1) the method of moments
矩分析法
2) matrix analysis method
矩阵分析法
1.
a matrix analysis method, is put forward to calculate the reliability of discrete multiform system on the basis of analyzing the basic characteristics of such kinds of systems.
针对典型的二态系统可靠性数学模型存在的缺陷,在分析离散多态系统基本特点的基础上,提出了一种求解离散多态系统可靠性的新方法──矩阵分析法。
2.
In the condition of sharp market competition, the financial strategy of anchitectural enterpriseshas already been the advantaged arm which improves their stuff and strengthens their competitive ability Thematrix analysis method is an effective method for anchitectural enterprises in constituting their financialstrategy and it can provide a concrete thinking in cooking out the strategy.
矩阵分析法是制定建筑企业财务战略的有效方法,可为财务战略的制定提出具体的思路。
3.
The matrix analysis method is adopted to analyze thermal system of the whole plant in this system.
本系统开发中采用了目前比较先进的矩阵分析法对全厂热力系统进行分析,矩阵分析法由于其规律性强,形式简单,易于使用等特点,已得到广泛的应用,而且矩阵分析法采用了测量精度较高的热力系统状态参数为计算数据,可避免传统的采用以测量主蒸汽流量为基础计算热耗引起的误差。
3) matrix method
矩阵分析法
1.
By using matrix method, the effects of relevant factor influencing turnover time of wagons are also quantitatively analyzed.
用多项式拟合法 ,对全路 1 988~ 1 998的货车主要运用指标的变化趋势 ,进行了拟合分析 ;同时运用矩阵分析法 ,定量地分析了相关因素对影响货车周转时间的影响结果。
2.
Theoretical analysis and numerical simulation using matrix method are given.
介绍了一种用一个均匀相位模板制作双波长布喇格光栅的方法;对这种方法制作的双波长布喇格光栅进行了理论分析,用矩阵分析法,对其进行了数值模拟。
5) matrix-measure method
矩量法分析
1.
This paper introduces a design method of a mini-type Direct Sequence/Time Hopping(DS/TH) hybrid spread spectrum broad band antenna based on matrix-measure method of modern antenna theory and computer aided design.
为了研制一种直接序列与跳时混合扩频的小型宽带通信天线,采用了近代天线理论的矩量法分析和计算机进行辅助设计,获得了带宽在35 MHz~116 MHz频率范围,驻波系数ρ<2。
2.
This paper introduce a kind of minitype wideband communication antennae Integrating straight extend frequency with hopping time extend frequency and how to design this antennae with computer and neoteric antennae theoretical matrix-measure method.
本文介绍用近代天线理论的矩量法分析并用计算机进行辅助设计的一种直扩与跳时混合扩频的小型宽带通信天线。
补充资料:容量分析法(见化学分析法)
容量分析法(见化学分析法)
容t分析法见化学分析法
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