replicable model for controlled nuclear reaction using ... · hydrogen engineeringapplication &...
TRANSCRIPT
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Replicable Model for Controlled Nuclear Reactionusing Metal Nanoparticles
Hideki Yoshino, Eijiro Igari, Tadahiko MizunoHydrogen Engineering Application & Development Company
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Fukushima
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Effects of Fukushima
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Cold Fusion Energy Solution
Cold Fusion Power Stations
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10 kW Domestic Home Units Design-Ideas
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Building a Replicable Model
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3 Purposes of this Report
1. Formalize a replicable CF methodology with Ni and D2
Gas: Derive a formula based on test results only using Ninanoparticles as metal and D2 gas, which generated thebest results.
2. Analyze the Gas Composition during the Test:Accurately analyzed the changes of gas compositionduring the test, which we believe hasn’t been reportedbefore.
3. Find CF Reaction Kinetics: Aim to find the reactionkinetics.
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No. Gas Power in/W Time Heat out/W Hout/Hin
Component Pressure Heat Watt PlasmaTotal ks
Estimated by Electrodetemp.
Estimated by reactortemp.
Estimated byElectrode temp.
Estimated byreactor temp.Significant Pa W V W
1 D2O 70 30.7 0 0 30.7 7 51 33 1.65 1.082 D2O 70 30.7 780 13.9 44.6 2.8 61 48 1.37 1.083 D2O 275 31 0 0 31 58 58 35 1.87 1.134 D2O 50 31 0 0 31 78 46 34 1.48 1.075 D2O 50 31 0 0 31 13 43 31 1.38 0.997
6 D2O 100 45.7 0 0 45.7 65 53 55 1.15 1.197 D2O 20 44.6 0 0 44.6 1.2 36 50 0.82 1.138 D2O 50 45.8 790 16.6 62.4 2.48 62 62 1 1.29 D2O 50 46.6 772 14.6 61.2 1.44 60 60 1 1.310 D2O 50 47 0 0 47 1.17 55 55 1.28 1.4311 D2O 145 45.9 0 0 45.9 150 67 60 1.3 1.3112 D2 330 45.8 0 0 45.8 62.5 68 69 1.48 1.5113 H2O 20 46 0 0 46 8.2 46 70 1 1.0914 D2 400 49 770 12 61 6.5 66 70 1.08 1.1515 D2 200 49 0 0 49 1.3 61 60 1.24 1.22
16 D2 300 25 0 0 25 6.5 41 30 1.64 1.217 D2 300 36 0 0 36 1.5 54 48 1.5 1.3318 D2 330 36 0 0 36 2.8 54 44 1.5 1.2219 D2 330 51.2 0 0 51.2 8 58 80 1.13 1.5620 H2O 20 35.5 0 0 35.5 60 42 42 1.18 1.1821 H2O 150 0 825 15.6 15.6 16 4.3 10.3 0.275 0.6622 H2O 145 0 800 16 16 9.4 3.1 10.4 0.192 0.65523 H2O 180 61.8 0 0 61.8 63.2 78 110 1.26 1.7824 H2O 25 61 0 0 61 64.3 45 78 0.73 1.2825 D2 140 61 0 0 61 18.2 70 110 1.15 1.826 D2 200 61.3 0 0 61.3 143 85 111 1.39 1.81
27 D2 300 62.4 0 0 62.4 11 100 65 1.6 1.0428 D2 370 62.4 821 22.7 85.1 4.5 120 95 1.41 1.1229 D2 365 62.4 846 22.7 85.1 3.6 120 105 1.41 1.2330 D2 310 0 852 24.4 24.4 4.2 9 24 0.37 131 D2 430 81.5 0 0 81.5 22.5 100 91.5 1.22 1.1232 D2 260 80.5 0 0 80.5 2.08 105 87.5 1.3 1.0933 D2 140 0 0 0 0 2 0.0434 D2 222 45 0 0 45 17.5 61 46 1.36 1.0235 D2 427 46.2 0 0 46.2 62 80 50 1.58 1.0836 D2 425 45.9 0 0 45.9 27 79 53.5 1.72 1.17
37 D2 438 46.2 0 0 46.2 62 79 58 1.71 1.2638 D2 408 46.2 0 0 46.2 93.4 79 55 1.71 1.1939 D2 391 46 0 0 46 85.9 79 55 1.71 1.240 D2 382 46 0 0 46 162 79 53 1.71 1.241 D2 367 45.9 0 0 45.9 62 80 56.5 1.74 1.2342 D2 348 45.9 0 0 45.9 81.4 80 58.5 1.74 1.2743 D2 348 45.4 0 0 45.4 2.2 79 52.5 1.74 1.1644 D2 260 81 0 0 81 13.1 120 110 1.48 1.3645 D2 170 81 0 0 81 67 105 96 1.29 1.19
Testing with Various Metals and Gas
