| Citation: |
Rongshan Fu, Jianhua Huang. 1991: DEEP MANTLE FLOW, GLOBAL TECTONIC PATTERN AND THE BACKGROUND OF SEISMIC STRESS FIELD IN CHINA. Acta Seismologica Sinica, 13(3): 295-306.
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[1] McNutt. M.,1987. Lithospheric strss and deformation. Rev. Geophys. . 25, 1245——1253
[2] Zoback,M. L——1987 Global pattern of tectonic intraplate stresses. Abstructs, 3, 1116 IUGG XIX general assembly, Aug——9——22, Vanconver. Canada. [3] Xu. Z. H——Wang, S. Y. . Huang, Y. R. and Gao. A. J 1987 Tectonic stress field of China's continent deduced from a large number of small earthquakes.Ahstnrcn.s. 3. 1115, IUGG XIX general assembly, Aug——9——22, Vancouver, Canada. [4] 许忠淮、汪素云.黄雨蕊、高阿甲、金小锋、常向东,1987.山多个小地震推断的青甘和川滇地区构造应力场的方向特征.地球物理学报,30. 476——486. [5] Richardson, R. M.,Solomon. S. C. and Sleep. N. H.. 1979. Tectonic stress in the plates. Rev. Geophys. Space.Physics. 17, 981——1019. [6] 汪素石、陈培湃,1980.中国及邻区现代构造应力场的数字模拟.地球物理学报,23, 35——45. [7] 汪素云、许忠淮,1985.,中国东部大陆的地震构造应力场.地震学报,7. 17——32. [8] 俞言祥、许忠淮、汪素石,1989对我国大陆地壳应力场观测结果的一种解释,八十年代中国地球物理学进展,284—— 292.地球物理学报编辑委员会编,北京. [9] Fu, R. S. and Huang. P. H,1983. The global stress field in the lithosphere obtained from the satellite gravitational harnwnics. Pho,,. Eurth. Phrrrel. Truer.,31, 269——276. [10] Runcorn. S. K.,1967. Flow in the mantle interred from the low degree harmonics of the geopotential [11] Geupfos.J. R.u.str, Suu.,14, 375——384. [12] 傅容珊、黄培华,1983.利用卫星重力数据计算中国及邻区岩石层内应力场.地球物理学报,26, Supp.641——651 [13] Pettier. W. 8..1985—— Mantle convection and viscoelasticity. ,4rur. Rua. Fluid Much.,17. 561——608 [14] Wu. P. and Pettier. W. 8..1983.Glacial isostatie adjustment and the li——ec air gravity anomaly as a constraint on deep mantle viscosity. Guoplzv.s, J. R. aslr. Suu.,74:377——450. [15] Stacey. F. D. . 1981.地球物理学基础,197——203.地震出版社,北京. [16] Loper. D. E. ,1985—— A simple model of whole mantle convection. J. Guuphr.s. Ru.s.,90. 1809——1836. [17] Davies, G. F. ,1980. Thernal histories of convection earth models and constraints on radiogenic heat produrtion in the earth. J. Geophys. Ru.e.,85. 25l 7——2530. [18] Schubert.G.,Slevenson, D. and Cassen, P. ,1980. Whole planet cooling and the radiogenic heat source contents of the earth and moon. J. Genphv.s, Ru,r.,85. 2531——2538. [19] Fu. R. S. .1986. A numerical study of the effects of boundary conditions on mantle convectian models constrained to tit the low degree geoid coefficients. Phvs. Ecrrrh. Plmrer. Inter,44. 257——263 [20] 博容珊,1989.地球人地水准面异常以及地鳗对流的物理数学模型.计算地球物理学专辑,地球物理学报. [21] Fll, R. S,1989. Earth's geoid anomaly, mantle convection and sU——ess field under the lithosphere. Plrv.s. [22] Eurrh.54,50——54. [23] Liu. H. S. .1985. Geodynamical basis for crustal deformation under the Tibehm plateau. Phys. Eurrh. 40. 43——60. [24] Coodc, A. M——1966. An analysis of major tectonic features. Geophys. J. R. user. Soc. 12, 55——66. [25] Lerch. F.J——IClosko. S. M——Laubscher, R. E. and Wagner, C. A,1979. Gravity model improvement using Geos 3 GEM 9 and 10l.J. Geophys.Res.,84. 3897——3974. [26] 马杏垣,1986.中国及邻近海域岩石圈动力学图.地质出版社,北京. [27] 邓起东、张裕明、许桂林、范福田,1979.中国构造应力场特征及其板块运动的关系.地震地质,11一22 [28] 黄培华、傅容珊,1983.中国岩石层底面地鳗对流状态的探讨.地球物理学报,26, 39——47
