1)sample-forming抽组
1.The modus operandi of sample-forming mobile medical service team of hospital was expatiated in this paper,which broke the pattern that mobile medical logistic team is limited to army man,and solved the issue of understaffing effectively.本文阐述了医院机动卫勤分队人员抽组的做法,打破了机动卫勤分队只局限于在军人中抽组的格局,有效解决了医院机动卫勤分队抽组时人员不足的问题。
2.Additionally, the author pointed out that the degree of standardization and efficiency of sample-forming of military health strength was higher than the allocation of it.本文借鉴模块化基本原理与方法,对非战争军事行动卫勤力量模块化进行界定与机理研究,并通过汶川抗震救灾卫勤力量使用的实证分析,获得了由功能模块标准化抽组到模块化体系优化部署的卫勤力量模块化基本规律,提出目前非战争军事行动卫勤力量抽组的标准化程度与效率高于卫勤力量部署,为进一步提高非战争军事行动卫勤保障水平提供借鉴。
2)a group of core-drawing一组抽芯
3)Medicine sample-forming医疗抽组
4)extraction steam turbine抽汽机组
1.Finally,the strategies of DEH control system used by extraction steam turbine running in isolated grid are discussed in depth.根据处于孤立电网运行的某热电厂4#机组DEH系统的投运情况,结合将要投产的5#和6#机组DEH的设计思想,阐述了孤立电网中运行的抽汽机组DEH系统的主要功能设计策略。
5)double extraction unit双抽机组
1.Thermal electrical load relations of double extraction unit is very complicated,It is difficult for operator to distribute.双抽机组热-电负荷关系非常复杂,运行人员难于分配。
英文短句/例句
1.Thermoelectric implication control of 50MW double extraction turbine DEH system50MW双抽机组DEH系统的热电牵联控制
2.Economic Analysis and Reliability Evaluation for the 200MW Double Extraction Thermal Supply Unit Technology Amelioration;200MW双抽机组技术改造经济性分析及可靠性评价
3.The Applying Study of Heating System Using Double Deflating Steam Wheel Sets with Water Circling in Black Vacuum;双抽机组低真空循环水供热的应用研究
4.Applications of Two-winding Series Induction Motor in Beam Pumping Unit双绕组串联感应电动机在游梁抽油机中的应用
5.double-extraction condensing turbine双抽气凝气式汽轮机
6.double-extraction non-condensing turbine双抽气背压式汽轮机
7.needle double chain stitch shirring machine双线链式缝抽摺缝纫机
8.extraction turbo-generator unit抽气式汽轮发电机组
9.split winding type synchronous motor抽头绕组式同步电动机
10.Optimum design for double-horse head beam pumping unit with rear horse head′s outline of spiral of Archimedes阿基米德螺线双驴头抽油机优化设计
11.Integrated monitoring for both conventional units and pumped storage units in Baishan白山常规机组与抽水蓄能机组混合监控技术
12.Operation Characteristic Analysis on Excitation System for Pumped Storage Unit抽水蓄能机组励磁系统运行特点分析
13.Selection and comparison of a few kinds of extraction equipment for turbine set vacuum system汽轮机组真空系统抽气装置选型分析
14.A Petri Nets Based Method For the Pumped-storage Generating Units Fault Diagnosis抽水蓄能机组故障诊断的Petri网方法
15.A suggestion on the selection of exaction condensing turbine matching with large and middle cogeneration unit and back-pressure turbine大中型热电联产机组与背压机组匹配抽凝机组选型方案的建议
16.All-Optical Switching in Polymer Pumped by a Beam with Linear-Circular Double Polarization线-圆双偏振态光束抽运有机聚合物全光开关
17.Technology Remaking and Energy Research of Double Wheel and Direct Balance Pumping-unit;双天轮直平式抽油机的方案设计和节能研究
18.Research on the Control System of Double-Side Linear Electrical Oil Pumping Unit;双边直线电磁抽油机驱动控制系统的研究
相关短句/例句
a group of core-drawing一组抽芯
3)Medicine sample-forming医疗抽组
4)extraction steam turbine抽汽机组
1.Finally,the strategies of DEH control system used by extraction steam turbine running in isolated grid are discussed in depth.根据处于孤立电网运行的某热电厂4#机组DEH系统的投运情况,结合将要投产的5#和6#机组DEH的设计思想,阐述了孤立电网中运行的抽汽机组DEH系统的主要功能设计策略。
5)double extraction unit双抽机组
1.Thermal electrical load relations of double extraction unit is very complicated,It is difficult for operator to distribute.双抽机组热-电负荷关系非常复杂,运行人员难于分配。
6)packet sampling分组抽样
1.An easily-implemented packet sampling method is presented in this paper, which samples a fixed number of packets in the constant period with measurement buffer.提出了一种易于实现的分组抽样方法。
延伸阅读
抽芯成型高差大的滑块多级锁紧结构在压铸模设计中, 常常会遇到同一抽芯而各成型高度相差较大的零件, 如果采用斜拉杆或弯销抽芯, 习惯上采取的措施是增加滑块的高度,以满足滑块的退位空间,其结果是滑块的重量增加,模框的强度降低。 图1 是汽车油泵调速器前壳压铸件示意图, Ⅰ- Ⅰ分型面需用抽芯才能完成脱模,其最低抽芯高度Hmin 为17mm, 最大抽芯高度Hmax为45mm, 为了保证滑块有足够的退位空间而不发生自锁, 滑块的高度必须大于或等于45mm。为避免抽芯距离过大造成滑块体积增加, 在设计中采用了局部增高多级锁紧结构,如图2 所示。P 是高于17mm低于45mm的面,N是高于45mm的面,M面是与N面同高且保证N 面受力平衡的辅助结构。α为抽芯角,β1 、β2 为锁紧角,β1 、β2 不仅具有锁紧作用,而且在开模抽芯时还具有让位的作用,所以β1 、β2 必须大于α, 而且β2 应大于β1 , 否则开模时, 滑块会出现自锁。锁紧角β2 也可以等于β1 , 但由于制造时有误差, 如果误差大, 则β1和β2 形成的锁紧面会出现干涉。在压铸件调速器前壳模具设计中, α取23°, β1 取26°, β2取30°,实现了安全生产。总之, 对于那些抽芯高度相差大的滑块,采用多级锁紧结构,对减小滑块的重量、延长模具寿命,节约模具材料具有重要的作用。