73 Test Results in total (Jan. – Dec. 2013)
Metal:Ni, Pd
Gas:H2, D2, H2O, D2O
Metal:Ni, Pd
Gas:H2, D2, H2O, D2O
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No. GasPressure
(Pa)InputWatt
Time/ksElectrode
TemperatureReactor
TemperatureCOP (ElectrodeTemperature)
COP (ReactorTemperature)
1 H2 20 44.6 1.2 36 50 0.82 1.1
2 H2 20 46 8.2 46 70 1 1.1
3 H2 20 35.5 60 42 42 1.2 1.2
4 H2 25 61 64.3 45 78 0.73 1.3
Some Test Results with Ni and H2
Testing with Various Metals and Gas
Produced excess heat; Using Nickel Nano-particles and D2 gas For over 1 month Excess Heat = 75watt (COP = 1.9) Excess Energy = 108MJ
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Input Dependence of Heat Generation(All the results; Ni with D2, H2, H2O, D2O)
Input Watt
Outp
ut
Watt
Reactor Temperature
Out/In=1
0 5 10 15 20 25 30 35 40 45 50 55 60 65 70 75 80 85 90 95 100
0
50
100
150
0
25
50
75
100
125
150
出力 出力
Est
imat
edb
yE
lect
rod
ete
mp
.(W
att)
Heater Watt (Watt)
Out/In=1
Input Watt
Outp
ut
Watt
Electrode Temperature
Outp
ut
Watt
Excess HeatGenerated
Excess HeatGenerated
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Set-up & Preparation
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Ni wire
Ceramicholder
Ni wire
Ni rod
Electrode
Electrode
Ni mesh
Window
Pressuregauge
Thermocouple
Resistance heater
Reactor with Resistance Heater
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Reactive metal : Ni mesh
Reactant : D2 Gas
Temperature : 200℃ +
Pressure : 100~300 Pa
Key Components
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Ni Wire
Reactor Lid with Electrode
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+ electrode; Heaterwrapped with Ni wire
Thermo couple
- electrode; Ni mesh
Stainless reactor
Gas inlet and Vacuumconnect
Reactor Core (aka: Dorothy)
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Measuring Data
Temperature
Gas Pressure
Gas Components
Radiations; Neutron, γ-ray
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Reactor is shown along with Vacuum system,Gas supply, and the Radiation detectors, etc.
Measurement Devices Configuration
HV power
Data logger
PC
Vacuum system
Quadrupole massanalyzer
D2
gas
Pressuremeter
Poweranalyzer
Gammadetector
Neutrondetector
Thermo-couple Thermo-
couple
D2O
Heater power
Thermo-couple
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H.V powersupply
Power analyzer
Pressure meter
Storageoscilloscope
Measuring Devices Setup
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Radiation Detectors Quadrupole Mass Analyzer
Measuring Devices Setup
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Metalsample
6:Cooling invacuum
1: Cleaning2: Heat in
vacuum
4: Heat inreactant gas
5: Heat invacuum
Preparation of the Reactant Metal
3: Plasmadischarge
Repeat4~5 times
Complete
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Activation with Plasma Discharge
Video Clip
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SEM of Ni Mesh BEFORE Activation
x200010 micron meter
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SEM of the Ni Mesh AFTER Activation
x200010 micron meter
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Excess Heat Generation
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Method for Excess Heat Generation
Activation of the Nickel
Increase the Heater Temperaturein excess of 200℃
Supply the Reaction Gasinto the Reactor
(100-300Pa)
