摘要
以自然界中全息现象存在的的普遍性为指导,以客观存在的地质现象为依据,从全息的角度来对地质现象进行认识,认为局部的地质单元中能够包含其所在的整体的相当一部分甚至大部分信息,或局部地质单元与其所在整体地质环境在多个方面存在很大的相似性和对应性,这种客观存在的、普遍的对应性可以作为地质领域中局部和整体之间某些信息相互预测的依据和手段。这里的"地质单元"包括地质体的空间形态和地质活动的频率两个方面。地质领域的在空间上和时间上均可见到地质全息现象,包括空间上的地质体三维形态和时间上的地质活动频率,分别称为地质空间全息和地质时间全息。
Base on the universality of the existent of the geological holographic phenomena in nature and according as some geology phenomena which dose exist, bring forward the theory of geological holography first time, consider that local geological unit can contain most information of the whole geological environment, or there is a finer comparability and correspondability between them. The correspondability with objectivity and universalism in geology can be a gist and instrument of forecasting each other between the local unit and the whole environment of geology. The ＂Geological unit＂ here includes two facets ： the space characters of geological bodies and the frequencies of geological activities. The geological holographic phenomena can be found in both space and time which in- clude respectively the 3-D configuration of geological bodies and the frequencies of geological activities, which we called them geological configuration holographic and geological time holographic.
出处
《地球科学进展》
CAS
CSCD
北大核心
2008年第3期262-269,共8页
Advances in Earth Science
基金
国家自然科学基金项目“烃源灰岩在超浅层剪切过程中的物理化学响应”(编号:40272082)
国家重点基础研究发展计划项目“构造作用与裂缝体系结构特征研究”(编号:2006CB202401)共同资助
关键词
地质全息
空间全息
时间全息
全息元
Geological holographic phenomena
Geological space holographic
Geological time holographic
Holographic node.
