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N-2-BINDING SITE IN NITROGENASE AND AMMONIA-SYNTHESIS WITH IRON CATALYSTS

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固氮酶及合成氨Fe催化剂中N_2的络合位.pdf (2.419Mb)
Date
1995
Author
HUANG, JW
黄静伟
ZHANG, FZ
张风章
XU, LS
许良树
ZHUANG, HT
张鸿图
WAN, HL
万惠霖
CAI, QR
蔡启瑞
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  • 化学化工-已发表论文 [14469]
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Abstract
Ethylene was used as a probe to detect the N-2-binding site in nitrogenase. It was found that ethylene couldn't compete with N-2 in the nitrogenase system. So the N-2-binding site in nitrogenase might probably be the mode of 6Fe [mu(6)(eta(2),epsilon(4))] and the mode of 3Fe + 1Mo[mu(4)(eta(3), epsilon(1))] in the cage of the protein-bonded FeMo-co, but not be the mode of dinuclear coordination occurred on the 2Fe-sites at the gap of FeMo-co. In ammonia synthesis with iron catalysts, the N-2-binding site might probably be the mode of 6Fe [mu(6)(eta(3), epsilon(3))].
Citation
CHEMICAL JOURNAL OF CHINESE UNIVERSITIES-CHINESE,1995,16(6):920-923
URI
https://dspace.xmu.edu.cn/handle/2288/13713

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