我们在用电子静电加速器对浸苯乙烯的木材的辐照过程中,发现苯乙烯与木材辐射接枝聚合后,木材的绝缘电阻大为提高。由此使我们想到用同样方法处理输电带,提高其性能,以解决电子静电加速器输电带耐压性能低,寿命短的缺点。我们经过一系列试验,摸索处理条件,处理了两条输电带。经加速器上运行试验,输电带在耐压及输电性能、寿命等方面都取得较好的效果。 We use the electrostatic accelerator in the styrene-impregnated wood in the process of irradiation, found that styrene and wood radiation graft polymerization, the wood insulation resistance increased significantly. This led us to think of using the same method of processing the transmission belt to improve its performance in order to solve the shortcomings of electronic electrostatic accelerator transmission belt with low pressure resistance, short life. After a series of tests, we explored the treatment conditions and handled two transmission belts. The accelerator on the run test, the transmission belt in voltage and transmission performance, life expectancy and achieved good results.