| Citation: |
CHEN YONGup, YAO XIAO-XINup, XIE HONG-SENup2. 1981: STUDIES ON FRACTURE OF GABBRO. Acta Seismologica Sinica, 3(3): 321-330.
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[1] J. D. Byerlee&D. Lockner, Acoustic emission during fluid injection in rock, Proc. 1st conf. On acoustic emission (microseismic activity in geological structure and material), 1977.
[2] W. F. Brace, B. V'. Jr Pauldiug & C. H. Scliolz, Dilataucy in the fracture of crysalliue rock, J. Geophys, Res., 71, 3939——3953, 1966, [3] B. T. Brady, Theory of earthquakes, Part 1. A scale independent. theory of rock failure, PAGEOPH, 112, 699——725 1974. [4] M. Frieudman Fracture in rocks, Rev. Geophys. Space Pleysics., 13, 353——358, 1975. [5] F. Rummel & C.Fairhurst, Determination of the post——failure behaviour of brittle rock using a servo——vontrolled testing machine, Rock Mech, 2, 189——204, 1970. [6] F. Runnnel, H. J. Aiheid, & C. Fruhn, Dilatancy and fracture induced velucity changes in rock and their relation to friction sliding, PAGEOPH, 116, 743——764, 1978. [7] D. K. Hallbauer, H. Wabner. & N. G. W., Cook, Microxopic and mechanical behaviouroof quartzite specimen in stiff triaYial conxpression test, Int. J. Rock Mech. Min Sci 10, 713——726, 1973. [8] H. Koide & K. Hosliino, Development of microfracture in experimentally deformed rocks, (preliminary report), Eartlrquake, 20, 85——97, 1970. [9] V. I. Mjachkin, W. F. Brace, G. A. Sobolev, & J. H. Dieterich, Two models for earthquake forerunners, PAGEOPH, 113, 169——181, 1975. [10] W. A. Olsson, Microfracturing and faulting in limestone, Tectonophysics, 24, 277——285. 1974. [11] S. Peng & A. M. Johnson, Crack growth and faulting in cylindrical specimen of Chelmsford granite, In, t. J. Rock Mec7t.. illin Sci 9, 37——86, 1972. [12] C. H. Scholz, Experimental study of the fray turfing process in brittle rock, J. Geophys. Res., 73, 1447——1454, 1968 [13] Eve. S. Sprunt & W. F. Brace, Direct observation of naicrocavities in crystalline rocks, Int. J. Rock lllecle. hlin. Sei., 11, 139——150, 1974.
[1] J. D. Byerlee&D. Lockner, Acoustic emission during fluid injection in rock, Proc. 1st conf. On acoustic emission (microseismic activity in geological structure and material), 1977.
[2] W. F. Brace, B. V'. Jr Pauldiug & C. H. Scliolz, Dilataucy in the fracture of crysalliue rock, J. Geophys, Res., 71, 3939——3953, 1966, [3] B. T. Brady, Theory of earthquakes, Part 1. A scale independent. theory of rock failure, PAGEOPH, 112, 699——725 1974. [4] M. Frieudman Fracture in rocks, Rev. Geophys. Space Pleysics., 13, 353——358, 1975. [5] F. Rummel & C.Fairhurst, Determination of the post——failure behaviour of brittle rock using a servo——vontrolled testing machine, Rock Mech, 2, 189——204, 1970. [6] F. Runnnel, H. J. Aiheid, & C. Fruhn, Dilatancy and fracture induced velucity changes in rock and their relation to friction sliding, PAGEOPH, 116, 743——764, 1978. [7] D. K. Hallbauer, H. Wabner. & N. G. W., Cook, Microxopic and mechanical behaviouroof quartzite specimen in stiff triaYial conxpression test, Int. J. Rock Mech. Min Sci 10, 713——726, 1973. [8] H. Koide & K. Hosliino, Development of microfracture in experimentally deformed rocks, (preliminary report), Eartlrquake, 20, 85——97, 1970. [9] V. I. Mjachkin, W. F. Brace, G. A. Sobolev, & J. H. Dieterich, Two models for earthquake forerunners, PAGEOPH, 113, 169——181, 1975. [10] W. A. Olsson, Microfracturing and faulting in limestone, Tectonophysics, 24, 277——285. 1974. [11] S. Peng & A. M. Johnson, Crack growth and faulting in cylindrical specimen of Chelmsford granite, In, t. J. Rock Mec7t.. illin Sci 9, 37——86, 1972. [12] C. H. Scholz, Experimental study of the fray turfing process in brittle rock, J. Geophys. Res., 73, 1447——1454, 1968 [13] Eve. S. Sprunt & W. F. Brace, Direct observation of naicrocavities in crystalline rocks, Int. J. Rock lllecle. hlin. Sei., 11, 139——150, 1974. |
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