1.
Displacement Characteristics of the Surrounding Rock and the Influencing Factors Analysis when Tunnel Excavating towards the Geological Interface
隧道开挖面接近地质界面时围岩位移特征及其影响因素分析
2.
Removal and transfer process of phosphorus between substrate and overlying water in riparian wetlands
磷素在湖滨湿地基质-上覆水界面中的迁移过程
3.
CHARACTERISTICS AND PETROLEUM GEOLOGIC SIGNIFICANCES OF THE SEQUENCE BOUNDARY SURFACE OF CAMBRIAN STRATA IN TARIM BASIN
塔里木盆地寒武系层序界面特征及其油气地质意义
4.
Identification of Uncomformity Plane at the Bottom(K_2qn~3) of Qingsan Member in the Songliao Basin and Its Implication for Petroleum Geology
松辽盆地青山口组三段底界不整合面的发现及石油地质学意义
5.
dielectric semiconductor interface
电介质 半导体界面
6.
Research on the Change of Groundwater Quality and the Interface of Salt and Fresh Water in the Representative Area of North China Plain;
华北平原典型区地下水质及咸淡水界面变化研究
7.
Phosphorus Characteristics among Sedimentwater Interface Coupled with the Simulated Water Quality Impacts for Wetlands Located in South Region of Taihu Lake Basin;
太湖流域南区湿地土水界面磷素特征及水质响应模拟研究
8.
Ideas of Reforming Teaching the World Geography in Teachers Colleges for Quality Education;
对面向素质教育的师专《世界地理》课程教学改革的思考
9.
Phosphorus Characteristics and the Impact to Water Quality Across Interface of Overlying Water and Sediment of Xiazhuhu Wetland in Northern Zhejiang Province,China
浙北下渚湖湿地上覆水-底泥界面磷素特征与水质响应研究
10.
Mesozoic and Cenozoic formations outcrop most completely in the Kuqa region in Tarim basin, and Kuqa river profile is the most representative one.
库车地区是塔里木盆地中、新生界出露最全的地区，库车河地质剖面最有代表性。
11.
cement-formation interface
固井水泥与地层的界面
12.
standard global geochronologic scale
标准世界地质年代表
13.
Study on Surface and Interfacial Characteristics of HfO_2 High-k Gate Dielectric
HfO_2栅介质的表面界面特性研究
14.
When an inhomogeneous plane wave is introduced into a dense dielectric layer, it can bounce between the two boundaries.
把一非均匀平面波引进折射率较高的介质层时，它会在上下界面间来回地“弹”射。
15.
Analysis of the Water Quality of Hanjiang Songyuan River Provincial Boundaries and Environmental Countermeasures;
韩江松源河省界界面水质现状及环境管理对策
16.
Bimaterial Interface Problem is Analyzed Using Reduction Method of B·E·M;
边界元子域缩聚法分析异质材料界面问题
17.
Investigation of Phase Equilibria and Interfacial Properties for Supercritical Carbon Dioxide Mixture
超临界二氧化碳体系的相平衡和界面性质研究
18.
Thus making full use of bio-energy can relieve the problem of energy crisis in the whole world.
因此充分合理地利用林木生物质能源,可以缓解世界范围内面临的能源危机问题。