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Reduction of · · · (NOCs) in · ·

项目来源

美国国家科学基金(NSF)

项目主持人

Huichun Zhang

项目受资助机构

TEMPLE UNIVERSITY

项目编号

1507981

立项年度

2015

立项时间

未公开

研究期限

未知 / 未知

项目级别

国家级

受资助金额

300000.00美元

学科

未公开

学科代码

未公开

基金类别

Standard Grant

关键词

Environmental Chemical · ·

参与者

未公开

参与机构

未公开

项目标书摘要：With this · · · Sciences Program · · · of Chemistry · · · Huichun J.Zhang · · · to examine · · · bond(N-O)as a · · · toward reductive · · · conditions.The introduction · · · contaminants(NOCs)into aquatic · · · important emerging · · · aims to · · · risk assessment · · · to develop · · · effectively treat · · · and sites.The · · · to help · · · industry to · · · chemical products.The · · · to broaden · · · minorities and · · · chemistry/engineering and · · · for future · · · in this · · · focuses on · · · and mechanisms · · · range of · · · Fe(II)species through · · · experimental and · · · approaches,including kinetic,electrochemical · · · approaches,are to · · · elucidate key · · · NOC reductions,such · · · and N-O · · · likely rate-limiting · · · subset of · · · be identified · · · of the · · · the relevant · · · the reaction · · · being computed · · · structure-activity relationships · · · provide the · · · and experimentally · · · pertain to · · · N-O bonds · · · in the ·

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  • 1.Ex···im···al···d ···pu···io··· E···en···fo···he···du···on···ch···sm···f ···ma··· N···id···by···ue··· F···I-···on···mp···

    • 关键词：
    • Electron transitions;Aromatic compounds;Computation theory;Iron compounds;Reduction;Chemical bonds;Electron transport properties;Isotopes;Chains;Protonation ;Density functional theory;Electron transfer;Electron transfer process;Elementary reaction;Kinetic isotope effects;Rate-limiting steps;Reduction mechanisms;Solvent isotope effects;Theoretical approach
    • Ch··· Y···ng···ng···ao···an···Hu···un
    • 《En···on···ta···ci···e ··· T···no···y》
    • 2016年
    • 50卷
    • 1期
    • 期刊

    A ···bi··· e···ri···ta···he···ti··· a···oa···wa···ak···to···uc···te···e ···uc···n ···ha···ms··· f··· r···es···at··· a···at···N-···de···AN··· b···eI···ir···co···ex···d ···id···if···he···te···mi···g ···p.···se···n ··· p···ib···ty··· o···om···xe···or··· w··· t···re···ta··· t···e ···up···f ···s ···e ···di··· t··· I···fe···to···os···or···g ···em···ed···ng···mp···es···ro··· t···N ··· O···om···n ··· s··· c···n;···pe··· r···rs··· t···e ···mi···6-···be··· r··· c···le··· t···ug···he···ox··· O···om···d ··· O···om··· t···si···ch···; ··· t··· I···re···s ···co···ex···on···ro··· t···N-···de···at···on··· D···it···un···on···th···y ···cu···io···su···st···th···th···le···ta···re···io··· i···ud··· p···on···on···-O···nd···ea···e,···d ··· s···nd···ec···n ···ns··· p···es···, ··· b···ie···ss···nd···ti···th···th···ir···el···ro···ra···er··· r···-l···ti··· C···is···t ···h ··· t···re···al···su···, ··· e···ri···ta···ol···t ···to···ef···t,···EH···or···e ···uc···n ···qu···li···N-···de··· t··· I···AN···wa···bt···ed··· b···.0···± ···25···ug···ti···pr···na···n ··· n···in···ve···n ··· r···-l···ti···st··· T···me···re···it···en···ne··· i···op···ff···, ···N,···r ··· r···ct··· o···yr···ne···ox··· (···yp···II···O)···.0···± ···06···s ···go···ag···me···wi···th···al···at···KI···fo···ts···rs···le···on···an···r ···01···.0···, ···fi···ng···at···e ···st···ec···n ···ns··· i···at···im···ng···le···oc···ic···ce···ex···im···s ···on···at···th···th···le···on···an···r ···ce···ca···e ···il···te···ig···ic···ly··· t··· I···mp···at··· w··· F···6-···:2···II···ro···om···x)···o ···e ···en···y ···e ···co···ex···on···th···ee···II···ut···t ···we···ty···II···om···xa···n.···20···Am···ca···he···al···ci···.

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