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check_url/65335?article_type=b
Magnetometric Characterization of Redox-Active MOFs Solid-State Electrochemistry
June 09, 2023
check_url/65335?article_type=b
氧化还原-活性金属-有机骨架固态电化学中中间体的磁力表征
02:10 min
•
check_url/65335?article_type=b
四羟基醌铜（Cu-THQ）电极的制备和电化学循环
03:02 min
•
check_url/65335?article_type=b
铜-THQ MOF的电子自旋共振（ESR）光谱
02:02 min
•
Qi Chen
,
Zhongyue Zhang
,
Kunio Awaga
3
1
Department of Chemistry, Graduate School of Science
,
Nagoya University
,
2
International Research Organization for Advanced Science and Technology
,
Kumamoto University
,
3
Integrated Research Consortium on Chemical Sciences
,
Nagoya University
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非原位
磁力调查可以直接提供磁电极上的体量和局部信息，逐步揭示其电荷存储机理。本文证明了电子自旋共振（ESR）和磁化率，以监测顺磁性物质及其在氧化还原活性金属有机框架（MOF）中的浓度的评估。
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