这项发明的特点获得持续的基础上碳化硅晶须的方法和设备。
The invention features methods and apparatus for obtaining silicon carbide whiskers on a continuous basis.
结果表明产物为纯度较高的纳米碳化硅粉末与碳化硅晶须的混合物。
The result shows that the product is a mixture of pure nanometer silicon carbide powder and whisker.
利用SEM分析手段对自制的碳化硅晶须进行了形貌、结构的观察分析。
The morphology and microstructure of SiC whiskers have been analyzed by such modern instruments as SEM.
以炭黑和二氧化硅微粉为原料，对双重加热法合成碳化硅晶须进行了研究。
The synthesis of silicon carbide whiskers by double-heating method using carbon black and SiO_2 powder as raw materials is studied.
以炭黑和二氧化硅微粉为原料，对双重加热法合成碳化硅晶须进行了研究。
The silicon carbide whiskers synthesized by double heating, using carbon black and SiO 2 powders as raw materials, were studied.
通过对溶胶-凝胶处理过程采用不同的工艺方法，比较了不同颗粒直径和堆积密度的反应粉末对合成产物中碳化硅晶须形貌和产率的影响。
The effect of reaction powders with different pellet diameter and bulk density on the productivity and microstructure of sic whisker was studied by adopting different sol-gel handling methods.
通过对溶胶-凝胶处理过程采用不同的工艺方法，比较了不同颗粒直径和堆积密度的反应粉末对合成产物中碳化硅晶须形貌和产率的影响。
The effect of reaction powders with different pellet diameter and bulk density on the productivity and microstructure of sic whisker was studied by adopting different sol-gel handling methods.
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