1) log-barrier parameter
对数障碍参数
2) barrier parameter
障碍参数
1.
The process of how to get barrier parameters which are decided by their physics meaning and the character of the power system is discussed in detail.
文中通过对障碍参数确定方式的研究,根据障碍参数的物理本质以及电力系统本身的特点,提出了在运用原对偶内点算法分析电力系统无功优化时,应根据不同物理意义的变量来确定相应障碍参数的方法。
3) log-barrier method
对数障碍法
4) logarithmic barrier function
对数障碍函数
1.
By use of hybrid coding and dynamic regulation of selection, crossover and mutation operators and leading the logarithmic barrier function of interior point method into fitness function, the problems such as variable discretion of actual power system and state variables close to boundary, are effectively solved.
改进了传统的遗传算法,采用混合编码和动态调整选择、交叉、变异算子,并在适应度函数中引入了内点法的对数障碍函数,有效地解决了实际系统的离散变量和状态变量易在边界取得的问题。
6) non-dimensional blockage parameter
无因次障碍参数
1.
The research shows that the classification of wave-ridge encounter can be divided into weak interaction,moderate interaction and strong interaction,and that a non-dimensional blockage parameter may be applied efficiently to d.
研究表明,海脊地形对内波的影响可以划分为轻微影响、中度影响和强烈影响(波形破碎)3种程度,无因次障碍参数是划分内波与障碍物交互作用的重要依据———当无因次障碍参数小于0。
补充资料：工程化学障碍物(见化学障碍物)
工程化学障碍物(见化学障碍物)
engineering-chemical obstacle
习U·上日、11匕I一9 nuQXue Zhang’aiwu工程化学障碍物(engineelsng一ehemiealobstacle)见化学障碍物。
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