1) structural area
构造面积
2) area construction method
面积构造法
3) area of structure
建筑面积,构造物面积
4) sedimentary-tectonic transform surface
沉积-构造转换面
5) sedimentary structure
沉积构造
1.
Sedimentary Structures and Environmental Interpretation of Majiagou Formation(middle ordovician)in Jiaozuo,Western Henan
豫西焦作中奥陶统马家沟组沉积构造及其环境解释
2.
Based on further analysis of the image logging data and combined with conventional logging data and seismic data,the lithology,sedimentary structure,sedimentary microfacies,sedimentary evolution,provenance of the ar- ea have been further studied.
对克拉玛依油田八区下乌尔禾组15口井进行了成像测井,在深入剖析了这些成像测井资料基础上,结合岩心、常规测井、地震等资料,对该区岩性、沉积构造、沉积微相、沉积演化、物源方向等进行了详细的研究。
3.
Abundant the submarine hydrothermal water venting—flowing sedimentary structures were found in barite deposits, which are barite-vein structure in basal carbonaceous shale, eroding structure on basal carbonaceous shale, barite-discus structure and barite-pillar structure in basal barite deposit, thick bed barite, barite-stripe structure, horizontal .
通过系统的野外调查,发现其中包含有大量的海底热水(液)喷流沉积形成的脉状构造、冲刷构造、饼状体构造、柱状体构造、块状构造、斑状构造、水平纹层构造、碳质膜壳构造等沉积构造和沉积构造序列,同时具有热水(液)喷流成因的黄铜矿、闪锌矿、黄铁矿、钡冰长石等典型矿物。
6) sedimentary structures
沉积构造
1.
Establishing interpretation models of sedimentary structures of Silurian in central Tarim Basin by applying logging data;
应用测井信息建立塔中地区志留系沉积构造解释模型
2.
The total sedimentation was that rivers were branching and migrating frequently,and the sedimentary structures and fossil of ichnite were growing generally.
其总体沉积特征为:河道频繁分支与迁移,发育各种沉积构造及生物遗迹化石。
补充资料:比表面积
分子式:
CAS号:
性质:单位体积或单位质量固体的表面积,通常用1g固体的总表面积表示。由于制备条件的不同,固体与气相接触的表面大小可有很大差异。多孔性和细碎性固体的表面积包括内表面和外表面,内表面由其内部孔隙和裂缝缝隙面积构成,外表面是固体外部的几何面积,二者之和为总表面积。比表面通常用物理吸附法测定,如BET容量法、重量法、流动色谱法等。有时也可用液相吸附法测定。对比表面大于1m2/g的样品常用低温氮吸附容量法或流动法,而小表面则用低温氪吸附法。对于非孔性固体,也可根据测出的粒子大小计算比表面。
CAS号:
性质:单位体积或单位质量固体的表面积,通常用1g固体的总表面积表示。由于制备条件的不同,固体与气相接触的表面大小可有很大差异。多孔性和细碎性固体的表面积包括内表面和外表面,内表面由其内部孔隙和裂缝缝隙面积构成,外表面是固体外部的几何面积,二者之和为总表面积。比表面通常用物理吸附法测定,如BET容量法、重量法、流动色谱法等。有时也可用液相吸附法测定。对比表面大于1m2/g的样品常用低温氮吸附容量法或流动法,而小表面则用低温氪吸附法。对于非孔性固体,也可根据测出的粒子大小计算比表面。
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