Submit an Article
Become a reviewer
Vol 180
Pages:
208-212
Download volume:
RUS

Origin of gases, fluids and supermelonites at opening of a rock massif at great depths

Authors:
A. V. Shestopalov
About authors
  • Institute for Problems of Integrated Subsoil Development, RAS
Date submitted:
2008-07-27
Date accepted:
2008-09-14
Date published:
2009-02-18

Abstract

The author proposes that the described phenomenon can occur under the effect of a mechanical energy flow through aligning of defects (nonconductive channels for this flow) along field force lines. A mechanism of discontinuous self-decomposition of geomaterial under the effect of rock pressure, i.e. external power source, was developed basing on these effects. Another thermodynamics is needed to explain the CNF (cold nuclear fusion) phenomenon which would be based on balance of in- and out-flows of energies (balance of sinks and sources) rather than on conservation laws.

Шестопалов А.В. Происхождение газов, флюидов и супермелонитов при вскрытии массива горных пород на больших глубинах // Записки Горного института. 2009. Т. 180. С. 208-212.
Shestopalov A.V. Origin of gases, fluids and supermelonites at opening of a rock massif at great depths // Journal of Mining Institute. 2009. Vol. 180. p. 208-212.
Go to volume 180

References

  1. Аржанников А.В. О российских конференциях по холодному синтезу и трансмутации ядер / А.В.Аржанников, Г.Я.Кезерашвили, Э.П.Кругляков // Успехи физических наук: Науч. сессия отделения общей физики и астрономии РАН (27 января 1999 г.). 1999. Т.169. № 6.
  2. Ахундов И.Д. Генезис нефти и газа из неорганического вещества в результате ядерного синтеза / И.Д.Ахундов, М.А.Гусейнов, Л.Н.Солодилов // Геофизика XXI столетия. ДАН. М., 2006.
  3. Крымский В.В. Воздействие наносекундных электромагнитных импульсов на свойства веществ / В.В.Крымский, В.Ф.Балакирев. ДАН. 2002. Т.385. № 6.
  4. Шестопалов А.В. Спонтанная вторичная десорбция и образование сильно измельченного угольного вещества при выбросе угля и газа / А.В.Шестопалов, Т.Г.Марченкова // Методы борьбы с рудничными газами и пылью / ИПКОН. М., 1987.
  5. Methane emissions from terrestrial plants under aerobic conditions / F.Keppler, J.T.G.Hamilton, M.Bra, T.Röckmann // Nature. 12 January 2006. V.439.

Similar articles

Complex of measures on restoration of quality of natural environment on industrial object
2009 V. I. Reshnyak, V. A. Zhigulskiy
Geotechnological criteria for selection of conversion explosive materials
2009 A. E. Frantov
Blasting technology in cryolithozone conditions
2009 P. N. Vasiliev, S. M. Tkach
Low-waste and environmental technology of mining of minerals at quarries with the help of hydraulic hammers
2009 G. A. Kholodnyakov, D. N. Ligotskiy, A. V. Polovinko
Dust control at coal enterprises of the North
2009 Yu. V. Shuvalov, A. N. Nikulin, N. A. Gasparyan, Yu. D. Smirnov
Ways to optimize the parameters of drilling and blasting operations during mining of chambers of Maleevsky mine by the method of borehole charges on the basis of consideration of rock mass properties
2009 V. A. Artemov, S. V. Shcherbich