Performance comparison of semi-conductive shielding layer for high-voltage cable based on polypropylene and low density polyethylene resin.140(41):

Collaborative improvement of electrical-thermal-mechanical properties of kaolin-filled ethylene propylene diene monomer and mechanism analysis.45(1):

Effect of matrix resin components on properties of the semi-conductive shielding material for high-voltage cable.9(2):

The influence and mechanism of elastomer types on electrical and mechanical properties of polypropylene insulation materials for high voltage cables.141(9):

电缆附件用硅橡胶力-热老化特性及电-热-力多物理场耦合仿真研究.v.73(07):

绝缘隔板对空气间隙放电光谱特性的影响及电荷演变机理.v.57;No.664(03):

Effect of carbon black type and concentration on the performance of semiconductive shielding material of high-voltage cable.62(3):

不同热老化温度下高压电缆绝缘特性及失效机理.v.39(01):

Charge injection characteristics and charge migration mechanism of magnetic particle-modified EBA-based semi-conductive shielding layers.38(-):

Synergetic enhancement of the electrical-thermal-mechanical properties of EPDM composites modified by Kaolin and BNNSs.31(1):