Reaction ergodography for the addition of lithium hydride to acetylene indicates that the lithium hydride, in both monomeric and dimeric forms, reacts with the acetylene via two similar and competitive pathways. Hence...Reaction ergodography for the addition of lithium hydride to acetylene indicates that the lithium hydride, in both monomeric and dimeric forms, reacts with the acetylene via two similar and competitive pathways. Hence, we have obtained the pseudo-first-order rate constant of this reaction.展开更多
The paper presents a comprehensive critical review and detailed analysis of the literature, published in the field of the phase diagram solution Li-LiH (LiD, LiT). Special attention is paid to the completeness of the ...The paper presents a comprehensive critical review and detailed analysis of the literature, published in the field of the phase diagram solution Li-LiH (LiD, LiT). Special attention is paid to the completeness of the source information on the paper’s topic resulting in an extended reference list. Particularly, paper reviews rarely used sources including little-known publications from research centers, proceedings of the international scientific meetings and dissertations. These publications were more thoroughly analyzed in order to make the information available to the scientific society.展开更多
考察了纳米 Li H在不同温度热处理后比表面积的变化及其与 Cp2 Ti Cl2 组成催化剂的加氢反应活性之间的关系 .30 0℃热处理后 Li H比表面积已呈较大幅度的下降 ,但催化剂的加氢反应活性反而更高 ,说明比表面积是构成纳米 Li H高活性的...考察了纳米 Li H在不同温度热处理后比表面积的变化及其与 Cp2 Ti Cl2 组成催化剂的加氢反应活性之间的关系 .30 0℃热处理后 Li H比表面积已呈较大幅度的下降 ,但催化剂的加氢反应活性反而更高 ,说明比表面积是构成纳米 Li H高活性的一个主要原因 。展开更多
基金Supported by the National Natural Science Foundation of China
文摘Reaction ergodography for the addition of lithium hydride to acetylene indicates that the lithium hydride, in both monomeric and dimeric forms, reacts with the acetylene via two similar and competitive pathways. Hence, we have obtained the pseudo-first-order rate constant of this reaction.
文摘The paper presents a comprehensive critical review and detailed analysis of the literature, published in the field of the phase diagram solution Li-LiH (LiD, LiT). Special attention is paid to the completeness of the source information on the paper’s topic resulting in an extended reference list. Particularly, paper reviews rarely used sources including little-known publications from research centers, proceedings of the international scientific meetings and dissertations. These publications were more thoroughly analyzed in order to make the information available to the scientific society.
