1) optimal base number (OBN)
最佳基数目
3) optimal cluster heads
最佳簇数目
4) optimum number of optical fiber lines
最佳光路数目
1.
And then,the paper gives the calculation method of the total length of all optical fiber lines while the permissible optical link loss is determinate and the optical fiber line number is varying , and gets the optimum number of optical fiber lines and maximum total length of all optical fiber lines.
研究了单元星形光纤网中,最多光路数目与最大允许光链路损耗间的关系,推出了在给定最大允许光链路损耗,不同光路数目时的各光路总纤长的求算方法,进而得到最佳光路数目与最大总纤长,最终得出6条结论。
5) optimal parameter
最佳参数
1.
In the paper, the result the dynamic vibration absorber is used in restraining two types of different vibrations have been compared and a optimal parameter computering formula of dynamic vibration absorber for restraining random vibration have been put forward.
对动力吸振器用于抑制两类不同振动时进行了比较，提出了一种抑制随机振动的动力吸振器的最佳参数的计算公式。
2.
In the paper,two types of dynamic vibration absorbers with diffrent action are compared under random excitation,and the formulas for calculating optimal parameters of the second type of dynamic vibration absorber which is used to control the relative motion between vibration body and ground are presented.
本文在随机激励下将两类不同作用的动力吸振器进行了比较 ,提出了在随机激励下控制振体与基础之间相对运动的第 2类动力吸振器最佳参数的计算公式。
6) optimum parameters
最佳参数
1.
In this paper,the flocculent effect Optimum parameters and properties are studied of magneticcomposite flocs formation in the treatment of high turbidity water using magnetic, owder and plocculants such as alumino-salt flocculant and high polymer PAM.
本文系统研究了铝盐及有机高分子絮凝剂与磁粉在高浊度原水中复合投加的絮凝效果和含磁絮体形成的最佳参数 ,并通过比较处理效果 ,出水沉降时间和含磁絮体的显微结构 ,验证了本磁絮凝方法处理高浊度原水效果更好 ,停留时间更短的预估 ,且絮体含磁易分离 ,为管式絮凝器采用磁絮凝和高梯度磁分离工艺提供了参数依据和高效絮凝分离一体化、管道化的可行性证明。
2.
In this paper, the flocculent effect, optimum parameters and properties were studied in magnetic composite flocs formation for the treatment of high turbidity water using magnetic powder and flocculants, such as Ferro-salt flocculant and high polymer PAM.
本文系统研究了铁盐及有机高分子絮凝剂与磁粉在高浊度原水中复合投加的絮凝效果和含磁絮体形成的最佳参数，并通过比较处理效果，出水沉降时间和含磁絮体的显微结构，验证了本磁絮凝方法处理高浊度原水效果更好，停留时间更短的预估，且絮体含磁易分离，为管式絮凝器采用磁絮凝和高梯度磁分离工艺提供了参数依据和高效絮凝分离一体化、管道化的可行性证明。
补充资料：基数标准(见基数)
基数标准(见基数)
level of basic load
lishu biaozhun基数标准(level of basic load)见基数。
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