Thursday, January 22, 2015



19. Do NOT stop at the first solution, seek for alternatives

(My Problem Solving Rules)

For a professional researcher this is a defining imperative.

Wet LENR+ is an technological oxymoron I concluded a few years ago but this does not apply to plasma electrolysis from easy-to-see technical reasons (this means I have no idea why but so many secondary unknown  phenomena appear that the situation can be reversed in something useful.I remember doing plasma electrolysis- preliminary tests in Gene Mallove's laboratory in 1997 it was then popular.

However, in Russia plasma electrolysis  was reconsidered for technological applications, energy generation. Citing from Bazhutov's interview:

"I believe that our option of Russian E-cat on the basis of Plasma Electrolysis gives a much better perspective- heat generator at close realization still having a very high output specific power (MWhours from grams common water).

I have already informed you about the publication of thr proccedings of two Russian LENR connected conferences- the key is there.

Plasma electrolysis in the Proceedings of the Russian Conferences Cold Nuclear Transmutation and Ball Lightning, for 2012 and 2013

See please the following abstracts- from 

Vol 19

 Plasma Electrolysis as Alternative Heat Generator
Yu.N. Bazhutov, A.I. Gerasimova, L.L. Kashkarov, A.G. Parkhomov4

In this article it is presented the investigation results of plasma electrolysis with anode gas
discharge. Voltage was (500-800)V. Current amplitude was (1-5)A. The electrolyte
composition was (2.5-10)М NaOH & 2М Na2CO3 in usual water. Nickel foil (0,1 х 50 х 100
mm3) was used for cathode & Tungsten or Niobium rod (Ø6mm) was used for anode. In our
experiments there have been used different nuclear & calorimeter diagnostic methods. In
these experiments there have been received results with numerous demonstration of their
nuclear nature which were in full accordance with Cold Nuclear Transmutation Erzion
Catalysis model predictions. In much series there were regulary demonstrated large excess
heat generation (< 700%), which can provide creating of new kind of perspective heat
generators & new perspective nuclear energetics.

Vol 20

Demonstration of Plasma Electrolysis 
as Alternative Energy Generator
Yu.N. Bazhutov
, A.I.Gerasimova

A project of the experiment to demonstrate the receipt of excess energy at the facility
"Fakel-D", which uses the mechanism of electrolysis gas discharge at the anode. Power
supply - (300-800) V. Electric current - (1-5) A. Additives to the electrolyte solution
- (5-20) % molecular. It is proposed to use a tungsten anode and a cathode - stainless steel or
nickel. It is proposed to use the following methods calorimeter diagnostics:
1) integral evaporator calorimetry measurement dispensers evaporated water as a Plasma
Electrolysis Heat Source (PEHS), and the control TEN boiler,
2) diagnosis of the same input from the mains power to the PEHS and the control TEN boiler. 

Erzion Interpretation of our Experiments with 
Plasma Electrolysis & Light CNT Stimulation

Yu.N. Bazhutov

The short review of some Cold Nuclear Transmutation investigation for last years is
presented. It is shown the main physical results of these experiments with plasma
electrolysis & light CNT stimulation of different water solutions. It is proposed the
Erzion model for theoretical explanation of the generation of excess heat, new chemical
elements and isotopes (Tritium) & neutrons in these experiments. 

Research of processes on installation 
of small power plasma electrolysis

The description of installation on which plasma electrolysis is investigated at various
operating modes of the reactor (immersion in electrolyte, an easy contact, a small gap, various
polarity of the central electrode, various capacity of the condenser, the single discharge or
long work) is given. The technique of definition of the relation of being allocated heat to the
electric power absorbed by the reactor is described. Value more 100 percents takes place only
in a case when the anode doesn't concern electrolyte, and is from it at small distance. In other
cases the heat emission approximately as much, how many it is absorbed of electric power or
a little less. Results of the analysis of electrolyte element composition before and after plasma
electrolysis are given. 

Reading these  (actually the papers per se!) we can better appreciate what  Yuri Bazhutov has told us in the interview; we get a better vision of the magnitude, deepness and difficulty of this direction of LENR.
Therefore I have asked Dr. Bazhutov to tell us the present situation and the perspective
This was just an introduction to what he will say us

Other info

If this has nothing to do with LENR, as i guess it, then I am not made for a career in nuclear physics:
Individual protons and neutrons in atomic nuclei do not behave according to predictions 

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