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THE STRUCTURAL BASIS FOR SUBSTRATE-INDUCED CHANGES IN REDOX POTENTIAL AND SPIN EQUILIBRIUM IN CYTOCHROME P-450(CAM)

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氧化还原电位

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THE STRUCTURAL BASIS FOR SUBSTRATE-INDUCED CHANGES IN REDOX POTENTIAL AND SPIN EQUILIBRIUM IN CYTOCHROME P-450(CAM)

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创建时间：

2024-03-06

氧化还原电位

QM/MM

Redox potentials have been calculated for 12 different iron–sulfur sites of 6 different types with 1–4 iron ions. Structures were optimized with combined quantum mechanical and molecular mechanical (Q

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Modeling the Effect of the Electrolyte on Standard Reduction Potentials of Polyoxometalates

计算电化学

氧化还原电位

The electrochemistry of transition metal oxide systems is gaining much interest in the context of energy storage. Yet, predicting the redox behavior of such systems remains very challenging for comput

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When Substituents Do Not Matter: Frontier Orbitals Explain the Unusually High and Invariant Oxidation Potential in Alkoxy‑, Alkyl‑, and H‑Substituted Iptycenes

分子轨道

氧化还原电位

Frontier molecular orbitals (FMOs) have played a critical role in predicting reactivity/selectivity of pericyclic reactions. Here we show that the structurally similar iptycene-based hydroquinone ethe

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Appendix B. Redox potential results from mesocosm experiment with errors and multiple comparisons (not displayed in Fig. 3).

生态学

氧化还原电位

Redox potential results from mesocosm experiment with errors and multiple comparisons (not displayed in Fig. 3).

DataCite Commons2020-09-04 更新60

Appendix B. Redox potential results from mesocosm experiment with errors and multiple comparisons (not displayed in Fig. 3).

中宇宙实验

氧化还原电位

Redox potential results from mesocosm experiment with errors and multiple comparisons (not displayed in Fig. 3).

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