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Input Dependence for the Electrode Temperature(Absent Reactant Gas and Metal )
Calculation (Dots)
Experimental (Line)
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Input Dependence for the Reactor Temperature(Absent Reactant Gas and Metal )
0 10 20 30 40 50 60 70 80 90 100
I n put/W
0
10
20
30
40
50
60
70
80温度/C
炉温度
表面積: 0.4cm 2、 放射率: 0.35、 対流伝達率: 0.5、 周囲温度: 25
0 10 20 30 40 50 60 70 80 90 100
I n put/W
0
10
20
30
40
50
60
70
80温度/C
炉温度
表面積: 0.4cm 2、 放射率: 0.35、 対流伝達率: 0.5、 周囲温度: 25
Calculation (Dots)
Experimental (Line)
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Example 1: Excess Heat Generation
Input power = 80W
80W
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Example 1: Excess Heat Generation(Electrode Temperature)
150Pa
280Pa
360Pa
230℃
325℃
380℃
Pressureof D2Introduction
of D2 Gas
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Example 1: Excess Heat Generation(Reactor Temperature)
150Pa
280Pa
360Pa
Introductionof D2 Gas
Pressureof D2
56℃
67℃
71℃
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0 1 2 3 4 5 6 7 8 9 10
Time/ks
0
100
200
300
400
Tem
perature/C
0
100
200
300
400
Pressure/Pa
Pdwire
NP/Pa
B DHCal311 05
Electrode temperature and pressure
Example 2: Excess Heat Generation
0 1 2 3 4 5 6 7 8 9 10
Time/ks
0
10
20
30
40
50
60
70
80
90
100
Input/W
BDHCal311 05
Input
Input1=46W
Input2=81W
285℃
380℃
D2 GasPressure =
200NPT
Input Watt
Electrode Temperature and Pressure
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Input1=46W Input2=81W
℃T1 = 230℃
℃T2 = 325℃
ExcessPower =23W
285℃
380℃
69W 115W
Example 2: Excess Heat Generation(Electrode Temperature)
ExcessPower =34W
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Example 3: Input-Watts and Output-Wattsduring D2 Gas Test
0
50
100
150
200
Hea
t/W
Input/W
Ontput/W
7 14 21 28 35 42Days
ExcessPower= 78w
Excess Energy = 108MJ
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Example from Mizuno
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Gas Analysis
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Analyses of the Reaction Gas
Purpose:
Estimation of the reaction kinetics.
Analyses:
1. The raw material gas.2. Change of composition during test.
3. Gas in the reaction metal.
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0 10 20 30 40 50
Mass number: M/e
0
0.2
0.4
0.6
0.8
1
Rat
e
BDT140218
Mass for the BG
Gas Analysis during the Test with D2O
3. After the Test2. Introduction of D2O Vapor1. Vacuum
2:D+、H2+
3:HD + 、3He + 、H3+
4:D2+, H2D
+ , 4He5:HD2
+
6:D3+
17:OH + 、18:H2O
+, OD +
19:OHD +
20:OD2+
27:C2H3+
28:CO +, N2+
44:CO2+
32 4
2 3 4
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3. After the Test2. Introduction of D2O Vapor1. Vacuum
2:D+、H2+
3:HD + 、3He + 、H3+
4:D2+, H2D
+ , 4He5:HD2
+
6:D3+
17:OH + 、18:H2O
+, OD +
19:OHD +
20:OD2+
27:C2H3+
28:CO +, N2+
44:CO2+
0
0.2
0.4
0.6
0.8
1
Rat
e
Gas Analysis during the Test with D2O
4
32
2 3 4
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2:D+、H2+
3:HD + 、3He + 、H3+
4:D2+, H2D
+ , 4He5:HD2
+
6:D3+
17:OH + 、18:H2O
+, OD +
19:OHD +
20:OD2+
27:C2H3+
28:CO +, N2+
44:CO2+
0 10 20 30 40 50
M/e
0
0.2
0.4
0.6
0.8
1
Rat
e
BDC13806D2O
Mass for the gas
3. After the Test2. Introduction of D2O Vapor1. Vacuum
Gas Analysis during the Test with D2O
4
3
2
2 3 4
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Gas Analysis with D2 (Excess Heat Generated)
0 10 20 30 40 50
Mass number: M/e
0
0.2
0.4
0.6
0.8
1
Rat
e
D2Gas131009
