1) impregnation-reduction method
浸渍-还原法
1.
Carbon supported platinum catalysts about 2~3 nm in size have been prepared by improved impregnation-reduction method,XC-72R carbon black selected as carrier for platinum.
选择XC-72R炭黑为载体,采用改进的浸渍-还原法制备了2~3 nm高分散度Pt/C催化剂。
2) impregnation-reduction method
浸渍还原法
1.
Carbon Microspheres supported Pt (Pt/CMS) composites with different Pt Loadings as 10%,20% and 30% were prepared via impregnation-reduction method ,in which CMS were prepared by CVD method.
将CVD法和浸渍还原法相结合制备得到了Pt/CMS复合材料。
2.
Pt-Ru/C catalysts have been prepared by impregnation-reduction method with various organic solvents,such as ethanol,isopropanol,tetrahydrofuran(THF) and glycol,as the impregnating solution.
采用浸渍还原法制备Pt-Ru/C催化剂,选用不同的有机组分(如乙醇、异丙醇、四氢呋喃和乙二醇)组成浸渍溶液。
3) impregnation-reduction
浸渍-还原
1.
Synthesis of nano nickel particles on carbon fibers by impregnation-reduction method;
采用浸渍-还原法在炭纤维表面制备纳米镍催化剂颗粒
2.
The application and development tendency of SPE composites were introducedwith emphasis on the impregnation-reduction process to prepare SPE composites which can deposite noble metal with low loadings.
对固体聚合物电解质（SPE）复合膜的应用及发展方向作了概述，重点介绍了能有效降低贵金属担载量的浸渍-还原方法制备SPE复合膜技术，讨论了进一步改进的方向。
4) KOH-impregnation-reduction
KOH-浸渍-还原
1.
In order to in situ growing carbon nanofibers/carbon nanotubes on carbon fibers for further investigating the application of carbon nanofibers/carbon nanotubes in C/C composites,nano-nickel catalyst particles were coated on the carbon fibers' surfaces by KOH-impregnation-reduction method.
为了催化炭纤维原位生长纳米炭纤维/纳米碳管,研究纳米炭纤维/纳米碳管在炭/炭复合材料中的应用,采用KOH-浸渍-还原法在炭纤维上制备纳米催化剂颗粒。
5) Liquid infiltration and reduction
液相浸渍还原
6) solution infiltration and reduction
溶液浸渍还原
1.
Processing of C/SiC-Cu composites by solution infiltration and reduction;
溶液浸渍还原法制备C/SiC-Cu复合材料
补充资料：固体物料浸渍法
分子式：
CAS号：
性质：采用熔融金属、液态润滑剂或其他液态非金属物质来浸渍多孔骨架状固体的方法。该法基于毛细管渗透原理。可分为全浸法，部分浸入法，表面接触法等。还可采用液压，离心力，抽真空等措施增加渗透的附加压力。这种工艺已被广泛应用于许多领域。如多晶氧化铝自润滑含油轴承(将烧好的多晶轴承浸入油中)、金属陶瓷无油润滑活塞环(金属陶瓷浸渍于液态塑料中)、钨渗铜的喷管材料、用熔融的镍、钴、铁浸渍的钨与碳化钛工具和模具材料等。
CAS号：
性质：采用熔融金属、液态润滑剂或其他液态非金属物质来浸渍多孔骨架状固体的方法。该法基于毛细管渗透原理。可分为全浸法，部分浸入法，表面接触法等。还可采用液压，离心力，抽真空等措施增加渗透的附加压力。这种工艺已被广泛应用于许多领域。如多晶氧化铝自润滑含油轴承(将烧好的多晶轴承浸入油中)、金属陶瓷无油润滑活塞环(金属陶瓷浸渍于液态塑料中)、钨渗铜的喷管材料、用熔融的镍、钴、铁浸渍的钨与碳化钛工具和模具材料等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条