Prototype 3

S. Brink   25th April 2017

Electrodes: Brass  
Reactant: Distilled water   
Current: >30,000 amps   
Voltage:  12V (effective) DC pulse
​Energy Input: <200J

S. Brink   25th April 2017

Electrodes: Titanium, Aluminium, Vanadium alloy
Reactant: Distilled water   
Current: >30,000 amps   
Voltage:  12V (effective) DC pulse
​Energy Input: ~200J

S. Brink   25th April 2017

Electrodes: 316 stainless steel
Reactant: Distilled water   
Current: >30,000 amps   
Voltage:  12V (effective) DC pulse
​Energy Input: ~200J

S. Brink   25th April 2017

Electrodes: Zinc plated steel
Reactant: Distilled water   
Current: >30,000 amps   
Voltage:  12V (effective) DC pulse
​Energy Input: ~200J

S. Brink   9th May 2017

Electrodes: Aluminium, Magnesium, Copper,    Zinc alloy
Reactant: Distilled water   
Current: >30,000 amps   
Voltage:  12V eff DC pulse
​Energy Input: ~200J

S. Brink   9th May 2017

Electrodes: Tungsten
Reactant: Distilled water   
Current: >30,000 amps   
Voltage:  12V (effective) DC pulse
​Energy Input: ~200J

S. Brink   9th May 2017

Electrodes: Titanium, Vanadium, Chromium alloy
Reactant: Distilled water   
Current: >30,000 amps   
Voltage:  12V (effective) DC pulse
​Energy Input: ~200J

S. Brink   9th May 2017

S. Brink   9th May 2017

Electrodes: Molybdenum​​​
Reactant: Distilled water   
Current: >30,000 amps   
Voltage:  12V (effective) DC pulse
​Energy Input: ~200J

S. Brink   14th September 2017

Electrodes: Tantalum​​​​
Reactant: Distilled water   
Current: >30,000 amps   
Voltage:  12V (effective) DC pulse
​Energy Input: ~200J

S. Brink   14th September 2017

S. Brink   15th September 2017

Enlargement of Secondary "Star"

S. Brink   14th September 2017

Electrodes: Titanium
Reactant: Distilled water   
Current: >30,000 amps   
Voltage:  12V (effective) DC pulse
Energy Input: ~200J

S. Brink   14th September 2017

S. Brink   15th September 2017

S. Brink   15th September 2017

Enlargement of Secondary "Star"