D2 gas
1. D2 gas intro
3. 700ks after
4. 770ks after
2. 520ks after
5. 1.6Ms after
6. 2.5Ms after
4
3
2
2:D+、H2+
3:HD + 、3He + 、H3+
4:D2+, H2D
+ , 4He5:HD2
+
6:D3+
17:OH + 、18:H2O
+, OD +
19:OHD +
20:OD2+
27:C2H3+
28:CO +, N2+
44:CO2+
2 3 4
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0 10 20 30 40 50 60
M/e
0
0.2
0.4
0.6
0.8
1
Rat
e
BDH131224
Rate of Mass
1. D2 gas intro
3. 700ks after
4. 770ks after
2. 520ks after
5. 1.6Ms after
6. 2.5Ms after
2:D+、H2+
3:HD + 、3He + 、H3+
4:D2+, H2D
+ , 4He5:HD2
+
6:D3+
17:OH + 、18:H2O
+, OD +
19:OHD +
20:OD2+
27:C2H3+
28:CO +, N2+
44:CO2+
Gas Analysis during Excess Heat Generated Test with D2
2 3 4
4
3
2
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0 10 20 30 40 50 60
M/e
0
0.2
0.4
0.6
0.8
1R
ate
BDH131226
Rate of Mass
1. D2 gas intro
3. 700ks after
4. 770ks after
2. 520ks after
5. 1.6Ms after
6. 2.5Ms after
Gas Analysis during Excess Heat Generated Test with D2
2:D+、H2+
3:HD + 、3He + 、H3+
4:D2+, H2D
+ , 4He5:HD2
+
6:D3+
17:OH + 、18:H2O
+, OD +
19:OHD +
20:OD2+
27:C2H3+
28:CO +, N2+
44:CO2+
2 3 4
4
3
2
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1. D2 gas intro
3. 700ks after
4. 770ks after
2. 520ks after
5. 1.6Ms after
6. 2.5Ms after
Gas Analysis during Excess Heat Generated Test with D2
2:D+、H2+
3:HD + 、3He + 、H3+
4:D2+, H2D
+ , 4He5:HD2
+
6:D3+
17:OH + 、18:H2O
+, OD +
19:OHD +
20:OD2+
27:C2H3+
28:CO +, N2+
44:CO2+
2 3 4
4
3
2
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0 10 20 30 40 50
M/e
0
0.2
0.4
0.6
0.8
1R
ate
BDH140106
Rate of Mass
1. D2 gas intro
3. 700ks after
4. 770ks after
2. 520ks after
5. 1.6Ms after
6. 2.5Ms after
Gas Analysis during Excess Heat Generated Test with D2
2:D+、H2+
3:HD + 、3He + 、H3+
4:D2+, H2D
+ , 4He5:HD2
+
6:D3+
17:OH + 、18:H2O
+, OD +
19:OHD +
20:OD2+
27:C2H3+
28:CO +, N2+
44:CO2+
2 3 4
4
3
2
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0 10 20 30 40 50
M/e
0
0.2
0.4
0.6
0.8
1R
ate
BDH140106
Rate of Mass
1. D2 gas intro
3. 700ks after
4. 770ks after
2. 520ks after
5. 1.6Ms after
6. 2.5Ms after
Gas Analysis during Excess Heat Generated Test with D2
2:D+、H2+
3:HD + 、3He + 、H3+
4:D2+, H2D
+ , 4He5:HD2
+
6:D3+
17:OH + 、18:H2O
+, OD +
19:OHD +
20:OD2+
27:C2H3+
28:CO +, N2+
44:CO2+
2 3 4
4
3
2
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0 500 1000 1500 2000 2500 3000
Time/ks
0
5
10
15
20
25
30
35
Vo
lum
e/cm
3
2
3
4
5
6
18
28
Total
Changes of Gas Quantity
0 500 1000 1500 2000 2500 3000
Time/ks
0
5
10
15
20
25
30
35
Vo
lum
e/cm
3
2
3
4
5
6
18
28
Total
Excess Heat Generation
Increase of totalgas quantity
Constant gasquantity
Control (NO Excess Heat)
Volume / cm3Volume / cm3
4
3
2
4
3
2
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Change of Gas Volume
0 0.5 1 1.5 2 2.5 3
Time/Ms
-20
-10
0
10
20
Vo
lum
e/cc
2
3
4
18
Total
SummaryGas2/A
Change of protium with excess energy
0 0.5 1 1.5 2 2.5 3
Time/Ms
-20
-10
0
10
20
Vol
um
e/cc
2
3
4
18
Total
SummaryGas2/B
Time changes for various mass
Excess Heat Generation Control (NO Excess Heat)
Volume / cc Volume / ccIncrease of totalgas quantity
Constant totalgas quantity
4
3
2
4
3
2
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Gas Calculation Result(D2, Excess Heat Generated)
M/e=4 → M/e=3 → M/e=2
M/e=4
M/e=3
M/e=2
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Estimation of Heat Generation with a Fusion Reaction Model(Our speculation)
Estimated reaction formulas from heat production and gas emission.
