1) hollow over spherical powder
空心球形粉末
1.
Effects of particle size on fluidity of zirconia's hollow over spherical powder;
氧化锆空心球形粉末的粒度分布对流动性的影响
2) hollow spherical powder
空心球粉末
1.
Different zirconia based thermal barrier coatings(TBCs) were fabricated by air plasma spraying including the conventional TBCs,the nanostructured TBCs from the reconstituted nanoparticles(the nano-coatings) and the special TBCs from the hollow spherical powder(the HSP coatings).
采用大气等离子喷涂方法制备不同类型的氧化钇部分稳定氧化锆热障涂层:传统涂层、纳米团聚粉末制备的纳米涂层和空心球粉末制备的空心球涂层。
3) spherical powder
球形粉末
1.
In order to analyze the interaction of laser and spherical particles in coaxial laser cladding, the physical model of laser scattering by spherical particles is established by using Mie scattering theory in certain assumptions, which will help select the laser and the spherical powder.
为了研究同轴激光熔覆过程中球形粉末粒子和激光的相互作用,为激光熔覆中激光器和粒子的选择提供一定的理论依据,在进行了一定假设的前提下,应用米氏(Mie)散射理论建立了激光被球形粉末粒子散射的物理模型,应用Mathematica数学软件绘制出了在不同粒子半径和不同激光波长情况下,激光被球形粉末粒子散射后的强度分布图,并对模拟结果进行了分析。
4) hollow spherical ZrO2 powder
空心球形YSZ粉
5) hollow spherical power
空心球粉
6) alloyedsphericalpowder
球形合金粉末
补充资料：玻璃钢球形气瓶在缠绕中
玻璃钢球形气瓶在缠绕中
玻：K钠球卅’气Hl、在鲤r*中 咯尔#破璃捆研究。t’0稿
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
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