1) coprecipitation and wet impregnation
共沉淀-浸渍法
1.
The solid surperacid SO42-/TiO2-Fe2O3 was prepared by the method of coprecipitation and wet impregnation.
采用共沉淀-浸渍法制备了SO42-/TiO2-Fe2O3固体超强酸催化剂,通过样品光催化降解酸性蓝染料,考察了制备条件对染料脱色率的影响。
2) impregnation coprecipitation
浸渍共沉积
1.
Using cobalt salt,aluminum salt or titanium salt as modifying agent,the metallic ion doped silica gel adsorbents based on ceramic fiber are prepared by treating ceramic fiber paper with impregnation coprecipitation of water glass and aqueous solution of acidic metallic-salt sequentially.
采用浸渍共沉积法,以陶瓷纤维纸为基材,钴盐、铝盐或钛盐为改性剂,顺次经水玻璃、酸性盐溶液,制得了金属离子掺杂硅胶吸附剂。
3) co impregnation
共浸渍法
1.
Three methods for preparing hydrotreating catalysts, such as dry mixing (DM), dry mixing followed by impregnation (DM I) and co impregnation (CI), were compared.
从实用的角度出发 ,比较了不同制备方法 (干混法、干混 浸渍法和共浸渍法 )对MoNiP/Al2 O3 催化剂性质的影响 。
4) immersion-precipitation phase inversion
浸渍沉淀相分离
1.
A novel kind of guided tissue regeneration (GTR) barrier membrane was fabricated using an immersion-precipitation phase inversion technique with the biodegradable material of chitosan.
以可降解壳聚糖为材料,运用浸渍沉淀相分离工艺制备了壳聚糖膜,用扫描电镜观察了膜的微观形态,并研究了聚合物溶液浓度、溶剂蒸发时间等工艺条件对膜孔隙率、溶胀性以及拉伸强度和断裂伸长率等性能的影响。
5) coprecipitation
['kəupri,sipi'teiʃən]
共沉淀法
1.
Study on the preparation of ceramic powders of ternary pyrochlor containing bismuth by coprecipitation;
共沉淀法制备三元系铋基焦绿石型陶瓷粉体
2.
Study on coprecipitation synthesis and photocatalytic activity of SrFeO_(3-x);
共沉淀法合成铁酸锶及其光催化活性研究
3.
Kinetics of Synthetic of Cl-Type Hydrotalcitelike with Coprecipitation Reaction;
氯离子柱撑水滑石共沉淀法合成反应动力学
6) coprecipitation method
共沉淀法
1.
Preparation of Cu~Ⅰ-containing absorbents by coprecipitation method and their sweetening effect in kerosene;
共沉淀法负载亚铜吸附剂的制备及其脱除煤油中硫醇的研究
2.
Synthesis of nano-sized chrome-magnesium spinel powders by coprecipitation method;
共沉淀法制备纳米镁铬尖晶石粉体
3.
Preparation of nanometer-sized antimony-doped SnO_2 powder in coprecipitation method;
共沉淀法制备掺锑SnO_2纳米级粉体
补充资料:共晶共沉淀
分子式:
CAS号:
性质:共沉淀法之一,指无法结晶的微量物质与常量物质产生共结晶沉淀而被载带出来。
CAS号:
性质:共沉淀法之一,指无法结晶的微量物质与常量物质产生共结晶沉淀而被载带出来。
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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