12D + 1
2D → 13T(1.01MeV) + P+ (3.02MeV) → 4.03MeV
12D + 1
2D → 23He(0.82MeV) + n(2.45MeV) → 3.27MeV
←We will use these 2 initial reactions for argument sake.
Calculating the number of atoms of T+23He produced,
Assumption; the gas produced in the test are T and 23He.
The volume produced was ≒ 5cm3
Hence, the number of atoms of ( T+23He) are;
5/22,414 cm3→ 2.23 ×10-4mol → 2.23 × 10-4 × 6.022 × 1023
= 1.34 × 1020 (the number of atoms of T+23He)
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The thermal calculation is as follows;
Assumptions;
the gas produced in the test are T and 23He.
1MeV=1.602×10-13J
The average energy output of DD Reactions = 3.65MeV
Hence;
If all the heat are from nuclear reactions: 78.35MJ (Thermal energygenerated when T+2
3He was produced is 3.65×1.34 × 1020 × 1.602 × 10-
13J = 78.35MJ )
Actual heat generated was 34×3.6×103×881 = 108MJ. (Total energyproduced in the test was 115W (Input = 81W, Excess Energy = 34W) Thereactions lasted for 881hrs. )
108MJ is 137% of the energy generationwhen the reactions are to be nuclear reactions.
Estimation of Heat Generation with a Fusion Reaction Model(Our speculation)
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Summary
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Summary: Excess Heat
Produced excess heat;
Using Nickel Nano-particles and D2 gas For over 1 month Excess Heat = 75watt (COP = 1.9) Excess Energy = 108MJ
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Summary: Gas The composites of the gas in the reactor changed during
the reactions.
Gas of M/e=4: (D2+) decreased in the tests when excess
heat was generated.
Gas of M/e=3: (HD+ or T+ or 3He+) increased at the
beginning of the reaction and decreased later.
Gas of M/e=2 (D+ or H2+) increased virtually consistently, in
the tests when excess heat was generated.
In the tests when excess heat was NOT produced, the
increase of gas M/e=2 (D+ or H2+) was only 50%.
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Gas of M/e=3 (HD+ or T+ or 3He+) appears tobe the intermediate product.
→Gas analysis is required to identify.
Gas of M/e=2 (12D or H2
+) appears to be thefinal product.
←This is inconsistent with the final product of fusion reactions, which is known to be 2
4He.
Additional Research Required
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Neutron Emission
γ-ray Emission
Transmutation Material
Additional Findings to be Presented
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Neutron Reaction Cross Section: Ni58
K. Shibata, T. Kawano, T. Nakagawa, O. Iwamoto, J. Katakura, T. Fukahori, S. Chiba, A. Hasegawa, T. Murata,H.Matsunobu, T. Ohsawa, Y. Nakajima, T. Yoshida, A. Zukeran, M. Kawai, M. Baba, M. Ishikawa, T. Asami, T.Watanabe, Y. Watanabe, M. Igashira, N. Yamamuro, H. Kitazawa, N. Yamano and H. Takano: "Japanese EvaluatedNuclear Data Library Version 3 Revision-3: JENDL-3.3," J. Nucl. Sci. Technol. 39, 1125 (2002).
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Neutron Reaction Cross Section: Ni60
K. Shibata, T. Kawano, T. Nakagawa, O. Iwamoto, J. Katakura, T. Fukahori, S. Chiba, A. Hasegawa, T. Murata,H.Matsunobu, T. Ohsawa, Y. Nakajima, T. Yoshida, A. Zukeran, M. Kawai, M. Baba, M. Ishikawa, T. Asami, T.Watanabe, Y. Watanabe, M. Igashira, N. Yamamuro, H. Kitazawa, N. Yamano and H. Takano: "Japanese EvaluatedNuclear Data Library Version 3 Revision-3: JENDL-3.3," J. Nucl. Sci. Technol. 39, 1125 (2002).
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1 kW Output CF Reactor (aka: Scarlett)
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10 kW Output CF Reactor (aka: Catherine)
Reactor Core Cooling Water Jacket
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How We See the Future
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Past Speakers:
Akito Takahashi, Yasuhiro Iwamura, Hideo Kojima,
Akira Kitamura, Tadahiko Mizuno, etc.
The 15th Japan Cold Fusion Research Conferencein Sapporo, Japan on Nov. 1-2, 2014