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- Application of the Control Chart Method in the Control of Cable Insulation Thickness 控制图法在电缆绝缘厚度控制中的应用
- cable insulation thickness 电缆绝缘厚度
- Insulation thickness for surface temperature. 根据规定的保温层外表温度,计算确定的保温层厚度。
- Insulation thickness, sheath thickness and maximum overall diameter. 补偿导线的线芯绝缘厚度，护套厚度及最大外径。
- Insulation Thickness of HV Power Cable XLPE 关于高压XLPE电缆的绝缘厚度
- The influenceof insulation thickness to CTR and BV, of package dimension to BV is discussed. 同时研究了电流传输比(CTR)和绝缘电压(BV)随绝缘距离的影响关系,以及BV与封装尺寸的影响关系。
- Use a 500V ohmmeter to measure all power cable insulation resistance. Each cable should be measured from line to line and line to shield and/or armour. 用500V兆欧表测量所有动力电缆的绝缘电阻。每根电缆线与线之间，线与铠装之间的绝缘电阻。
- Improved insulation protection against transient spikes, high frequencies, and short rise time pulses without increasing insulation thickness. 在不增加绝缘厚度的情况下,提高了抗瞬间冲击、耐高频性、耐陡升脉冲性。
- Please note that the sealing material and cable insulation used in our test units and systems contains silicone. If this is a problem for you, please contact us. 请注意我们的试验箱和系统中所使用的密封材料和电缆绝缘中含有硅。如对此你认为是问题,请联系我们。
- For maximum conduction velocity, the insulation thickness must be strictly proportional to the diameter of the fiber inside. 为了达到最快的传导速度，绝缘层的厚度必须与其包覆的纤维粗细成一定比例。
- Excellent water proofness and moisture resistance．enhancing the cable insulation strength to be more reliable and thereby prolonging the service life of such cable. 具有良好的挡潮防水功能，可保护电缆绝缘强度稳定，安全可靠地延长电缆使用寿命。
- Inquiry into the measurement of the insulation thickness of cable 电缆绝缘厚度测量的探讨
- Oxygen consumption for PVC. EPR and CSM as the cable insulation materials after irradiation and thermal aging were measured by using gas chromatograph in order to study the lifetime estimation. 采用气相色谱定量测量了聚氯乙烯（PVC）、乙丙橡胶（EPR）和氯磺化聚乙烯 （CSM）等线缆绝缘材料经辐照后在不同温度下热老化过程中的 O2消耗量。
- This paper aims to investigate how the thermal aging influence the water tree behavior of XLPE cable insulation and which factor is the most influential to water treeing phenomena inside it. 通过研究热老化过程对XLPE电缆绝缘中的水树现象的影响，以及在几个有可能的影响因素当中，哪个因素对水树现象的影响最大。
- The study contains the selection of high quality insulation material, the design of optimum insulation thickness, and the development of insulation structure adept to steam pipelines, etc. 研究过程,按照室内试验、示范试验、改进后的工程试验及扩大试验等的顺序进行。 研制的“内层涂料+中间型材+外层涂料”三层复合保温结构,是输汽管线理想的保温结构。
- Nevertheless the applications to using the online detecting technology for water treed XLPE cable insulation are still on a small scale, and the research about it is nearly a blank in China almost. 由于多方面的原因，针对XLPE电力电缆绝缘状态的在线检测技术真正得到大规模应用的尚不多见，在这方面国内还几乎是空白。
- The leakage resistance (RL) is due to the insulator of the ionization chamber and the coax cable insulation. 漏泄电阻（RL）是由于电离室的绝缘体和同轴电缆绝缘造成的。
- Design of insulation thickness is thicker than common products, and machinery perforance of insulation material is higher. 绝缘厚度的设计较一般产品略厚,绝缘材料的机械性能较高。
- A suggestion was presented for strengthening research of non-halogen flame retardant in order to develop PP cable insulant with outstanding flame retardancy ... 建议加强对无卤阻燃PP电缆料的研究,以开发出力学性能优异的无卤阻燃PP电缆料。
- Minimum fire insulation thickness 最小隔火厚度
