1) ground-blocks evaluation
地块评价
1.
Based on the ground-blocks evaluation theory for level gray-related degree.
指出土地投资决策涉及到的很多模糊性和不确定性因素,是个灰色系统,基于层次灰关联度的地块评价原理,探讨了基于层次灰关联度的地块评价步骤,并结合实例进行了说明,以提高决策的科学性和精确性。
2) evaluation module
评价模块
1.
The paper completed a design and development of DFA evaluation module using UG, one of the most extensive CAD/CAM Software used today; furthermore according to the project of concurrent engineering performed in certain company, confirmed the feasibility of the developed module taking an instance in the project.
以目前广泛使用的CAD CAM软件UG作为开发平台 ,完成了DFA评价模块的设计、开发 ;同时结合某公司并行工程项目的实施 ,以具体实例证明了该开发模块的可行性。
3) modular evaluation
模块评价
4) blocks evaluation
区块评价
1.
The double factors method for blocks evaluation and its application in the blocks of the northern edge of East Qinling-Dabie orogenic belt,China
区块评价双因素法及其在东秦岭-大别造山带北侧区块的应用
5) TMS320C5X evaluation module
TMS320C5X评价模块
6) geological evaluation
地质评价
1.
The coal adsorption curve is used to describe the characteristics of adsorption(desorption) of coal to gas under certain conditions,and also the important data for the coal-seam geological evaluation,the measures and assessments of production test.
煤岩吸附曲线是描述在一定条件下煤对气体的吸附(解吸)的性质,是煤层地质评价、试采措施及评估的重要资料。
2.
By using the massive statistical results from the third oil-gas resource assessment of the PetroChina Limited Company,an improved model including four sub-models of geological evaluation,resources evaluation,economical evaluation and integrated optimum seeking and a set of related methods for integrative evaluation of plays were presented.
充分利用中国石油天然气股份公司三轮油气资源评价大量数据统计成果 ,提出了一个改进的区带综合评价模型与方法 ,其中包括地质评价、资源评价、经济评价、综合优选等 4个子模型以及一套实现方法。
3.
When a trap is assessed by way of the fuzzy judgment, the result of the geological evaluation of trap is quantified, for that the different geological factors have a different effect on the possibility of trapped oil and gas is taken into account.
用模糊数学综合评判方法评价圈闭 ,考虑了不同地质因素对圈闭含油气性的不同影响 ,并根据地质家的经验和地质过程对圈闭含油气性的影响程度赋予不同地质因素不同的权重 ,使圈闭地质评价定量化 ,能及时、迅速地为勘探规划部署指明方向 ,并提供较准确的目标。
补充资料：地下水水资源评价(见水资源评价)
地下水水资源评价(见水资源评价)
d ixiashui shuiziyuan Ping】ia地下水水资源评价见水资源评价。
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