1)Medium consumption介质消耗
1.Elaborate management of medium consumption at Nantong Coal Preparation Plant;南桐选煤厂介质消耗的精细化管理
2.Management for reduction of heavy medium consumption at Liangbei Coal Preparation Plant梁北选煤厂降低介质消耗的管理
英文短句/例句
1.Measures to Reduce Medium Consumption of Fangezhuang Coal Preparation Plant范各庄矿选煤厂降低介质消耗的措施
2.Strengthening production management,reducing medium consume,improving economic benefit;加强生产管理 降低介质消耗 提高经济效益
3.Applications, production processes, consumption norms and technical specifications of diflubenzuron are introduced briefly.简要介绍了除虫脲的用途、生产过程、消耗定额、产品质量指标
4.high-frequency dielectric loss measuring instrument高频电介质损耗测量仪
5.QRCD (Qualitative Reliability Consumption Data)质量可靠性消耗数据
6.potentially ozone (layer)-depleting substance可能消耗臭氧层物质
7.phase(-)out (of ozone-depleting substances)逐渐不用消耗臭氧物质
8.potent ozone-depletion substance强力的臭氧消耗物质
9.The Dielectric Properties of CaCu_3Ti_4O_(12) with Low-loss Dielectrics Doping;低损耗介质掺杂的CaCu_3Ti_4O_(12)介电性能研究
10.consumption area (of ozone depleting substances)消耗臭氧物质的消费领域
11.Development of a Lower Power Consumption Dielectric Loss Angle Tester Based on DSP基于DSP的低功耗介质损耗测试仪的研制
12.STUDY ON MECHANISM OF DIELECTRIC LOSS OF ION-IMPLANTATED POLYMERS离子注入聚合物介质损耗机理的研究
13.Study on the Lead-free Low Loss Y5P-152 High Voltage Ceramics;无铅低损耗Y5P-152高压介质瓷料的研究
14.Research and Realization of Dielectric Loss Factor On-line Monitoring;介质损耗因数在线检测的研究与实现
15.New System of Low Loss Microwave Dielectric Ceramics with ABCO_4 Structure;ABCO_4型低损耗微波介质陶瓷新体系
16.Research on On-Line Monitoring of Dielectric Loss for Transformer Bushing变压器套管介质损耗在线监测的研究
17.Dielectricloss factor measurement based on correlation analysis基于相关分析法的介质损耗因素测量
18.High precision real-time on-line measurement method of dielectric loss angle高精度介质损耗角实时在线测量方法
相关短句/例句
dielectric dissipation介质耗损
3)med ium solids consumption介质耗量
4)lossy medium损耗介质
1.New lossy medium is the most important part in the research of Radar Absorbing Materials (RAM).制备了β Ni(OH) 2 、β Ni(OH) 2 Co和β FeOOH纳米粉末作为新型损耗介质 ,测量了其频率反射特性。
5)loss substance损耗介质
1.The current microwave-absorbing agents are classified,and many materials such as graphite,a- cetylene black,carbon fiber,SiC fiber,iron oxide and so on,as loss substance in radar-absorbing materials are re- viewed.对目前存在的微波吸收剂进行分类,并综述了石墨、乙炔炭黑、碳纤维、碳化硅纤维、铁氧体等作为常见吸波材料损耗介质的国内外最新研究进展及发展趋势。
2.The classification,absorbing properties and mechanism of some loss substances in RAM are reviewed.综述了吸波材料(RAM)中常用损耗介质/吸收剂的种类、性能特点和吸收机理。
6)dielectric loss介质损耗
1.Application of frequency conversion technology in measurementof high voltage dielectric loss;变频测量技术在高压电气设备绝缘介质损耗测量中的应用
2.Design of variable frequency dielectric loss meter based on C8051F040 MCU;基于C8051F040单片机的介质损耗变频测量仪设计
3.A new type of automatic digital tester for insulating oil dielectric loss;新型全自动绝缘油介质损耗数字测量仪
延伸阅读
电能消耗电能消耗electrical energy consumption 生产的_〔艺技术和组织管理水平的项重要指标,d旧nneng xlaohoo电能消耗(eleetrieal energy eonsumption) 电解中阴极析出单位重量金属所耗掉的电能量。通常是指产出lt阴极金属所消耗的直流电能,也称直流电耗,可按下式计算: w一U卫全卫里 夕q式中w为直流电耗.kw·h八;U槽为槽电压,V;7为电流效率,%;q为阴极析出金属的电化当量,g/(A·h)。 电能消耗与槽电压成正比,与电流效率成反比。因此.凡有利于降低槽电压、提高电流效率的因素,均起到降低电解电耗的作用。电能消耗量是综合反映电解
