Geoscience Reference
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Altier J, Camassel J, Mathieu H (1979) Effects of uniaxial stress on luminescence of GaP(S). Phys
Rev Lett 72A:239-241
Anderson GM, Neilson FW (1957) Effects of strong shocks in ferromagnetic materials. Bull Am
Phys Soc Ser II 2(6):302
Andreev SG, Babkin AV, Baum FA, Imkhovik NA, Kobylkin IF, Kolpakov VI, Ladov SV, Odintsov
VA, Orlenko LP, Okhitin VN, Selivanov VV, Soloviev VS, Stanyukovich KP, Chelyshev VP,
Shekhter BI (2002) Physics of explosion. Vol 1 and 2, Third edition, revised edition. In: Orlenko
LP (ed). Fizmatlit, Moscow, 832 pp (in Russian)
Balbachan MYa, Parkhomenko EI (1983) Electret effect under rock fracture. Proc USSR Acad Sci
Phys Earth (Izvestiya Akad Nauk SSSR Fizika Zemli) 8:104-108 (in Russian)
Barsukov OM, Skovorodkin YuP (1969) Magnetic observations in detonation region Medeo. Proc
USSR Acad Sci Phys Earth (Izvestiya Akad Nauk SSSR Fizika Zemli) 5:68-69 (in Russian)
Baum FA, Orlenko LP, Stanyukovich KP, Chelyshev VP, Shekhter BI (1975) Physics of explosion.
In: Stanyukovich KP (ed). Nauka, Moscow, 704 pp (in Russian)
Belyaev LM, Nabatov VV, Martyshev YuN (1962) On glow duration under tribo- and crystal-
luminescence. Crystallography (Kristallografiya) 7(4):576-580 (in Russian)
Bivin YuK, Viktorov VV, Kulinich YuV, Chursin AS (1982) Electromagnetic radiation under
dynamical deformation of different materials. Proc USSR Acad Sci Mech Solid (Izvestiya Akad
Nauk SSSR Mekhanika Tverdogo Tela) 1:183-186 (in Russian)
Brady BT, Rowell GA (1986) Laboratory investigation of the electrodynamics of rock fracture.
Nature 321(6069):488-492
Brooks W (1965) Shock-induced luminescence in quartz. J Appl Phys 36:2788-2789
Brovkin YuV, Dunin SZ, Popryadukhin AP, Surkov VV, Tochkin IN (1990) Recording of the
number of explosions by electromagnetic methods. J Mining Sci 26(6):522-526
Bykova VV, Stakhovskiy IR, Fedorova TS, Khrustalev YaA, Deryagin BV, Toporov YuP (1987)
Electron emission under fracture of rocks. Proc USSR Acad Sci Phys Earth (Izvestiya Akad
Nauk SSSR Fizika Zemli) 8:87-90 (in Russian)
Caffin JE, Goodfellow TL (1955) Electrical effects associated with the mechanical deformation of
single crystals of alkali halides. Nature 176(4488):878-879
Chandra BP, Shrivastava KK (1978) Dependence of mechanoluminescence in Rochelle-salt
crystals on the charge-produced during their fracture. J Phys Chem Solids 39:939-940
Cress GO, Brady BT, Rowell GA (1987) Sources of electromagnetic radiation fromfracture of rock
samples in the laboratory. Geophys Res Lett 14:331-334
Deryagin BV, Krotova NA, Smilga VG (1973) Adherence of solid. Nauka, Moscow, 279 pp (in
Russian)
Dickinson JT, Donaldson EE, Park MK (1981) The emission of electrons and positive ions from
fracture of materials. J Mater Sci 16:2897-2908
Dickinson JT, Jensen LC, Williams WD (1985) Fractoemission from lead zirconate-titanate. J Am
Ceramic Soc 68(5):235-240
Dobrovolskiy IP (1991) Theory of preparation of tectonic earthquake. Inst. Phys. Solid Earth,
USSR Acad. Sci., Moscow, 224 pp (in Russian)
Dunin SZ, Surkov VV (1979a) Dynamics of pore closing at shock front. Appl Math Mech
43(3):511-518
Dunin SZ, Surkov VV (1979b) Structure of a shock wave front in a porous solid. J Appl Mech
Tech Phys 20(5):612-618
Dunin SZ, Surkov VV (1982) Effects of energy dissipation and melting on a shock compression of
porous bodies. J Appl Mech Tech Phys 23(1):123-134
Eichelberger RJ, Hauver GE (1962) Solid state transducers for recording of intense pressure pulses.
Les ondes de detonation, Paris, pp 363-381
Enomoto Y, Hashimoto H (1990) Emission of charged particles from indentation fracture of rocks.
Nature 346(6285):641-643
Enomoto Y, Hashimoto H (1992) Transient electrical activity accompanying rock under indentation
loadings. Tectonophysics 211:337
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