建立了有机薄膜电容器结构设计和热计算的数学模型。
Mathematical models for the structure design and thermal computation of the metallized film capacitors are established.
局部放电现象会给金属化有机薄膜电容器的金属化层、介质及喷金端面产生不良影响，影响电容器寿命。
Local discharging would damage the metallized layers, dielectrics and metal-coating terminals of the metallized film capacitors; therefore, reduce their life.
局部放电现象会给金属化有机薄膜电容器的金属化层、介质及喷金端面产生不良影响，影响电容器寿命。
Local discharging would damage the metallized layers, dielectrics and metal-coating terminals of the metallized film capacitors; therefore, reduce their life.
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