结果表明机械球磨方法能有效地使木薯淀粉颗粒微细化。
The results showed that tapioca starch granules can be effectively micronized by ball milling.
结论用行星式球磨方法，在亲水高分子的保护下，选用高能量球磨条件，可得到稳定的氯硝柳胺纳米剂。
Conclusion Under the protection of hydrophilic polymers, stable nanoparticle solution of niclosamide can be prepared by the method of planet ball-milling choosing high-energy ball-milling condition.
通过微观结构和性能方面的比较，发现用机械球磨方法制备的纳米晶与原子沉积法获得的材料具有相似的结构和性质。
By comparisons in structure and physical properties, nanocrystalline materials prepared by mechanical grinding are similar to that obtained by atomic condensation.
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