English translation for "目标层"

destination layer

Example Sentences:

	1.	Descending to target level 下降到目标层。
	2.	Therefore , a complete framework of financial control of enterprise group that can reflect the characteristics mentioned above should be composed of target , governance and management 因此反映上述特征的企业集团财务控制完整架构应由目标层、治理层和管理层所组成。
	3.	Yangtze river delta , the largest littoral elonomic region in china , is also the most attractive tourist region in china and has great development potential 摘要长江三角洲是目前我国最具吸引力、潜力最大的旅游经济区，对其旅游客源市场结构进行研究有利于明确其客源市场目标层，从而制定切实可行的客源市场开发战略。
	4.	The first layer is target layer . the second criterion layer includes 3 2nd - layers , which are sustainable environmental index ( en ) , sustainable economic index ( ec ) and sustainable social index ( sc ) . the third has 12 indicators and the fourth has 29 indicators 该指标体系包含四层,分别为目标层(博乐城市可持续发展) 、准则层(经济可持续发展、社会可持续发展和环境可持续发展三个指标) 、指标层(含12个指标)及分层指标(含29个指标) 。
	5.	At the same time , that how to choose indexes and how to establish the evaluation indexes system is researched . based on the analysis above , according to the special conditions of guanzhong area , the evaluation indexes system of water resource sustainable utilization in guanzhong area is established 在此基础上，针对关中地区特殊条件和资料来源，建立关中地区水资源可持续利用评价指标体系，该指标体系设立目标层、准则层、领域层和指标层4个层次的指标。
	6.	Main research results and conclusions of the study are as follows : 1 ) an assessment indexes framework for evaluating aesd in plain region was established , which is composed of four hierachical levels ( objective level , systemic level , static level and elements level ) , four subsystems and 38 assessment indicators . results of application showed that the indexes framework was suitable , practical , convenient and scientific for assessment 主要研究结果和结论如下： 1 )确定了由目标层、系统层、状态层和要素层构成，具有4个子系统、 38个具体评价指标的区域农业生态系统可持续发展定量评价指标框架，应用研究表明该评价指标体系具有科学、简便、实用性强等特点，适宜于平原地区县级区域进行农业生态系统可持续发展的评价。
	7.	In order to geosteering , log - geology model of target formation should be built according to logging data and the interpreting result of wells nearby . geosteering parameters model is created to build simulative curves . compared these curves with logging curves , the position and drilling direction of the bit can be found combined with the concrete geological situation 要实现地质导向，首先要根据邻井的测井资料及其解释结果建立目标层测井地质模式，然后通过建立地质导向参数的预测模型构造相应的模拟曲线，将模拟曲线与实测曲线进行对比，结合具体地质情况，确定钻头在目标层中的位置及其钻进方向，及时调整井眼轨迹，使其始终保持在目标层中物性最好的部位。
	8.	The model includes three aspects ( 1 ) objective : aspect . regional leading industry choice ( 2 ) criterion aspect : comparative advantage criterion , industrial relationship criterion , technology advancement criterion , market potential criterion ( 3 ) norm aspect : location quotient , comparative labor productivity , comparative fund profit and tax rate , area ’ s added value proportion , industrial influence coefficient , industrial sensitivity coefficient , technology advancement speed , technology progresses contribution rate , growth rate , demand income elasticity 模型共分三层:目标层? ?区域主导产业选择;准则层? ?比较优势基准、产业关联基准、技术进步基准、市场潜力基准;指标层? ?区位商、比较劳动生产率、比较资金利税率、区内增加值比重、产业影响力系数、产业感应度系数、技术进步速度、技术进步贡献率、增长率、需求收入弹性。
	9.	This study made a conclusion ? amely in order to realize following the geological target while drilling , on the basis of making a better geological and drilling design for horizontal well , we must make full use of mwd , lwd and integrate logging to carry out lithfacy identifying in real time , the lwd interpretation and formation evaluation , to set up geological model of target formation , to select geosteering marked formation and compare simulative curves with lwd curves f to fix on the drilling direction of bit upper and declination , the position in target oil - gas layer , to revise borehole track in real time , to make it extend in reservoir better interval as possible 研究认为，在做好水平井地质设计和钻井设计的基础上，要实现随钻跟踪地质目标钻井，必须充分利用随钻测量、随钻测井和录井等资料，从实时岩性识别、随钻测井解释和地层评价、目标层地质模型建立、导向标志层的选取及模拟曲线对比等方面入手，确定钻头上下倾钻进方向及在目标层中的位置，以实时调整井眼轨迹，使其尽可能在储层物性较好的部位延伸。
	10.	This paper proposes a method for optimizing the parameters of geometry system . based on the ray tracing for the built - model , discussing and analyzing the parameters of geologic aim such as the bin size , calculating the fold of aim layer ' s common reflection point , comparing the fold of crp with the fold of common mid - point , the geometry system ' s parameters are adjusted to improve the low fold bins , the quality of data collection and effect of exploration 本文提出了首先建立目标地质体的数字模型，根据射线追踪正演分析，目标地质体的参数分析(面元分析等) ，统计求取复杂地质模型目标层真正的共反射点覆盖次数，比较cmp面元与实际crp面元的覆盖次数差异， cmp道集对应的共反射点面元分析，针对覆盖次数较低的目标层面元调整和优化观测参数，提高目标层的采集质量和勘探效果。

Similar Words：

"目标参照性考试" English translation, "目标操作" English translation, "目标测定" English translation, "目标测试题的编制" English translation, "目标测位" English translation, "目标层次" English translation, "目标差" English translation, "目标差评分" English translation, "目标长度" English translation, "目标长度传送装置" English translation