SiC晶须 SiC whisker
sic晶须 sic whiskers ; sic w ; sic-whisker
SiC晶须砂轮 SiC whisker grinding wheel
多节状SiC晶须 multi node SiC whisker
sic晶须强化树脂 sic whisker reinforced plastic
碳化硅晶须 SiC whisker
碳化硅纳米晶须 SiC nanorods
sic纳米晶须 sic nano-whiskers ; sic nano whiskers
sic晶须砂轮 sic whisker wheel
纳米SiC晶须 nano SiC whisker
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 morphology and microstructure of SiC whiskers have been analyzed by such modern instruments as SEM.
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 low proportional limit may be explained by localized plastic deformation under low macroscopic stress caused by stress concentrations at the ends of SiC whiskers.
复合材料低的比例极限可由晶须端部应力集中所导致的低应力局部塑性变形来解释。
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