首页> 外文会议>第九届电介质材料性能与应用国际会议(The 9th International Conference on Properties and Applications of Dielectric Materials)论文集 >Astonishing Suppression of Oxyfluorination and Significant Influence of Fluorination on Charge Injection to Linear Low Density Polyethylene
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Astonishing Suppression of Oxyfluorination and Significant Influence of Fluorination on Charge Injection to Linear Low Density Polyethylene

机译:惊人的氧氟化抑制和氟化对线性低密度聚乙烯电荷注入的重大影响

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Surface fluorination and oxyfluorination were performed for LLDPE to suppress the charge injection under HVDC. The astonishing suppression effects are obtained especially by the oxyfluorination and also by the industrial fluorination, as observed by the measurements of space charge profile based on the PWP method. However, considerably different cases of space charge profile are seen between the laboratory fluorinations and the industrial fluorination or between the laboratory fluorinations. The effectiveness of chemical modification by the fluorinations or oxyfluorination was inspected by ATR-IR analysis, and mechanisms of the astonishing suppression effects or the significant influences on charge injection are investigated by the measurements of TSD current and surface energy in views of charge traps and permittivity in surface layer, and the diffusion of volatile small molecules in the semicon electrode to LLDPE.
机译:对LLDPE进行了表面氟化和氧氟化,以抑制HVDC下的电荷注入。如通过基于PWP方法的空间电荷分布的测量所观察到的,惊人的抑制效果尤其是通过氧氟化和通过工业氟化获得的。但是,在实验室氟化物和工业氟化物之间或在实验室氟化物之间,空间电荷分布的情况明显不同。通过ATR-IR分析检查了通过氟化或氧氟化进行化学修饰的有效性,并通过测量TSD电流和表面能,从电荷陷阱和介电常数的角度研究了惊人的抑制作用或对电荷注入的重大影响的机理。在表面层中的扩散,以及半导体电极中的挥发性小分子向LLDPE的扩散。

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