1) element weight
元素权重
1.
The sense discrimination capacity and element weight were analyzed.
以图形作为实验材料 ,感觉辨别力和元素权重为实验指标 ,高可靠性图形的提示方式 (没有提示、颜色、亮度、闪烁 )为自变量 ,本文研究了不同提示方式对被试决策绩效的影响 ,确定图形显示时较优的提示方式。
2) Weighted variable
变元权重
3) component weight
元件权重
1.
Firstly, the point-by-poing method is integrated with exhaustion method to form a new refinement algorithm for static observability, and a concept of component weight is proposed to distinguish the requirement of observability for diffenret equipments; then, considering the coherency of units and based on ovservable .
首先把逐点法与穷举法结合到一起形成了一种新的静态可观性改进算法,并引入了元件权重的概念来区分对不同设备可观性要求的程度;然后考虑了发电机同调性的影响,以可观性布点为基础,形成了动态可观性的布点;最后根据山东电网2006年夏季大方式的稳定计算结果,结合可观性和发电机同调性,提出了一种分阶段实施的有效PMU布点方法。
4) factor weight
因素权重
1.
ased on the theory of errors and practices of weighting in urban land classification, the standard error and the accuracy of the estimation of the classification factor weights estimated by AHP and Delphi is analyzed.
从城市土地定级因素权重确定的实际问题出发，依据误差理论采用ＡＨＰ法和Ｄｅｌｐｈｉ法计算定级因素权重的精度及其中误差，并依据中误差的高低，探讨了科学确定最终城市土地定级因素权重的方法，最后针对实例进行了有益的尝试。
2.
In fuzzy comprehensive evaluation,how to decide factor weights is very important but difficult,which involves the rationality and authenticity of eveluation results.
利用模糊推理技术,提出了一种基于模糊推理的因素权重确定方法,其利用人们处理复杂问题的逻辑思维方式,建立评价空间和单位评价空间的映射,得到模糊关系方程并用于确定因素的权重。
3.
This text applies AHP to appraisal factor weights assessing problem in the job evaluation,has very strong operation and offer the reliable basis for scientific management in the enterprise.
本文把层次分析法应用于岗位价值评估中的评价因素权重的确定,具有很强的操作性,为企业的科学管理提供了可靠的依据。
5) heavy atom
重元素
1.
This article discusses the instability of some heavy atoms of higher oxidation states in P-block element and the various reasons of the inertial of the electrons,which in a 6s atomic orbital.
从原子轨道的结构特征及有效核电荷等方面讨论了P区重元素的高氧化态的不稳定性,说明造成6 s电子惰性的原因是多方面的。
6) super heavy element
超重元素
1.
With the synthesis of heavy elements approaching the super heavy island,the production cross section becomes smaller and the lifetime of the super heavy element becomes longer,which results in the difficulties for identification of the elements by using conventional alpha decay chain technique.
随着合成的超重元素向超重岛逼近,合成截面越来越小,同时,合成的超重元素的寿命可能相对增长,这对利用α衰变链的传统方法鉴别超重元素是非常不利的。
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参考词条