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首页> 外文期刊>Diffusion and Defect Data. Solid State Data, Part B. Solid State Phenomena >Preparation of Filling Materials for Antifouling Mineral Paint using Rare Earth and Their Anion Emission Properties
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Preparation of Filling Materials for Antifouling Mineral Paint using Rare Earth and Their Anion Emission Properties

机译:稀土防污矿物漆填充材料的制备及其阴离子发射性能

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摘要

Tourmaline has unique electrical properties originated from its crystal structure such as pyroelectricity, piezioelectricity and emission of anion. These properties can derivate the making of feeble current around 0.06 m A. This weak current enables to electrolyse continuously and to make the hydroxyl anion, which may play a role of surface active agent against fouling of ocean organism. Two kinds of the mixture, tourmaline-monazite-quarlz and lourmaline-monazite-illite-zeolite, were tested for the filling materials of antifouling paints. As a whole, the anion emits actively, at least around 4000 negative ion/cc. This high emission property maintains constantly for long time over 500 days. This implies that the tourmaline mixture treated mechanochemically can emit anion over 4000 negative ion/cc for a long time. These results enable us to make possible for application of the tourmaline containing mixture as the filling materials of anlifouling paint
机译:电气石具有独特的电学特性,其电晶体,热电性和阴离子发射性等是其晶体结构所致。这些特性可导致产生约0.06 m A的微弱电流。这种微弱的电流可连续电解并生成氢氧根阴离子,这可能会起到防止海洋生物结垢的表面活性剂的作用。测试了两种混合物,电气石-独居石-石英和卢玛琳-独居石-伊利石-沸石作为防污涂料的填充材料。总体而言,阴离子会主动发射,至少约4000个负离子/ cc。这种高排放特性可在500天内长期保持稳定。这意味着经过机械化学处理的电气石混合物可以长时间释放出超过4000个负离子/ cc的阴离子。这些结果使我们能够将含有电气石的混合物用作防污涂料的填充材料。

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