山西化工
山西化工
산서화공
SHANXI CHEMICAL INDUSTRY
2012年
5期
15-17
,共3页
复合导电镍碳微粒%水热高压加氢%制备%影响因素
複閤導電鎳碳微粒%水熱高壓加氫%製備%影響因素
복합도전얼탄미립%수열고압가경%제비%영향인소
composite conductive nickel carbon particle%hydrothermal hydrogen%preparation%affection factor
采用水热高压加氢还原反应方法制备新型复合导电镍碳功能微粒基础材料。讨论了在制备过程中反应温度、氢气压力、转速、溶液体系各组分等对反应的影响。
採用水熱高壓加氫還原反應方法製備新型複閤導電鎳碳功能微粒基礎材料。討論瞭在製備過程中反應溫度、氫氣壓力、轉速、溶液體繫各組分等對反應的影響。
채용수열고압가경환원반응방법제비신형복합도전얼탄공능미립기출재료。토론료재제비과정중반응온도、경기압력、전속、용액체계각조분등대반응적영향。
The paper introduces the preparation method of basic functional materials of a new composite conductive nickel carbon particle by hydrothermal hydrogen reaction. It was emphatically elaborated that the influence of a series of reaction parameters such as : reaction temperature, hydrogen pressure, speed, solution on each reaction in the synthetic process.
