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Laboratorial Research for Low Cost Preparation of Nano Grade Tungsten Disulfide Particles

机译:纳米级钨二硫颗粒低成本制备的实验室研究

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developed a kind of ball milling device under ultrasonic energy field, which prepared out WS2 particles with average particle size 59 nm, among which 85 percent particles are less than 100 nm. Get a group of suitable technical parameters, through contrastive experiments to milling time, milling balls' size, mixing round speed, material plasma thickness, balls and material ratio and suchlike factors' effect on powder preparation. The experiments result shows: effect of the experiment of balls milling with ultrasonic field is greatly better than that of the experiment balls milling without supersonic field; Furthers, inclined arrangement of ultrasonic breadth modulation bars gets better particles than vertical arrangement ultrasonic. This preparation method can get well and stable refining output with several times higher efficiency than other processing methods and then can meet the demands of nano grade WS_2 lot preparation in low cost.
机译:在超声能量场下开发了一种球磨装置,其制备了平均粒径59nm的WS2颗粒,其中85%的颗粒小于100nm。通过对比实验获得一组合适的技术参数,以通过对比实验来铣削时间,铣削球的尺寸,混合圆速,材料等离子体厚度,球和材料比和这些因素对粉末制备的影响。实验结果表明:球铣的实验与超声波铣削的效果大于实验球铣削而没有超音照的实验;传出者,超声波调制条的倾斜布置比垂直布置超声波的颗粒更好。该制备方法可以得到良好且稳定的精炼输出,效率高于其他处理方法,然后可以以低成本满足纳米级WS_2批量的需求。

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