Scientific Publications


Books Papers Methodical Instructions Abstracts Inventions Research Grants Applied research in geophysics

Books:

  1. Bahat D., Rabinovitch A., Frid V. 2005. Tensile fracturing in rocks. Tectonofractographic and Electromagnetic Radiation Methods. Springer, Heidebberg. 569pp.

 
  1. Proskurjakov V., Shabarov A., Frid V.,  Baranov V. 1991. Short term estimation of dynamic phenomenon on coal seams by electroagnetic radiation. Kemerovo book publishing house. 192pp.

Papers:

  1. Frid V., Goldbaum J., Rabinovitch A. and Bahat D. 2005. Depolarization in percussion drilling of Solenhofen limestone. J. Appl. Phys. 97, 149081-0149083.
  2. Frid V., Bahat D. and Rabinovitch A. 2005. Analysis of en echelon/hackle fringes and longitudinal splits in twist failed glass samples by means of fractography and electromagnetic radiation. J. Struct. Geol. 27, 145-159.
  3. Frid V. and K. Vozoff K. 2005. Electromagnetic radiation induced by mining rock failure. Intern. J. Coal Geology (in press).
  4. Rabinovitch A., Shay A., Liraz R., Frid V. and Bahat D. 2005. Electromagnetic radiation emitted during friction process. Intern. J. Fract.131, L21-L27.
  5. Frid V., Rabinovitch A. and Bahat D. 2003. Fracture induced electromagnetic radiation. J. Phys. D. 36, 1620-1628.
  6. Goldbaum J., Frid V., Bahat D. and Rabinovitch A. 2003. An Analysis of Complex EMR Signals Induced by Fracture. Measurement Science and Technology 14, 1839-1844.
  7. Rabinovitch A., Frid V., Goldbaum J. and Bahat D. 2003. Polarization-depolarization process in glass during percussion drilling. Phil. Mag. A A 83 (25), 2929-2940.
  8. Rabinovitch A., Frid V., Bahat D. and Goldbaum J. 2003. Decay mechanism of the fracture induced electromagnetic pulses. J. Appl. Physics 93(9), 5085-5090.
  9. Bahat D., Frid V., Rabinovitch A. and Palchik V. 2002. Exploration via electromagnetic radiation and fractographic methods of fracture properties induced by compression in glass-ceramic. Int. J. Fracture 116, 179-194.
  10. Rabinovitch A., Frid V. and Bahat D. 2002. Gutenberg-Richter type relation for laboratory fracture induced electromagnetic radiation. Physical Review E 65, 011401-011404.
  11. Rabinovitch A., Bahat D. and Frid V. 2002. Similarity and dissimilarity of electromagnetic radiation from carbonate rocks under compression, drilling and blasting. Intern J. Rock Mech. And Mining Science 39(1) 125-129.
  12. Bahat D., Rabinovitch A. and Frid V. 2001. Fracture characterization of chalk in uniaxial and triaxial tests by rock mechanics, fractographic and electromagnetic methods. J. Stuctural Geology 23, 1531-1547.
  13. Frid V. 2001. Calculation of electromagnetic radiation criterion for rockburst hazard forecast in coal mines, Pure and Applied Geophysics, 158, 931-944.
  14. Goldbaum J., Frid V., Rabinovitch A., and Bahat D. 2001. Electromagnetic Radiation Induced by Percussion Drilling. Intern. J. Fract. 111, L15-L20.