[1] McNutt. M.,1987. Lithospheric strss and deformation. Rev. Geophys. . 25, 1245——1253
[2] Zoback,M. L——1987 Global pattern of tectonic intraplate stresses. Abstructs, 3, 1116 IUGG XIX general assembly, Aug——9——22, Vanconver. Canada. [3] Xu. Z. H——Wang, S. Y. . Huang, Y. R. and Gao. A. J 1987 Tectonic stress field of China's continent deduced from a large number of small earthquakes.Ahstnrcn.s. 3. 1115, IUGG XIX general assembly, Aug——9——22, Vancouver, Canada. [4] 许忠淮、汪素云.黄雨蕊、高阿甲、金小锋、常向东,1987.山多个小地震推断的青甘和川滇地区构造应力场的方向特征.地球物理学报,30. 476——486. [5] Richardson, R. M.,Solomon. S. C. and Sleep. N. H.. 1979. Tectonic stress in the plates. Rev. Geophys. Space.Physics. 17, 981——1019. [6] 汪素石、陈培湃,1980.中国及邻区现代构造应力场的数字模拟.地球物理学报,23, 35——45. [7] 汪素云、许忠淮,1985.,中国东部大陆的地震构造应力场.地震学报,7. 17——32. [8] 俞言祥、许忠淮、汪素石,1989对我国大陆地壳应力场观测结果的一种解释,八十年代中国地球物理学进展,284—— 292.地球物理学报编辑委员会编,北京. [9] Fu, R. S. and Huang. P. H,1983. The global stress field in the lithosphere obtained from the satellite gravitational harnwnics. Pho,,. Eurth. Phrrrel. Truer.,31, 269——276. [10] Runcorn. S. K.,1967. Flow in the mantle interred from the low degree harmonics of the geopotential [11] Geupfos.J. R.u.str, Suu.,14, 375——384. [12] 傅容珊、黄培华,1983.利用卫星重力数据计算中国及邻区岩石层内应力场.地球物理学报,26, Supp.641——651 [13] Pettier. W. 8..1985—— Mantle convection and viscoelasticity. ,4rur. Rua. Fluid Much.,17. 561——608 [14] Wu. P. and Pettier. W. 8..1983.Glacial isostatie adjustment and the li——ec air gravity anomaly as a constraint on deep mantle viscosity. Guoplzv.s, J. R. aslr. Suu.,74:377——450. [15] Stacey. F. D. . 1981.地球物理学基础,197——203.地震出版社,北京. [16] Loper. D. E. ,1985—— A simple model of whole mantle convection. J. Guuphr.s. Ru.s.,90. 1809——1836. [17] Davies, G. F. ,1980. Thernal histories of convection earth models and constraints on radiogenic heat produrtion in the earth. J. Geophys. Ru.e.,85. 25l 7——2530. [18] Schubert.G.,Slevenson, D. and Cassen, P. ,1980. Whole planet cooling and the radiogenic heat source contents of the earth and moon. J. Genphv.s, Ru,r.,85. 2531——2538. [19] Fu. R. S. .1986. A numerical study of the effects of boundary conditions on mantle convectian models constrained to tit the low degree geoid coefficients. Phvs. Ecrrrh. Plmrer. Inter,44. 257——263 [20] 博容珊,1989.地球人地水准面异常以及地鳗对流的物理数学模型.计算地球物理学专辑,地球物理学报. [21] Fll, R. S,1989. Earth's geoid anomaly, mantle convection and sU——ess field under the lithosphere. Plrv.s. [22] Eurrh.54,50——54. [23] Liu. H. S. .1985. Geodynamical basis for crustal deformation under the Tibehm plateau. Phys. Eurrh. 40. 43——60. [24] Coodc, A. M——1966. An analysis of major tectonic features. Geophys. J. R. user. Soc. 12, 55——66. [25] Lerch. F.J——IClosko. S. M——Laubscher, R. E. and Wagner, C. A,1979. Gravity model improvement using Geos 3 GEM 9 and 10l.J. Geophys.Res.,84. 3897——3974. [26] 马杏垣,1986.中国及邻近海域岩石圈动力学图.地质出版社,北京. [27] 邓起东、张裕明、许桂林、范福田,1979.中国构造应力场特征及其板块运动的关系.地震地质,11一22 [28] 黄培华、傅容珊,1983.中国岩石层底面地鳗对流状态的探讨.地球物理学报,26, 39——47 |
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