1) interval mixed energy
区段混合能
1.
By introducing the concept of interval mixed energy, the key to solve differential Riccati equation is transformed into integrating matrices of interval mixed energy efficiently.
区段混合能方法将微分Riccati方程的求解转化为区段混合能矩阵的计算。
2.
Based on the analogy theory between structural mechanics and optimal control,the interval mixed energy was defined for the concerned H∞ filtering system.
通过引入增广向量,将时滞系统方程转化为不显含时滞的标准离散方程,并基于计算结构力学与最优控制之间的模拟理论,引入区段混合能的概念,采用扩展的Wittrick-Williams算法求解H∞滤波系统的抗干扰性能指标,进而得到时滞对滤波系统抗干扰性能指标的影响,并同时方便地完成了时滞滤波器的设计和滤波方程的求解。
2) two-stage mixing
二段混合
4) blended hard segments
混合硬段
5) sub-region mixed energy principle
分区混合能量原理
1.
The sub-region mixed finite element is developed based on the sub-region mixed energy principle.
基于分区混合能量原理的分区混合元法是一种高精度有限元方法,可用于分析含裂纹、孔洞、切口等缺陷的问题。
6) feed jet mixing section
进料混合段
1.
The gas particle two phase flow behavior in the prelift and feed jet mixing sections of a riser was present.
重点介绍了提升管内在预提升段及进料混合段内的气固两相流动的特征 ;提出了进料混合段的分段分区两相流动的特征 ,并指出了适宜的进料位置及尚需改进的内容。
补充资料:混合吉布斯能
Gibbsenergyofmixing:溶体的自由焓与其诸组元在未混合前的自由焓的总和之差。
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