix; (number)

TOTAL CLAIMS.

837 (5/79)

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LEGEND

42A06NW0I34 2 49/4 DELORO

TOTAL MAGNETIC FIELD IN GAMMAS

MAGNETIC CONTOUR-INTERVAL 100gammas

MAGNETIC LOW

CLAIM LINE o CLAIM POST

200

INSTRUMENT: GEOMETRICS G 816 PROTON MAGNETOMETER

TIED TO MAGNETIC STATION M-71-56

LOCATION MAP SURVEY CONDUCTfD FOR

CONSTATE RESOURCES LTDSUHVtY 1YPF

l OCA1 ION

PROPtRlY

PROJECT NO

MAGNETIC

TIMMINS.ONTARIO

59126A

6 126MAP SHFFT

ARfA HFFFRtNCt

DELORO TWPUATE

SEPTEMBER, 1981MAP N O

2OO O 1OO 2OO feet

SURVfY CONDUiTFU UY f

WOLLEX FXPl ORATION

OE 2E 4E 6E 8E 10E

SN

IN

12E

10N

8N

6N

4N

2N

ON

s 4 974 DELOHO

LEGEND

/•.s DIP ANGLE IN DEGREES

FRASER FILTER VALUE

— F RASER FILTER CONTOUR-INTERVAL 10

- CLAIM LINE O C LAIM POST

aio

INSTRUMENT: SCINTREX SCOPAS SE-80 VLF RECEIVER

TRANSMITTER: CUTLER. MAINE (178 KHz)

LOCATION MAP

1.100000

CUTLER

SURVEY CONDUCTED FOR

COMSTATE RESOURCES LTDSURVEY TYPE.

LOCATION

PROPERTY

PROJtCI NO

VLF-EM

TIMMINS.ONTARIO

59126A

6 126MAP SHEET

1 OF 1

ARFA RtFtHENCE

DELORO TWPOA1L

SEPTEMBER, 1981MAP NO

SCALE

?OO feet

SURVfY CONOUCrtt) UY

WOLLEX EXPLORATION