Power-law Distribution of Normal Fault Displacement and Length and Estimation of Extensional Strain due to Normal Faults:A Case Study of the Sierra de San Miguelito,MexicoOA
Power-law Distribution of Normal Fault Displacement and Length and Estimation of Extensional Strain due to Normal Faults:A Case Study of the Sierra de San Miguelito,Mexico
The Sierra de San Miguelito is a relatively uplifted area and is constituted by a large amount of silicic volcanic rocks with ages from middle to late Cenozoic. The normal faults of the Sierra de San Miguelito are Domino-styl…查看全部>>
The Sierra de San Miguelito is a relatively uplifted area and is constituted by a large amount of silicic volcanic rocks with ages from middle to late Cenozoic. The normal faults of the Sierra de San Miguelito are Domino-style and nearly parallel. The cumulative length and displacement of the faults obey power-law distribution. The fractal dimension of the fault traces is -1.49. Using the multi-line one-dimensional sampling, the calculated exponent of cumula…查看全部>>
XU Shunshan;A. F. NIETO-SAMANIEGO;S. A. ALANIZ-(A)LVAREZ
Universidad Nacional Autónoma de México, Centro de geociencia, Apartado Postal 1-742,76001 Querétaro, Qro., MéxocoInstitute of Geomechnics, Chinese Academy of Geological Sciences, Beijing 100081, ChinaInstituto Mexicano del Petróleo, Programa YNF, Eje Central L(a)zaro C(a)rdenas No.152, Col. San Bartolo Atepehuac(a)n, C.P. 07730, México, D.F., México
power-law distributionnormal faultssmall faultsfinite strainMexico
power-law distributionnormal faultssmall faultsfinite strainMexico
《地质学报（英文版）》 2005 (1)
36-42,7
This research was supported by grants PAPIITIN113399 and CONACYT-33087-T.
评论