  15. Frid V., Bahat D., Goldbaum J. and Rabinovitch A. 2000. Experimental and theoretical investigation of Electromagnetic radiation induced by rock fracture, Israel Journal of Earth Sciences, 49, 9-19.
  16. Rabinovitch A., V. Frid, D. Bahat and J. Goldbaum. 2000. Fracture area calculation from electromagnetic radiation and its use in chalk failure analysis, Int. J. Rock Mech. Min. Sci. 37, 1149-1154.
  17. Frid V. 2000. Electromagnetic radiation method water - infusion control in rockburst-prone strata, J. Appl. Geoph. 43, 5-13.
  18. Rabinovitch A., Frid V. and Bahat D. 1999. A note on the amplitude - frequency relation of electromagnetic radiation pulses induced by material failure, Phil. Mag. Lett. 79, 195-200.
  19. Frid V., Rabinovitch A., and Bahat D. 1999. Electromagnetic radiation associated with induced triaxial fracture in granite, Phil. Mag. Lett. 79, 79-86.
  20. Rabinovitch A., Frid V. and Bahat D. 1998. Parametrization of Electromagnetic radiation pulses obtained by triaxial fracture in granite samples. Phil. Mag. Lett. 5, 289-293.
  21. Frid V. 1998. Electromagnetic radiation method for rock and gas outburst forecast. J. Appl. Geoph. 38, 97-104.
  22. Frid V. 1997. Rock-burst hazard forecast by electromagnetic radiation excited by rock fracture. J. Rock Mech. Rock Engin. 30 (4), 229-236.
  23. Rabinovitch A., Bahat D., Frid V. 1996. Emission of electromagnetic radiation by rock fracturing. Z. Geol. Wiss. 24(3-4), 361-368.
  24. Rabinovitch A., Bahat D., Frid V. 1995. Comparison of electromagnetic radiation and acoustic emission in granite fracturing. Intern. J. Fract. 71(2), r33-r41.
  25. Frid V., Shabarov A., Proskurjakov V. 1992. Formation of electromagnetic radiation in coal stratum. J. Mining Science. 28(2), 139-145.
  26. Frid V., Khuharenko E., Baranov V. 1991. Experience of gasodynamic events forecast in coal seams - Review article. Coal, 7, 23-35.
  27. Frid V., Shabarov A., Baranov V. 1991. Geophysical forecast of gasodynamic events on coal seams. Scientific technical achievement and modern experience in coal industry. 2, 28-30.
  28. Proskurjakov V., Shabarov A., Frid V. 1990. Evaluation of stress state of rock-bust and rock- and gas-outburst dangerous seams. Coal. 5, 58-59.
  29. Frid V. 1990. Control of rock-burst and rock outburst dangerous coal seams by electromagnetic radiation. In Geomechanical problems during economical mineral extraction. VNIMI, Leningrad, Russia, V. Smirnov (ed), 51-54.
  30. Frid V. 1990. Investigations of electromagnetic radiation near geological faults. Mine geophysics. 2, 14-16.
  31. Proskurjakov V., Shabarov A., Frid V. 1989. Electromagnetic radiation from edge parts of rock-burst dangerous seams. Labor safety in industry. 4, 32-34.
  32. Skakun A., Pushanski V., Frid V. 1987. Rock fracture control by electromagnetic radiation. In Geophysical methods for rock rupture forecast. VNIMI, Leningrad, Russia, V. Smirnov (ed.), 71-77.

