催化学报
催化學報
최화학보
CHINESE JOURNAL OF CATALYSIS
2015年
1期
19-23
,共5页
王连月%陈波%任兰会%张恒耘%吕迎%高爽
王連月%陳波%任蘭會%張恆耘%呂迎%高爽
왕련월%진파%임란회%장항운%려영%고상
亚胺%醇%胺%需氧氧化%钒
亞胺%醇%胺%需氧氧化%釩
아알%순%알%수양양화%범
Imine%Alcohol%Amine%Aerobic oxidation%Vanadium
开发了钒催化氧化胺、醇和胺直接合成亚胺催化体系,无须额外的添加剂或促进剂,空气作为环境友好的氧源,温和条件下,能高收率地得到各种对称和非对称亚胺,并且催化剂非常容易制备和使用。该催化体系对含杂原子亚胺的合成也非常有效。
開髮瞭釩催化氧化胺、醇和胺直接閤成亞胺催化體繫,無鬚額外的添加劑或促進劑,空氣作為環境友好的氧源,溫和條件下,能高收率地得到各種對稱和非對稱亞胺,併且催化劑非常容易製備和使用。該催化體繫對含雜原子亞胺的閤成也非常有效。
개발료범최화양화알、순화알직접합성아알최화체계,무수액외적첨가제혹촉진제,공기작위배경우호적양원,온화조건하,능고수솔지득도각충대칭화비대칭아알,병차최화제비상용역제비화사용。해최화체계대함잡원자아알적합성야비상유효。
The direct synthesis of imines from amines or alcohols and amines by vanadium catalyzed aerobic oxidation was developed. Without an additive or promoter, various symmetrical and unsymmetrical imines were obtained in good to excellent yields under mild conditions with air as an environmen‐tally benign oxidant. The catalyst is very easy to prepare and use, and this catalytic system is also effective for the synthesis of heteroatom‐containing imines.