UV, XUV and X-rays 

Photographic detection of "dark cloud" regions during hydroxide electro-detonation testing is consistent with the generation of electromagnetic emissions beyond the visible range, i.e. in the ultraviolet, extreme ultraviolet and/or x-ray range.

These "dark cloud" regions are generated when catalytic electrodes constructed from specific alloy composition/s are used.

"Dark cloud" morphology and colour  varies when specific catalyst hydroxides are detonated.


S. Brink   21st September  2017
​​ Physics

Electromagnetic emissions beyond the visible range may be consistent with a reaction mechanism that differs from conventional chemistry such as a transition/s from ground state or excited states, to a de-excited state/s. 


Experiments

Method:  Fuel mixes were detonated using electical discharge.

Observations:  Certain combinations of electrodes and fuels have been slown to produce light flashes with significant emissions outside of the visible light spectrum, in the ultraviolet, extreme ultraviolet and x-ray parts of the spectrum.  Detonations producing ultraviolet emissions and beyond were also often accompanied by a loud audible sound.

Conclusion:  Observations are consistent with a reaction mechanism that differs from conventional chemistry.
​Experiments and photography
by Subtle Atomics.
Fuel: H​​​​​​​​​​​2O + hydroxide catalyst (type 1)
Digital enhancement shows peach "dark cloud" reaction region.
S. Brink   9th May 2016
Fuel: H​​​​​​​​​2O + hydroxide catalyst (type 2)
Digital enhancement shows indigo "dark cloud" reaction region.
S. Brink   21st September 2017
Fuel: H​​​​​​​​​​​2O + hydroxide catalyst (type 3)
Digital enhancement shows grey "dark cloud" reaction region.
S. Brink   21st September 2017
Fuel: H​​​​​​​​​​​2O + hydroxide catalyst (type 4)
Digital enhancement shows violet "dark cloud" reaction region
S. Brink   7th October 2017
Catalyst Identification