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Quantum Mechanical Methods for Biomolecular Simulations.
K. Y Wong
, L Song
, W Xie
,
D. T Major
, Y. L Lin
, A Cembran
, J Gao
Department of Chemistry
Research output
:
Chapter in Book/Report/Conference proceeding
›
Chapter
›
peer-review
Overview
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Keyphrases
Quantum Mechanical Methods
100%
Biomolecular Simulation
100%
Nuclear Quantum Effects
100%
Force Field
50%
Electronic Structure
50%
Quantum Mechanics
50%
Biological Applications
50%
Effective Hamiltonian
50%
Potential Energy Surface
50%
Free Energy Perturbation
50%
Quantum Mechanical
50%
Biomolecular Systems
50%
Molecular Orbital
50%
Path Integral
50%
Mechanical Applications
50%
Chemical Applications
50%
Valence Bond Theory
50%
Electronic Structure Calculations
50%
Two-path
50%
Biocatalytic System
50%
Umbrella Sampling Simulation
50%
Novel Electronics
50%
Variational Perturbation Theory
50%
Chemistry
Electronic State
100%
Quantum Mechanical Method
100%
Potential Energy Surface
50%
Path Integral
50%
k·p perturbation theory
50%
Valence Bond Calculation
50%
Molecular Orbital
50%
Quantum Theory
50%
Free Energy
50%
Perturbation Theory
50%
Physics
Energy Levels
100%
Potential Energy
50%
Perturbation Theory
50%
Field Theory (Physics)
50%
Quantum Theory
50%
Free Energy
50%