dielectric strength
英 [ˌdaɪɪˈlektrɪk streŋθ]
美 [ˌdaɪɪˈlektrɪk streŋθ]
电介质强度；绝缘强度
双语例句
- Extremely highly thermal conductivity and dielectric strength, excellent for high temperature, has a UL Flame Rating of94V-0, useful in electric, mechanical and airborne, aerospace industry.
导热灌封胶，硅胶，电子用硅胶，极高的导热性和绝缘性，优秀的高温运用范围，UL94V-0认证，能满足电子机械和航天、航空工业的需要。 - Selective strengthening Contact materials Dielectric strength;
选择强化；触头材料；耐电压强度； - The cord set completed required cycles of flexing with no occurrence of end results and also successfully completed the Dielectric Strength Test without breakdown.
插头完成了要求的弯曲周期，没有出现上文所提到的最后结果，并且通过了电绝缘强度测试，没有损坏。 - A new stirring method for testing dielectric strength of insulating oil is described.
本文介绍了一种新的搅拌法，应用于绝缘油介电强度的测定。 - Check whether the insulation resistance and the dielectric strength of the electric devices attached to the panel and equipment body are sufficient.
译：检查一下控电板和设备体上的那些电器设备，看看他们的绝缘电阻和绝缘强度是否合格。 - Self-adhesive coating is a brand new coating for electric steel with advantages of high dielectric strength, excellent corrosion resistance and stamping ability.
自黏结涂层是一种全新的电工钢涂层，具有绝缘强度高、耐蚀性好、冲片性好的优点。 - As a result, the dielectric strength in the break builds up very rapidly.
因此断路器中介电强度恢复的非常快。 - The Dielectric Strength Test is to be performed between each pair of conductors ( including ground if applicable) and between each conductor and the foil wrapped cord guard.
电介质强度试验是在每对导体（包括地）之间和每个导体与包装了金属薄片的尾档之间测量。 - Turn off the dielectric strength tester.
关闭绝缘强度测试仪。 - Breakdown test and SEM analyzed the regularity influenced of energy parameter on dielectric strength of ceramic coatings.
利用电击穿试验和SEM分析了能量参数对陶瓷层绝缘强度的影响； - Effect of Electrode Surface Roughness on Dielectric Strength of SF_6, SF_6/ N_2, SF_6/ CO_2
电极表面粗糙度对SF6、SF6/N2及SF6/CO2绝缘特性的影响 - The accuracy of dielectric strength testing result is vital to ensure the safely of electronic products.
保持抗电强度试验结果的准确性对于确保电子产品的安全至关重要。 - Influence of Composition and Microstructure on the Dielectric Strength of Vacuum Contact
真空触头成分及超微结构对其耐电压强度的影响 - Effect of selective strengthening of CuCr Contact Materials on the dielectric strength in a short vacuum gap
选择性相强化对CuCr触头材料在真空小间隙中耐电压强度的影响 - Effect of Partial Field Distortion on Dielectric Strength of SF_6/ N_2 And SF_6/ CO_2 Gas Mixtures
局部电场畸变对SF6/N2和SF6/CO2混合气体耐电强度的影响 - Effect of Insulating Barrier and Electrode-coating on the Dielectric strength of Oil-gap
绝缘屏障与电极覆盖对油隙耐电强度的影响 - This paper introduces the general arrangement and the wiring scheme design of the two-way DC power distributing cabinet, and expounds the design of the key techniques such as the conductive performance, electrical insulation performance and dielectric strength.
主要介绍了双路直流电源分配柜的总体布局及布线方案设计，同时阐述了关键技术&导电性能、电绝缘性能、绝缘强度的设计。 - Test result of dielectric strength, partial discharge and endurance property are analyzed and contrasted between solid dielectric is two film and tree film in model capacitor elements.
本文比对分析了极间介质为两层膜和三层膜的模型电容器元件的介电强度、局部放电性能以及耐久性能的试验结果。 - The influence of hardness on the dielectric strength;
硬度与耐电压强度的关系； - Dffect of sputtering condition on dielectric strength and deposition rate of al_2o_3 thin films
溅射条件对Al2O3薄膜介电强度和沉积速率的影响 - The influence of humidity on air dielectric strength over an insulation surface was investigated when impulse voltage was applied.
研究了冲击电压下绝缘表面空气闪络电压与湿度的关系。 - Dielectric strength of sf_6/ n_2 and sf_6/ co_2 gas mixtures
SF6/N2和SF6/CO2混合气体的耐电强度 - The streamer theory is used to analyze the dielectric strength during circuit breaking.
应用流注理论对断路器开断过程中的介质强度进行了计算分析。 - The dielectric strength of HTPB propellant increases with increasing volume resistivity or decreasing dielectric coefficient.
HTPB推进剂的击穿电场强度随体积电阻率的增加而升高，随介电常数的增加而降低。 - Experiment results showed that the thermal properties, impact strength and dielectric strength of low density polyethylene were improved by Nano-MMT.
试验结果表明，纳米蒙脱土能提高低密度聚乙烯的耐热性能、冲击强度以及介电强度。 - Whether the insulation structure is reliable is determined by testing the dielectric loss, dielectric strength, electrical aging and thermo stability of test bars.
通过测试模拟线棒及线圈的介质损耗、介电强度、电老化和热稳定性，确定该绝缘结构的性能是否可靠。