Methodical Instructions:

  1. Batugina I., Shabarov A., Frid V. 1990. Depths geodynamical division. Methodical instructions. 50-55.
  2. Pethuhov I., Shabarov A., Frid V. 1990. Forecast of rock burst and rock outburst zone near faults. Methodical instruction. 45p.
  3. Smirnov V., Skakun A., Frid V. 1990. Rock-bust danger criterion of seismo-acoustic and electromagnetic methods. Methodical instruction. 65p.

Abstracts:

  1. Vozoff K., Frid V., 2001. Electromagnetic Emissions Monitoring to Warn of Wind Blasts and Gas Outs Results of ACARP Project at Moonee Colliery: C9005. Symposium on Geological Hazards, Rafferety's Resort Newcastle, 15-16 November 2001.
  2. Rabinovitch A., Frid V., Bahat D. and Goldbaum J., 2001, A new method to obtain crack surface areas from electromagnetic radiation emitted in fracture: a string of pulses. IUTAM Symposium on Analytical and Computational Fracture Mechanics of Non-Homogeneous Materials, Cardiff University, 18-22 June 2001.
  3. Khesin B., Feinshtein S., Frid V., Vapnik Y., Ben-Noon G., 1999, Induced Polarization method as a tool for the study of oil contamination in soil. The 2nd annual ecological immigrant scientists conference, October 1999.
  4. Frid V., Rabinovitch A., Bahat D., 1997. Electromagnetic radiation (EMR) parameters obtained from granite fracture and their interpretation. Israel Geological Society. Annual meeting April 15 -17, 1997.
  5. Rabinovitch A., Bahat D., V. Frid. 1995. Electromagnetic radiation during rock failure. International Union of Geodesy and Geophysics. XXI General Assembly. July 2-14, 1995.
  6. Vapnik Ye., Frid V. 1994. Stress field and fluid inclusion study of the fractured Precambtian rocks (South Israel). Min. Ass. Canada. Joint Annual meeting 16-18 May 1994, Waterloo, Ontario.
  7. Vapnik Ye., Frid V. 1994. Fluid inclusion and mesofracture study of the Elat granite, (the Nahal Shlomo area, southern Israel) PACROFI V, May 19-21, 1994, Cuernnavaca, Morelos, Mexico.
  8. Vapnik Ye., Frid V. 1994. Fluid inclusion and fracture study of the Elat granite. Israel Geological Society, Annual Meeting, 28.2.-3.3.
  9. Frid V. 1994. Stress estimation by electromagnetic radiation in mine. Min. Ass. Canada. Joint Annual meeting 16-18 May 1994, Waterloo, Ontario.

Inventions:
(Patents issued by the Russian Patent office)

  1. Frid V., Antonov A. 1986. Device for rock tension. Authorship Certificate 1278666, Invention Bulletin 7.
  2. Frid V., Antonov A. 1987. Equivalent material for rock modeling. Authorship Certificate 1308760, Invention Bulletin 17.
  3. Frid V., Bljakhman A., Proskurjakov V. 1988. Method of rock stress determination. Authorship Certificate 1368436, Invention Bulletin 3.
  4. Frid V., Proskurjakov V., Skakun A. 1988. Control method of protective zone of coal seam. Authorship Certificate 1388931, Invention Bulletin 8.
  5. Frid V., Bljakhman A., Muljov 1989. Method of rock stress determination. Authorship Certificate 1461925, Invention Bulletin 8.
  6. Frid V., Proskurjakov V., Shabarov A. 1989. Method of high stress zone prospecting. Authorship Certificate 1511434 Invention Bulletin 36.
  7. Frid V., Proskurjakov V., Shabarov A. 1989. Control method of protective zone of coal seam. Authorship Certificate 1576521, Invention Bulletin 39.
  8. Frid V., Proskurjakov V., Shabarov A. 1989. Method of struggle against dynamic events in rock seams. Authorship Certificate 1591025, Invention Bulletin 41.
  9. Frid V., Proskurjakov V., Shabarov A. 1989. Method of coal seam moisten control. Authorship Certificate 1617141, Invention Bulletin 48.
  10. Frid V., Proskurjakov V., Skakun A. 1990. Control of stress state of coal seam. Authorship Certificate 1624138, Invention Bulletin 4.
  11. Frid. V. Berson V. Proskurjakov V. 1991. Method of struggle with gasodynamic events. Positive resolution of VNIIGPE 4907600.
  12. Frid V., Proskurjakov V., Skakun A. 1992. Evaluation of rock-burst and rock-outburst manifestation in coal seams. Authorship Certificate 1717846 Invention Bulletin 9.

Research Grants:

1994-1996Ministry of Infrastructure - D. Bahat, A. Rabinovitch, V. Frid - Investigation of electromagnetic radiation during rock triaxial compression.
1997-1999Ministry of Infrastructure - D. Bahat, A. Rabinovitch, V. Frid - An interpretation of Electromagnetic radiation (EMR) obtained from rock fracture.
2002-2003Ministry of Infrastructure - D. Bahat, A. Rabinovitch, V. Frid - Investigation of glass polarization-depolarization under percussion drilling.

Applied research in geophysics
(reports)

  1. B. Khesin, V. Frid, Y. Vapnik and D. Bahat. 1995. Phosphorite prospecting at the Rotem area by induced polarization sounding in combination with electrical resistivity method.
  2. B. Khesin, V. Frid and Y. Vapnik.1998. Integrated electrical prospecting of underground cavities.

    Books Papers Methodical Instructions Abstracts Inventions Research Grants Applied research in geophysics


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