Features of oscillatory processes in super-unit reactors - Klimov-Zatelepin No13 - RUSSIAN
Channel: Martin Fleischmann Memorial Project
Date: 2021-04-19

Webinar No. 13 of the winter-spring 2021 session of the Klimov-Zatelepin seminar was held on April 21, 2021 (Wednesday) from 16:00 to 18:00 Moscow time. 

Roundtable Discussion
"Features of oscillatory processes in superunit reactors."

The discussion was organised as follows:
- In 5-10 minutes. the speaker of the Round Table speaks, briefly recalling the main details of their report at the Round Table,
- webinar participants ask questions about the report and make comments,
- the number of questions and the time of discussion on the report of one speaker of the Round Table is not limited,
- the host of the webinar finishes the discussion of one report. After that, we move on to discussing the next report,
- all seven reports are supposed to be discussed in this way. If within 2 hours we do not have time to complete the discussion of all seven reports, then the discussion will continue at the next webinar.

Links to presentations of all the reports discussed in the Round Table "Peculiarities of Oscillatory Processes in Superunit Reactors" are given below

A short summary of the Roundtable reports for those who are unable to watch the presentations:

A.I. Klimov - for assessing the cold fusion processes, he proposed to take into account the formation mechanism of "left" electromagnetic waves. "Annihilation" of normal electromagnetic waves and "left" waves can explain the sharp decrease in temperature when the working medium leaves the plasma-vortex reactor.
https://drive.google.com/file/d/12xad0O707QFLxLSUmi7i5veAt3uE1nTM/view?usp=sharing

Parkhomov A.G. - flashes of fluctuating temperature changes accompany all experiments with Ni + H reactors. The sharp low-frequency drops in the reactor temperature are especially interesting.
https://drive.google.com/file/d/1b1vCP4qzJDcOk3GDT2FM2Ua9dOpzivwl/view?usp=sharing

Chizhov VA. - suggested an explanation of the temperature fluctuations of the Ni + H reactor as a result of the interaction of a cluster of "unknown" radiation "emitted from the reactor with a thermocouple. Quantitative estimates of the parameters of a cluster of "unknown" radiation are made.
https://drive.google.com/file/d/12CeAmQVUO9YhaUS7sMPFhxUFwWn9Xmoo/view?usp=sharing

A. Kovacs - presented experiments on a reactor with a Ni + Cu + Li working fluid (no hydrogen). Excessive heat, radiation in the radio range and episodic temperature jumps were recorded. The "penetration" of the refractory material of the double reactor capsule (molybdenum and stainless steel) was recorded at a temperature much lower than the melting temperature.
https://drive.google.com/file/d/1sukYY0fUq97C2_ABGxCQj7uH6L_AfsVv/view?usp=sharing

Godin S.M. - gave experimental evidence of the generation of electromagnetic oscillations by superunit devices in the radio range, HF, microwave, X-ray range. He gave examples of the generation of e / m oscillations during the combustion of thermite mixtures.
https://drive.google.com/file/d/1fPkdPwsto56NCyCYKF065PoSfX0We65U/view?usp=sharing

Bychkov V.L. - presented a model of "unknown" radiation as a process of vortex motion of the ether medium, which does not contain compact particles of matter. The formation of tracks is the result of the interaction of the vortex of the etheric substance with the substance CD.
https://drive.google.com/file/d/1hsoQOzV8SSfcDSBxImnZiaSAR44071AE/view?usp=sharing

Zatelepin VN. - gave the data of an experiment showing a significant effect of a constant magnetic field on the temperature of the Ni + H reactor. It is concluded that when the working substance of the reactor is electrically heated, the thermocouples that measure the temperature of the reactor are in the flow of the electromagnetic substance (Poynting's vector). Additional calibration of thermocouples operating under such conditions is required to increase the reliability of the data on the measurement of the reactor temperature.