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In this study, extensive Multiscale Reactive Molecular Dynamics simulations with explicit Grotthuss-shuttling hydrated excess protons are used to explore detailed molecular-level interactions that accompany proton transport in the +0, +1, and +2 histidine charge states.
In this study, extensive Multiscale Reactive Molecular Dynamics simulations with explicit Grotthuss-shuttling hydrated excess protons are used to explore detailed molecular-level interactions that accompany proton transport in the +0, +1, and +2 histidine charge states.
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The hydrated excess proton is a common species in aqueous chemistry which complexes with water in a variety of structures.
The hydrated excess proton is a common species in aqueous chemistry which complexes with water in a variety of structures.
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10.1021/jacs.9b05136
In this study, extensive Multiscale Reactive Molecular Dynamics simulations with explicit Grotthuss-shuttling hydrated excess protons are used to explore detailed molecular-level interactions that accompany proton transport in the +0, +1, and +2 histidine charge states.
In this study, extensive Multiscale Reactive Molecular Dynamics simulations with explicit Grotthuss-shuttling hydrated excess protons are used to explore detailed molecular-level interactions that accompany proton transport in the +0, +1, and +2 histidine charge states.
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10.1021/acs.jpcb.9b05723
The hydrated excess proton is a common species in aqueous chemistry which complexes with water in a variety of structures.
The hydrated excess proton is a common species in aqueous chemistry which complexes with water in a variety of structures.
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10.1039/c9cp03827b
The solvation effect on the kinetic rattling behaviour of the hydrated excess proton H+(aq) in water is theoretically modeled by using density functional theory (DFT) and the quantum chemical cluster model (CM).
The solvation effect on the kinetic rattling behaviour of the hydrated excess proton H+(aq) in water is theoretically modeled by using density functional theory (DFT) and the quantum chemical cluster model (CM).
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Keywords related to Excess
Boundary Excess
Negative Excess
Enantiomeric Excess
Chronic Excess
Divergence Excess
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Surface Excess
Associated Excess
Low Energy Excess
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Gev Excess
X Ray Excess
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Recoil Excess
Diphoton Excess
Soft Dielectron Excess
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Base Excess
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Air Excess
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