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深钻岩芯隐裂隙中微粒结构的发现 被引量:1

A Discovery of the Micro-grain Texture in the Hidden Crack Concealed in Deep Drill Core
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摘要 上世纪90年代,我们参加了美国"大陆地壳深部观察和取样计划(Deep Observation and Sampling of the Earth'sContinental Crust,DOSECC for Short)"的加州Cajon Pass科学深钻岩心裂隙构造应力场研究工作[1,2],至今仍对岩芯中晚中生代花岗岩里韧脆性隐裂隙进行扫描电镜(SEM型号HITACH,S-415A、EDAX为PV9100)观察研究,发现其具有球形密集微粒结构,简述如下:
出处 《科学技术与工程》 2002年第3期65-66,共2页 Science Technology and Engineering
基金 国家自然科学基金(40173001 40172072) 油气藏地质及开发工程国家重点实验室(PLN0105)
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  • 1[1]Wang Chiyuen ,Sun Yan. Oriented Microfractures in Cajon Pass Drill Cores:Stress Field Near the San Andress Fault. Jour Geophysical Research, 1990;95(B7): 1 1135 - 1 1142
  • 2[2]Sun Yah,Wang Chiyuen. A preliminary study on the micocharacteristics of ductil-brittle alternate deformation of rock under the same stress field. Annual Report-Supplement of Jour. Nanjing University, English Series 1,1993;29:67 - 73
  • 3[3]Herweigh M,Handy M R,Heilbronner R. Evolution of mylonitic microfabric(EMM):a computer application for educational purposes.Tectonophysics, 1999;303:141 - 146
  • 4[4]Trimby P W,David J P. Microstructural imaging tecniques:a comparison between light and scanning electron microscopy.Tectonophysics,1999;303:71 - 81
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