本文選題：重整制氫 + 團隊開發(fā)　； 參考：《石油煉制與化工》2017年07期

【摘要】：正北京大學(xué)的馬丁等研究者及其在美國的同事合作開發(fā)的低溫甲醇水相重整(APRM)催化劑顯示出極高的制氫活性和穩(wěn)定性。據(jù)發(fā)表在《自然》雜志的論文報道,鉑在α-MoC顆粒表面呈原子級分散形成的催化劑,在低溫(150~190℃)、無堿條件下,每摩爾鉑的平均產(chǎn)氫率達到了
[Abstract]:The low temperature methanol / water phase reforming (APRM) catalyst developed by Martin of Peking University and his colleagues in the United States shows extremely high hydrogen production activity and stability. According to a paper published in the journal Nature, the average hydrogen production rate per mole of platinum reached the average hydrogen production rate per mole of platinum on the surface of 偽 -MoC particles with atomically dispersed catalysts at 150 ~ 190 鈩，

本文編號：1870046