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POLYMER SURFACE MODIFICATION BY HYDROGEN ION ASSISTED REACTION

机译:氢离子辅助反应对聚合物表面的改性

摘要

PURPOSE: A method for treating surface of high molecular is provided which can maintain hydrophilic functional group under water for a long period thus keep the surface condition very stable, as well as can improve the movement of electrolyte, the rate of electrolysis, and mechanical strength in high molecular separating membrane by using ion assist reaction to treat the surface of high molecule of C, and H or C, H, and O, then increasing the formation of hydrophilic functional groups to the layer beneath the surface. CONSTITUTION: A method for treating surface of high molecular using ion assist reaction characteristically comprises the steps of: irradiating hydrogen having a certain energy to the surface of a high molecular material at the interval of 15-90 centimeter, under vacuum condition, and blowing oxygen as a reactive gas to the surface of the high molecular material, wherein the amount of hydrogen irradiation is in the range of 10¬15-10¬17 ions/cm¬2, and the energy that the hydrogen has is 0.5-1.5keV to activate the surface of the high molecular materials, and wherein the amount of the reactive gas, oxygen can be varied depending on the pump capacity, and the degree of vacuum is set to the range of 30-70 torr.
机译:目的:提供一种高分子表面的处理方法,该方法可以长时间在水中保持亲水性官能团,从而保持表面状态非常稳定,并可以改善电解质的运动,电解速度和机械强度在高分子分离膜中,通过离子辅助反应处理C和H或C,H和O的高分子表面,然后增加亲水性官能团在表面下层的形成。组成:一种利用离子辅助反应处理高分子表面的方法,其特征在于包括以下步骤:在真空条件下以15-90厘米的间隔向高分子材料的表面辐射具有一定能量的氢,并吹入氧气作为对高分子材料表面的反应气体,其中氢的照射量在10‑15-10¬17离子/ cm‑2的范围内,并且氢具有的能量为0.5-1.5keV至活化高分子材料的表面,并且其中反应气体,氧气的量可以根据泵的容量而变化,并且真空度设置为30-70托。

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