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Suspension slurry and silicon carbide ceramic reaction connection method
The invention relates to a suspension slurry and a silicon carbide ceramic reaction connection method. The suspension slurry comprises a solvent, an organic precursor, a catalyst, silicon carbide powder and carbon black powder, wherein the organic precursor is polycarbosilane, the catalyst is ferrocene Fe(C5H5)2, the total content of the silicon carbide powder and the carbon black powder in the suspension slurry is 30-50 wt%, the content of the organic precursor in the organic precursor solution is 30-45 wt%, and the catalyst accounts for 10-40% of the mass of the organic precursor.
本发明涉及悬浮液浆料以及碳化硅陶瓷反应连接的方法，所述悬浮液浆料的组成包括：溶剂、有机前驱体、催化剂、碳化硅粉体和炭黑粉体；所述有机前驱体为聚碳硅烷，所述催化剂为二茂铁Fe(CH)；所述悬浮液浆料中碳化硅粉体和炭黑粉体的总含量为30～50wt%；所述有机前驱体在有机前驱体溶液中质量百分比为30～45wt%；所述催化剂为有机前驱体质量的10～40wt%。
Suspension slurry and silicon carbide ceramic reaction connection method
The invention relates to a suspension slurry and a silicon carbide ceramic reaction connection method. The suspension slurry comprises a solvent, an organic precursor, a catalyst, silicon carbide powder and carbon black powder, wherein the organic precursor is polycarbosilane, the catalyst is ferrocene Fe(C5H5)2, the total content of the silicon carbide powder and the carbon black powder in the suspension slurry is 30-50 wt%, the content of the organic precursor in the organic precursor solution is 30-45 wt%, and the catalyst accounts for 10-40% of the mass of the organic precursor.
本发明涉及悬浮液浆料以及碳化硅陶瓷反应连接的方法，所述悬浮液浆料的组成包括：溶剂、有机前驱体、催化剂、碳化硅粉体和炭黑粉体；所述有机前驱体为聚碳硅烷，所述催化剂为二茂铁Fe(CH)；所述悬浮液浆料中碳化硅粉体和炭黑粉体的总含量为30～50wt%；所述有机前驱体在有机前驱体溶液中质量百分比为30～45wt%；所述催化剂为有机前驱体质量的10～40wt%。
Suspension slurry and silicon carbide ceramic reaction connection method
悬浮液浆料以及碳化硅陶瓷反应连接的方法
LIU YAN (author) / TANG MAO (author) / LIU XUEJIAN (author) / HUANG ZHENGREN (author)
2020-05-22
Patent
Electronic Resource
Chinese
IPC:
C04B
Kalk
,
LIME
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