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Oct 24, 2018
Alexander Parkhomov's Woodpecker 'Strange Radiation' Generator in operation
Track statistics strange
radiation from workers
reactors
LENR
V.A. Zhigalov, A.G. Parkhomov,
S.N. Zabavin, A.G. Sobolev,
T.R. Timerbulatov
Prehistory
In 2000, L.I. Urutskoyev was introduced
the term "strange radiation", which
accompanied electric explosion in water
In the future, other researchers in
different conditions were independent
received the same radiation
Preliminary experiments showed
what's coming from the KIT's reactors lab
same type of radiation
What is strange
radiation?
Tracks on the surface of various
of materials
Biological effect (tested on
mice groups Urutskoyev, Shahparonov,
Panova)
Magnetization of non-magnetic materials
(according to the testimony of Shahparonov,
Evmenenko)
Why you need to explore
strange radiation?
Security (Accompanying LENR
hazardous phenomenon
users and experimenters)
Perhaps LENR and strange radiation -
“Two sides of the same coin”, and their
explanation will happen simultaneously
Page 1 of 38Statistics of strange radiation tracks from operating LENR reactors V.А. Zhigalov, A.G. Parkhomov, S.N. Zabavin, A.G. Sobolev, T.R. Timerbulatov Page 1 of 38
Page 2 of 38 Prehistory In 2000, L.I. The term “strange radiation” was introduced by Urutskoyev, which accompanied the electric explosion in water. Later, other researchers independently obtained the same radiation under different conditions. Preliminary experiments showed that the same type of radiation emanates from the reactors of the KIT laboratory.
Page 3 of 38What is strange radiation manifesting? Tracks on the surface of various materials Biological effect (tested on mice by groups of Urutskoyev, Shakhparonov, Panov) Magnetization of non-magnetic materials (according to Shakhparonov, Evmenenko)
Page 4 of 38Why is it necessary to investigate strange radiation? Safety (a concomitant LENR phenomenon, fraught with hazards for users and experimenters) Perhaps LENR and strange radiation are “two sides of the same coin”, and their explanation will occur simultaneously
Page 5 of 38Main question What is the connection between strange radiation and the operation of LENR reactors? Page 5 of 38
Page 6 of 38Features and research methods Using 2 types of reactors Using different sensitive materials Application of sequential and parallel control Analysis of track statistics at different distances from reactors Analysis of track microstructure using optical, electronic and atomic force microscopy methods Maintaining a database Page 6 of 38
Page 7 of 382 Ni-H type reactors operating continuously in the mode of excess energy release Plasma electrolysis in water ("woodpecker") Page 7 of 38
Page 8 of 38 Sensitive Materials Film (Conventional and X-ray) Glass Mica Polycarbonate (DVDs) Aluminum Foil Optimum Material Page 8 of 38
Page 9 of 38Methods for calculating the intensity of tracks Photographing the surface of a material before exposure. Exposure Photographing the surface after exposure. The layout of the tracks on the photo (manually) Calculate the total length of the tracks (software) Page 9 of 38
Page 10 of 38 Examples of photo tracks (mica) 1 mm before: after: Page 10 of 38
Page 11 of 38 Twin tracks (mica) 1 mm Page 11 of 38
Page 12 of 38 Track Structure (Mica, SEM) Page 12 of 38
Page 13 of 38 Track structure (mica, ASM) Page 13 of 38
Page 14 of 38 Examples of photo tracks (DVD) Control (in the hood) 10 cm from the “woodpecker” 1 mm Page 14 of 38
Page 15 of 38 Twin Tracks (DVD, Optics) 1 mm 50 µm Page 15 of 38
Page 16 of 38 Track structure (DVD) ASM, SEM Page 16 of 38
Page 17 of 38 Track Structure (DVD) SEM Page 17 of 38
Page 18 of 38Page 18 of 38
Page 19 of 38 Statistics of tracks on mica (8 values) (9 values) Page 19 of 38
Page 20 of 38 Statistics of tracks on DVD (51 values) (30 values) Page 20 of 38
Page 21 of 38 Dependence on distance In the near zone (<20 cm from the reactor) the intensity of the tracks is an order of magnitude higher than the intensity in the far zone (> 20 cm) Page 21 of 38
Page 22 of 38Consistent results of experience: control: Page 22 of 38
Variations in the intensity of tracks The length of tracks varies greatly from exposure to exposure (by an order of magnitude) disc locations in the near zone not found Page 23 of 38
Track irregularity The tracks are distributed unevenly across carriers: they are mainly grouped into clusters of ~ 1 cm2, the appearance of such spots is irregular and occurs only near the reactors.
Page 25 of 38 Screening For exposures of discs wrapped completely in foil, tracks were completely absent for both types of reactors. For disks in the Ni-H reactor, protected by foil only from the reactor side, tracks in the near zone appeared with great intensity. There are no tracks in the original DVDs; DVDs are stored in stacks. Page 25 of 38
Page 26 of 38Base Database Directory with 163 Expositions Results Near
Page1 / 38
Zabavin,
Page 1 of 38Statistics of strange radiation tracks from operating LENR reactors V.А. Zhigalov, A.G. Parkhomov, S.N. Zabavin, A.G. Sobolev, T.R. Timerbulatov Page 1 of 38
Page 2 of 38 Prehistory In 2000, L.I. The term “strange radiation” was introduced by Urutskoyev, which accompanied the electric explosion in water. Later, other researchers independently obtained the same radiation under different conditions. Preliminary experiments showed that the same type of radiation emanates from the reactors of the KIT laboratory.
Page 3 of 38What is strange radiation manifesting? Tracks on the surface of various materials Biological effect (tested on mice by groups of Urutskoyev, Shakhparonov, Panov) Magnetization of non-magnetic materials (according to Shakhparonov, Evmenenko)
Page 4 of 38Why is it necessary to investigate strange radiation? Safety (a concomitant LENR phenomenon, fraught with hazards for users and experimenters) Perhaps LENR and strange radiation are “two sides of the same coin”, and their explanation will occur simultaneously
Page 5 of 38Main question What is the connection between strange radiation and the operation of LENR reactors? Page 5 of 38
Page 6 of 38Features and research methods Using 2 types of reactors Using different sensitive materials Application of sequential and parallel control Analysis of track statistics at different distances from reactors Analysis of track microstructure using optical, electronic and atomic force microscopy methods Maintaining a database Page 6 of 38
Page 7 of 382 Ni-H type reactors operating continuously in the mode of excess energy release Plasma electrolysis in water ("woodpecker") Page 7 of 38
Page 8 of 38 Sensitive Materials Film (Conventional and X-ray) Glass Mica Polycarbonate (DVDs) Aluminum Foil Optimum Material Page 8 of 38
Page 9 of 38Methods for calculating the intensity of tracks Photographing the surface of a material before exposure. Exposure Photographing the surface after exposure. The layout of the tracks on the photo (manually) Calculate the total length of the tracks (software) Page 9 of 38
Page 10 of 38 Examples of photo tracks (mica) 1 mm before: after: Page 10 of 38
Page 11 of 38 Twin tracks (mica) 1 mm Page 11 of 38
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