1)surface simulation地表模拟
英文短句/例句
1.Research of Application of LOD Algorithm to 3D Terrain SimulationLOD算法在3D地表模拟中的应用研究
2.Numerical Modeling of Seismic Wave Field with Irregular Topography;起伏地表条件下的地震波场数值模拟
3.Water temperature model and simulation of surface water source heat pumps地表水地源热泵水温模型与水温模拟分析
4.FLAC Simulation and Research of Earth Surface Deformation during Hydraulic Fracturing水力压裂地表变形的FLAC模拟研究
5.Numerical Simulation for Ground Settlement Induced by Foundation Pit Dewatering基坑降水引起地表沉降过程数值模拟
6.Development of a Remote-modeling System of InSAR Deformation and a Case Study of Coseismic DeformationInSAR干涉形变场远程模拟系统实现与地震地表形变场模拟算例分析
7.Model for chemicals transfer to surface runoff in unsaturated soil and its analytical modeling非饱和土中溶质地表径流迁移模型及解析模拟
8.Numerical Simulation of Ground Subsidence Induced by Underground Excavation on Shirengou Mine;石人沟铁矿地下开采引起地表沉陷数值模拟
9.The Simulated Test of the Wind Erosion & Wind Tunnel on Wind Contour Characteristics Close to Ground Surface at Typical Wind Erosive Region;典型风蚀地况近地表风廓特性的风洞模拟研究
10.The Multi-Dimension Data Model of Virtual Geographic Environments and Its Expression in Geographical Processes;虚拟地理环境的多维数据模型与地理过程表达
11.Numerical Simulation Analysis on Ground Surface Settlement Induced by Subway Shield Construction地铁盾构施工引起地表沉降的数值模拟研究
12.Discussion on Influence of Underlying Surface on Groundwater-Surface Water Coupled Numerical Simulation地下水-地表水耦合模拟中下垫面影响初探
13.Feedback Simulation of the Earth Surface Changes to the Climate in the East of Northwest China西北地区东部地表变化对气候的反馈模拟
14.Simulating the Effect of Changed Vegetation on the Climate Change in Eurasia地表植被改变对气候变化影响的模拟研究
15.Simulation Research on the Surface Moving Rule Due to Mining in Steep and Multiple Coal Seams;急倾斜多煤层开采地表移动规律模拟研究
16.The Spectral Element Method for Elastic Wave Simulation in a Formation with a Topographic Traction Free Surface;谱元法模拟起伏自由表面地层中的弹性波传播
17.Study of Numerical Simulation and Application on Thick-Alluvium Surface Subsidence;厚冲积层地表沉陷数值模拟及应用研究
18.Study on Numerical Simulation of Ground Movement in Steep Coal Seam Mining;急倾斜煤层开采地表变形的数值模拟研究
相关短句/例句
surface runoff modeling地表径流模拟
1.The quality of surface runoff modeling is limited by horizontal and vertical accuracy of digital elevation model.用数字高程模型进行地表径流模拟时 ,由于网格精度和高程精度的限制 ,使得在某些局部的模拟结果不理想。
3)Surface water modeling system地表水模拟系统
4)Hydrological Flow Modeling地表流水模拟算法
5)surface simulation表观模拟
1.The development of surface simulation system of 3D braided preform;三维编织预制件表观模拟系统的开发
2.According to the practical need, the arithmetic of 3-D tapered braided preform surface simulation is designed, and after the computer programming and testing, the surface simulation of four-step 3-D tapered braided preforms is achieved.对四步法三维编织减纱预制件表面外观进行了分析,结合实际工作需要,设计了三维编织减纱预制件的计算机表现模拟算法,并经过编程和测试实现了四步法三维编织减纱预制件的计算机表观模拟。
6)mimotope模拟表位
1.Identification and application of 7 peptide mimotope which binded to monoclonal antibody of anti-deoxynivalenol;脱氧雪腐镰刀菌烯醇七肽模拟表位淘选及应用
2.Screening of LPS mimotope by phage-displayed peptide library;利用噬菌体肽库筛选脂多糖的模拟表位
3.Development and preliminary identification of the attenuated Salmonella typhimurium vaccine expressing the gastric cancer MG7-Ag mimotope;表达胃癌MG7-Ag模拟表位的减毒鼠伤寒杆菌疫苗的研制和初步鉴定
延伸阅读
地表沉陷 由地下采空区顶板的冒落所造成的地面变形。在长期承载过程中，采空区矿柱系统中一些最薄弱部位往往会因风化、地震等作用而首先破坏。局部破坏的累积，最终波及整个系统。一般当矿柱的破坏率超过60％时，采空区顶板就要发生冒落，并或多或少地波及到地表。大范围的采空区顶板冒落通常是突发性的，往往伴随有强烈的气浪冲击，且多引起地表沉陷和张裂，造成地上或井下建筑物的破坏。有时，沉陷中形成的裂缝还可使地表水或地下水大量流入井下，直接威胁采矿工作的安全。如湖南锡矿山南矿就曾多次发生大规模的采空区冒落。最大一次冒落面积达34000平方米,使地表产生急剧的下沉和张裂,最大下沉量达1.075米,下沉范围近96000平方米，致使地表的一些井架和烟囱偏斜和弯曲。通常，地表沉陷的范围大于采空区。沉陷洼地的边界与采空区边界连线的倾角称移动角，是预测沉陷范围的重要数据。除此之外，最大沉陷量和下沉速度也是评价开采沉陷的重要指标，可根据经验公式进行预测。为防止这类沉陷的发生，应在采掘中合理地设计矿柱系统及开采空间的大小，以保证采空区顶板的长期稳定。在可能发生地表沉陷的地区进行建设，应采取结构措施保证建筑物不被破坏。
