绝缘老化的英文

• aging of insulation
• insulation aging

• "绝缘"英文翻译    insulation; isolation; insul ...
• "老化"英文翻译    age; ageing; burn-in; prebur ...
• "绝缘老化了" 英文翻译 :    the insulation is aged . the insulation has broken down
• "不老化绝缘" 英文翻译 :    non aging insulation
• "绝缘的老化" 英文翻译 :    ageing of insulation; aging of insulation
• "抗老化绝缘" 英文翻译 :    non-ageing insulation
• "老化" 英文翻译 :    age; ageing; burn-in; preburning; maturing 干部老化 the aging of cadres; 设备老化 the aging of equipment; 知识老化 the aging of knowledge; 老化试验 aging test; 老化稳定性 aging stability; 老化系数 aging coefficient; 老化现象 ageing phenomenon
• "松散绝缘材料模拟老化规程" 英文翻译 :    standard practice for simulated aging of cellulosic loose-fill insulation
• "绝缘" 英文翻译 :    1.[电学] (隔断电流) insulation; isolation; insulate; isolate 请检查一下我屋子里电线的绝缘情况。 please examine the insulation of the electric wires in my house.2.(跟外界不发生接触) be cut off from; be isolated from 他们几乎完全与外界绝缘了。 they were almost completely cut off from the outside world.; 绝缘板 insulcrete; insulating board; insulation board; 绝缘包布 covering tape; 绝缘保护 insulation protection; 绝缘布 empire cloth; 绝缘材料 [电工] electrical insulating material; insulating material; insulant; insulation substance; 绝缘层 insulating barrier; insulating course; insulating layer; insulation layer; 绝缘带 insulated tape; 绝缘导线 insulated conductor; insulated wire; 绝缘垫圈 insulating washer; 绝缘电木 bakelite; 绝缘混凝土 [材料] insulating concrete; 绝缘击穿 insulation breakdown; rupture; spark-over; 绝缘胶带 [材料] electrical tape; insulating tape; 绝缘胶纸板 isolit; 绝缘漆 insulated paint; insulating varnish; insullac; 绝缘塑料 ambroin; 绝缘陶瓷 insulating ceramics; 绝缘套管 [电工] empire tube; insulating bush; insulating sleeve; spaghetti (tubing); 绝缘体 insulator; isolater; non-conductor; dielectric body; 绝缘涂层 insulation coating; 绝缘物质 megohmite insulant; 绝缘性能 insulating property; 绝缘纸 [造纸] insulating paper; dielectric paper; empire paper; feltless paper; insulated paper; insulation paper; felt paper
• "超老化" 英文翻译 :    superageing
• "磁老化" 英文翻译 :    ageing of a magnete; magnetic ageing; magnetic aging; magneticaging
• "电老化" 英文翻译 :    electrical ageing
• "反老化" 英文翻译 :    combatting ageing
• "防老化" 英文翻译 :    anti-aging
• "光老化" 英文翻译 :    light ageing; light aging; photoageing
• "过老化" 英文翻译 :    overageing; overaging
• "抗老化" 英文翻译 :    sterocare
• "老化, 陈化" 英文翻译 :    maturing
• "老化，陈化" 英文翻译 :    aging; ging
• "老化；时效" 英文翻译 :    aging
• "老化的" 英文翻译 :    aged; aging; maturing
• "老化法" 英文翻译 :    aging process
• "老化鼓" 英文翻译 :    ageing drum
• "老化罐" 英文翻译 :    ageing can
• "老化炉" 英文翻译 :    ageing oven

