1) pick-up efficiency
采集率
1.
Considering the complexity of tiny terrain in the mining of ocean cobalt-rich crusts,the relations between pick-up efficiency,waste in-ore rate and cut depth are discussed.
针对大洋富钴结壳开采过程中微地形的复杂性,论述了富钴结壳开采的采集率、废石混入率与切削深度间的关系,进一步分析了在开采中达到某一控制废石混入率时,与切削深度相应的采集率所出现的多极值性问题;在此基础上,引入了遗传算法,并利用其全局寻优性成功地解决了在达到控制废石混入率时获得最大采集率的切削深度的控制问题。
3) collection efficiency
采集效率
1.
The number of CD34+ cells collected, the collection efficiency (CE) of CD34+ cells and the contaminations of red blood cell and platelet in the stem/progenitor cell products of two de.
对CD34+细胞采集量、采集效率以及红细胞与血小板的采集量进行比较。
2.
The improved device has been proved with convenient manipulation and high collection efficiency beyond 90%, which is applicable to all particle size collection from the scope of nano to micron.
改进后的装置操作简单方便,采集效率在90%以上,适用于纳米至微米范围所有粒径的颗粒的采集。
3.
The collection efficiency,impaction efficiency and capture efficiency were analyzed,respectively.
本文基于高温一维下行炉,选用锯屑和兖矿原煤作为燃料,通过自动控温采样枪收集积灰,分析积灰的采集效率、撞击效率和捕集效率等宏观效果参数。
4) frequency collection
频率采集
1.
The multichannel frequency collection system based on VB and DLL;
基于VB和DLL技术的多通道频率采集系统
5) sampling rate
采集速率
1.
The uncertainty of evaluation results of sampling rates of linear measurement system by using the data number counting method in one standard signal period,the courses of analysis and evaluation of uncertainty of sampling rate are described in this paper.
介绍了用标准周期计数法评价线性测量系统采集速率时 ,测量结果的不确定度分析和评价过程 ;讨论了影响评价结果不确定度的几个主要来源 ;给出了减小采集速率评价不确定度的主要措施。
6) power gathering
功率采集
1.
The paper describes the design and working process of power gathering module of electric power telecontrlo terminal,mainly including remote measure,remote signal,remote control and teledata transfer etc.
介绍了电网远动终端功率采集模块的设计及工作过程。
补充资料：电导率(见电阻率)
电导率(见电阻率)
conductivity
d!日nd日O}已电导率(eonduetivity)见电阻率。
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