Wednesday, August 12, 2015

Subjective preview of 22st Russian Conference on Cold Nuclear Transmutation and Ball-Lightning (RCCNT&BL-22)

Subjective Preview of the 22st Russian Conference on Cold Nuclear Transmutation and Ball-Lightning (RCCNT&BL-22)

Refers to:
you can find the abstracts in English here

The preview is subjective because I see the issue, ideas, things discussed in the light of my own LENR ideology.
Prior to any other consideration, the mother of all questions is if  the raw material/ash analysis of Parkhomov et al will confirm the isotopic shifts of the Lugano experiment? The abstract does not give an answer; compared to Lugano it was a short duration experiment, anyway.

Results of Isotope and Element Composition Analysis of Nickel – Hydrogen Reactors Fuel 
K.A. Alabin1 , S.N. Andreev1 , A.G. Parkhomov2 
1 Prokhorov General Physics Institute, Russian Academy of Sciences; Moscow 2 
Results of isotope and element composition analysis of fuel before and after 4-day work in the reactor similar to the high-temperature Rossi reactor are presented. Comparison to analyses of Rossi reactor fuel and others nickel - hydrogen reactors are made.

Now about the Symposium per se; the first excellent thing is that there are only
35 presentations not 96  as at ICCF-19,  over-diversification and low quality can be eliminated, it is time to discuss the basic problems and perhaps better decisions can be taken. This is not a smaller symposium than ICCF-19 if we consider seriousness in approach and quality of ideas.The traditional Russian association of CF with Ball Lightning persists, a number of 7 presentations are about ball lightnings. Our strategists will tell if this was useful taking in account the developing vision of an omnipresence of LENR- in broad sense, in Nature.
I am pleased to see that this will not be a symposium dominated by palladium
and what is more, the experiments done with palladium are performed at high temperature, over the critical Debye temperature of the metal. Kirkinskii was many times discussed on this blog- especially because he owns an European Patent for a Pd technology. See his first paper of three here:

Measurement of Excess Energy in the Deuterium Heat Generator 
V. A. Kirkinskii , A. I. Khmelnikov
 Institute of Geology and Mineralogy SB RAS, 
Description and circuit design of the previously created deuterium heat generator (Kirkinskii, Khmelnikov, RF patent number 2195717, Kirkinskii, Khmelnikov, Europatent EP 1426976), as well as developed technique for measuring the energy balance are presented. 32.7 g of finely crystalline palladium prepared with a particle size of 20 to 100 nm was placed into the reactor of ~ 300 cm3 volume. After its evacuation for 5 days at 1 Pa 2600 ml of gaseous deuterium derived from heavy water was introduced. Measurements were carried out both at constant temperature and pressure up to 400 kPa and at the temperature cycling from 50 to 6000 C. The relative excess energy averaged ~ 25% and their maximum values up to 35% of the consumed electric energy were determined, that corresponds to the released power of ~ 20 Watts per gram of palladium. Means to increase the output of excess energy are discussed

The Rossi Reactor is discussed in these papers, see the titles :

The Dynamics of Collapsing Bubbles Filled with Hydrogen-Deuterium Mixture, the Implementation of the Cumulative Piezonuclear Synthesis;

 Erzion Interpretation of Rossi & “Lugano” Experiments with “Hot E-cat” Cell

Results of Isotope and Element Composition Analysis of Nickel – Hydrogen Reactors Fuel

The Russian Hot Cat, plasma electrolysis by Yuri Bazhutov makes progress, see it here and in the abstracts that follow after that:

Elaboration of the Optimal Installation Variant for Plasma Eelectrolysis Demonstration 
Yu.N. Bazhutov1 , A.I. Gerasimova2 , V.P. Koretsky, A.V. Pirogov
 1 Terrestrial Magnetism, Ionosphere and Radiowave Propagation Institute (IZMIRAN) of the Russian Academy of Science,142190, Troitsk, Moscow,; 2 Russian State Agrarian University Correspondence (RGAZU), Moscow region, Balashikha, 

There are presented the various constructions of installations Fakel-DBTS series (Demonstration Big ThermoStat with ~20 l values) for choosing the optimum variant at the demonstration of plasma electrolysis in public auditorium. Optimization at the maximum of excess heat, using thermometer calorimetry and nuclear diagnostics was performed. For nuclear diagnostics β-dosimeters, neutron and gamma-radiometers were used. There are shown installations created for these purposes, the obtained results are discussed.

Captivating and quite proper for the next LENR symposium in Toulouse is a group of applications of LENR; again I give only the titles:

Development of Unmanned Aerial Vehicles with LENR Power Propulsion;

 The Concept of Power Gas Turbine with Heat Supply Based on the Reactions of Cold Fusion

The Production of Steam for Steam Turbine with Help of Cold Fusion

Development of Breakthrough Technology of Steam Turbine with Heat Supply Based on Clean Low Energy Reactions (LENR)

The Concept of Propulsion for Aircraft and Ground Application with Heat Source Powered by the Low-Energy Nuclear Reactions 

I was impressed by Gennadyi Tararasenko's experimental ideas and  I regret that I found no sponsors for them; now he and Kirkinskii have presentations re LENR in the Earrth core.

I will let our theorist friends to discover some high level theory papers - including two by the guest Phillipe Hatt and Fulvio Frisone. My instinct whispers that this one is telling essential truths, useful for the LENR awakening:

Magnetic Interactions and Nuclear Forces 
N.V. Samsonenko1 , F. Ndahayo2 , A. Ousmane Manga3 
1Department of Theoretical Physics and Mechanics, Peoples Friendship University of Russia, Moscow, Russia,; 2Department of Physics, University of Rwanda, Kigali, Rwanda; 3Department of Physics, Abdou Moumouni University, Niamey, Niger 
It is shown, that the correct account of magnetic interaction in quantum theory gives the possibility to explain all the basic properties of nuclear forces (big intensity at small distances, shortcoming, pairness, saturation, etc.) and to predict the existence of new bounded states of charged and neutral particles (diprotons, dineutrons, dineutrinos, neutrino atoms and molecules, etc.). These bounded states can play an important role in CMNS processes and CNF reactions.

This was just a fast analysis- I will return to this important symposium.


1)ARC: The new nuclear fusion reactor causing a stir

2) Terraforming Terra:

3) Andrea Rossiand his newest E-Cat
August 11th, 2015 at 4:21 PM

As I said, we did not have intention to give any name to it but “E-Cat”. We all know perfectly the immense importance of Madame Curie and we gave to this initial program her name for commemoration, not for disrespect. This said, from now on, let’s call our new prototype ” E-Cat x”, where X will be substituted by a number when and if it will go in commerce.
Warm Regards,

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