• Cause and judging of insulation ageing of electromotor in pumping sation
  泵站电动机绝缘老化原因分析与鉴别
• Predication of the insulation ageing for power capacitor according to the pole - to - case insulation partial discharge test
  极对壳绝缘局部放电试验对电容器绝缘老化的评定作用
• When this buildup and clogging occur , serious motor damage may result due to overheating and premature insulation failure
  当这些淤积和堵塞发生，可能会因为过热和绝缘老化导致电机严重损坏。
• Those harmonics pollute the supply system , harm devices which may be over - hot , noisy , vibrant and that may be destroyed in the worst instance
  这些谐波对电网造成污染，给用电设备带来危害，引起设备过热、产生振动和噪声，并使绝缘老化，严重时还会损坏设备。
• Power networks are polluted by harmonics , which do harm to electrical equipments ; cause devices superheat , generate vibration and noise . a more serious consequence is that devices are damaged
  这些谐波对电网造成污染，给用电设备带来危害，引起设备过热、产生振动和噪声，并使绝缘老化，严重时会损坏设备。
• In general , there have some specific instruments and equipments on spot which monitor electrical parameter , including insulate and aging degree of the spot equipments , the node voltage , currents , total consume of electricity . in tradition , these data of monitoring delivers control centre by the remote technique and it works key function for the safe stability running of power system
  对于现场以及相应节点电压电流、绝缘老化、用电量的监测，一般都在现场安排了专门的测量仪器和监控设备，这些设备的测量数据传统上以远动技术来传递到控制中心，而远动也一直为电力系统的安全运行做出了重要的贡献。
• By starting with the analysis of generator end structure and overheat sources , it is presented that the technical key required to expand the capacity of the unit is to solve the electromagnetic leakage shielding problem . by proceeding with the analysis of the reasons causing the aging of the stator winding bars insulation , the necessity for stator winding bars to adopt class f insulation and relative fixing technological improvement are pointed out so as to extend the service life of the winding bars insulation
  从分析发电机端部结构及过热原因入手，提出了增容的技术要点在于解决端部漏磁屏蔽问题；从发电机线棒绝缘老化原因分析入手，指出为延长定子线棒绝缘使用寿命，线棒主绝缘采用f级的必要性以及相关工艺的改进。
• In this paper , the multifactors - electrical , thermal , cool and thermal circulation of accelerating ageing experiment based on the stator bar of 220mw turbine generator has been conducted in the laboratory . the results of the experiment show that there has not fixed rule between maximum pd quantity and insulation , but the increasing of maximum pd grads increase along with ageing time of insulation
  本论文通过对220mw的汽轮发电机真机线棒进行电、热、冷热循环等多因子老化试验，发现局部放电的最大放电量与绝缘老化时间之间没有固定的规律可寻，而最大放电量的梯度随绝缘老化时间的增大而增大。
• Under different load , when we apply this software to any time , region and cooling way , we can get the hottest spot increment and aging rating . to manufactory , the software means sounder thermal design , which will meet the load , putted forward by user , while to user , the software equal to a master who can help them decide the capacity rating of the transformer , which will fit the load . by using the software , the potential danger and the waste , caused by unfit load choice may be avoided
  研究开发了计算干式电力变压器负载能力的计算软件，可对于各种绝缘结构，各种冷却方式和任一地区、任一时间下运行的变压器在不同运行载荷下的最热点温升绝缘老化率进行分析和计算，同时利用该软件制造厂可以依据用户提出的运行负载量给出相应的热设计方案，用户可根据运行负载情况利用软件计算所需变压器的额定容量，避免额定容量选择不当造成隐患和浪费。
• The endurance function of the insulation field is widely concerned in the power system . according to the equality between the two dimensional weibull distribution and the law of electrical aging , after the method for estimation of the voltage endurance coefficient is presented by the maximum likelihood estimation and the minimum square estimation of the two dimensional weibull distribution parameters , on the basis of the analysis of the test disadvantages under invariable voltage , the method of obtaining the voltage endurance coefficient under the intension increased by degrees is considered
  电气绝缘电老化性能是电力系统普遍关注的问题，由于二元weibull分布与电老化定律在评价绝缘老化特性上存在等价性，本文首先介绍了二元weibull分布参数采用极大似然法和最小二乘法估计获得电压寿命指数的方法，同时在分析其在恒定电压下试验容易出现，由于电压选择不当导致试验时间过长现象的基础上，讨论了利用场强递增方式确定电压寿命指数的方法。