绝缘性,insulation
1)insulation[英][,?nsju"le??n][美]["?ns?"le??n]绝缘性
1.Oninsulation performance and flammability of R32/R134a;R32/R134a绝缘性能检测及其可燃性研究
2.such as reactivity,machanical properties,toughness,heat-resistance andinsulation etc．are all studied文中论述了烯丙基新酚的物性和反应性，研究了烯丙基新酚/ＢＭＩ树脂体系以及用它制成的玻璃纤维压塑料的性能，如反应性、力学性能、韧性、耐热性、耐湿热性和绝缘性能等。
英文短句/例句
1.material which insulates well绝缘性能良好的材料
2.Research on Insulation Performance of Outdoor Insulator under the Condition of Snow-Ice Covering;冰雪覆盖条件下户外绝缘子绝缘性能研究
3.Such materials are characterized by good insulation and high resistance to wear.这些材料的特点是：绝缘性好，耐磨性强。
4.insulating liquids-determination of the breakdown voltageat power frequency-test method绝缘油-应用工频击穿电压测定法检验绝缘性方法
5.Research for On-line Intelligent Detecting Method on High Voltage Insulators Insulation Performance;高电压绝缘子绝缘性能在线智能检测方法的研究
6.Researches on Insulation Characteristics of C-C_4F_8 and Its Mixtures;c-C_4F_8及其混合气体绝缘性能的研究
7.Study on Insulation Characteristics of GIL and Its Insulation Optimization;直流GIL绝缘特性及其绝缘优化的研究
8.isolator (-ter)绝缘体;绝缘体;绝缘物;绝缘物;绝缘子;绝缘子
9.flexible delivery pipe with vacuum insulation真空绝缘挠性输液管
10.dielectric properties test of insulating material绝缘材料介电性能测试
11.flexible copper-clad dielectric film挠性覆铜箔绝缘薄膜
12.Study of the high speed extrusion property of PE for telephone cable聚乙烯绝缘市话电缆高速绝缘挤出性能研究
13.The feasibility of the composite insulation applied to HVDC equipment高压直流设备外绝缘采用合成绝缘的可行性
14.External Insulation Characteristic and Insulation Co-ordination for 500 kV High Altitude Compact AC Transmission Line500kV高海拔紧凑型输电线外绝缘特性及绝缘配合
15.Study on Pollution Performance and Insulation Selection of ±800kV Long String Insulators±800kV长串绝缘子污闪特性及绝缘子选择研究(英文)
16.The New Concept of Thermal Endurance of Electrical Insulation System and Insulating Material电气绝缘系统及绝缘材料耐热性的新概念
pound filled insulator填充绝缘化合物绝缘子
18.Research on Processing and Dielectric Properties of Surface Films on Insulating Metallic Substrates;绝缘金属基板表面绝缘薄膜的制备和介电性能研究
相关短句/例句
insulation property绝缘性能
1.Insulation property of stripping capacitance product and stability ofinsulation property after voltage proof have been successfully increased by training repeatedly on stripping capacitance and metallizing polycarbonate film capacitors.本文通过对剥容的金属化聚碳酸酯薄膜电容器的半成品和成品后绝缘性能的不良品进行再一次赋能 ,成功地提高了剥容产品的绝缘性能和耐压试验后绝缘性能的稳定性 ,从而使得产品的绝缘合格率有了明显的提
3)insulating property绝缘性能
1.Aims at improving and prolonging cover" s life, strengtheninginsulating property, decreasing equipment failure-rate as well as improving economic benefit, it analyses defects of low hood framework in common use and holds out design refinement measures.通过对铁合金矿热炉矮烟罩炉盖骨架缺点进行分析,提出改进设计措施,力求达到改善和延长炉盖使用寿命,增强绝缘性能,降低设备故停率,提高经济效益的目的。
2.The effect of moisture in SF 6 gas on equipment is put forward,and it produces the damage toinsulating property.提出了 SF6气体的水分对电气设备的影响及对绝缘性能产生的危害。
4)electric insulation电绝缘性
1.Theelectric insulation Of micro-arc oxidation ceramic on a real hard-aluminium is studied.研究了商用硬铝经微弧氧化后的电绝缘性能。
5)insulation performance绝缘性能
1.Insulation performance of static watt-hour meters effect on the EMC immunity tests;电子式电能表绝缘性能对EMC抗扰度试验的影响与改进
2.Theinsulation performance of basin insulator,support insulator and bushing were calculated and analyzed.介绍了国外特高压开关设备的发展状况和新沈高1 100 kV GIS中的断路器、隔离开关、接地开关、母线和套管等关键组成元件的主要结构特点;对其中盆式绝缘子、支持绝缘子、进出线套管等关键部件的绝缘性能进行了分析计算,以该产品为主体的HGIS将进入国网特高压交流的示范工程。
6)insulation characteristic绝缘特性
1.ACinsulation characteristics of c-C_4F_8 and CF_4 hybrid gas in extremely non-uniform electric fields;c-C_4F_8和CF_4混合气体在极不均匀电场下的交流绝缘特性
2.The characteristic of partial discharge and the gas chromatography are measured in order to analyze the interrelation of electrode structures andinsulation characteristic between poles.对隐箔引线片、露箔无内熔丝、露箔有内熔丝等几种电极结构的10kV全膜电容器进行极对壳耐压试验,测量局部放电特征并对油中气体进行气相色谱分析,分析不同电极结构对电容器极对壳绝缘特性的影响,为电容器制造厂家和电力系统的绝缘监督提供一定的参考依据。
延伸阅读
电绝缘性高分子材料分子式：CAS号：性质：电绝缘性材料一般是指导电率在10-12S/cm以下的物质。具有良好非导电性质的高分子材料都可以作为电绝缘材料，在电力和电子设备中被广泛使用。绝缘性高分子材料应具有禁带宽，电子离域性小等特征。对要求高频绝缘的材料还要求介电常数和介电损耗小。高分子材料的电绝缘性质不仅与材料本身的结构和性质有关，也与材料的组成和杂质含量关系密切。在实际应用中，还要求电绝缘材料具有可加工性能好、耐击穿、耐电弧、有一定阻燃性能、机械性能好、价格低廉等性质。常见的大多数合成聚合物都具有电绝缘性质，使用最多的绝缘高分子包括聚酰亚胺、聚乙烯、聚四氟乙烯、聚酯和聚酰胺等。
