2) Lithospheric density structure
岩石层密度结构
3) rock density
岩石密度
1.
Rock density structure in Bangong-Nujiang suture zone and its significance;
青藏高原班公湖-怒江缝合带域岩石密度结构及意义
2.
Infrared survey practice showed that the rock density change aroused by geological structure is the leading factor that affects rock body surface infrared radiation distribution.
红外探测实践表明 ,地质构造引起的岩石密度变化是影响岩石表面红外辐射分布的主导因素 。
4) 3D Lithospheric density structure
岩石层三维密度结构
5) lithostratigraphy
[英][,liθəstrə'tigrəfi] [美][,lɪθəstrə'tɪgrəfɪ]
岩石地层
1.
Middle-Lower Ordovician lithostratigraphy in the Hangzhou area, Zhejiang;
浙江杭州地区中下奥陶统岩石地层研究
2.
Advances in the study of the Jurassic-Cretaceous lithostratigraphy in the Luanping basin,north ern Hebei;
冀北滦平盆地侏罗系——白垩系岩石地层研究新进展
3.
Cretaceous lithostratigraphy and sedimentary environment in the Ulan Ul Lake area,northern Qiangtang;
北羌塘乌兰乌拉湖地区白垩纪岩石地层及沉积环境
6) petrostratigraphy
岩石地层
1.
Characteristics of Yaojia Formation petrostratigraphy and sedimentary environment in the Songnen Basin in the Fuyu,Yushu areas;
松嫩盆地扶余、榆树地区姚家组岩石地层与沉积环境
2.
Through the practice, this method is better than that of mapping by petrostratigraphy unit to get both petrology and sequencestratigraphy geological map showing more informations about sea level change, globe constrast, basin filling and g
实践证明这种方法比单纯的岩石地层单位填图具有一定的优越性 ,表现在研究程度和制图水平显著提高 ,地质图具有岩石、层序双重含义 ,为海平面升降、全球对比、盆地充填等重大地质基础问题及地质找矿和成矿预测提供了更多更广的地质信
3.
Correlation between the Xujiahe Formation and the Xiangxi Group is performed by using various methods, such as petrostratigraphy, seismic stratigraphy, event stratification and high resolution cyclic stratigraphy, and the Upper Triassic in the whole basin is correlated.
通过岩石地层、地震地层、事件地层及高分辨率旋回地层等多种方法讨论了须家河组与香溪群各岩性段的对比关系,得出了全盆地上三叠统的对比关系;指出须四段底可近似看成等时界面;须家河组下部地层自西向东、向南逐层超覆在雷口坡组之上,上部地层在盆地西北部自东南向西北方向剥蚀层位渐次变老。
补充资料：岩石地层单位
见地层分类系统。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条