Keyphrases
Biophysical Chemistry
100%
RISC
100%
Computer System
100%
Computational Chemistry
100%
Multiprocessor
75%
Conjugated Molecules
50%
Rutgers University
50%
Dual-core Processor
50%
Onyx
50%
Computationally Intensive
50%
Biomolecular Structure
50%
Protein Folding
25%
High-density Memory
25%
Hewlett Packard
25%
Chemistry Departments
25%
RISC Architecture
25%
Computer Graphics
25%
Physical Size
25%
Performance Gain
25%
X-ray Crystallography
25%
Molecular Modeling
25%
Computing Environment
25%
Computer-based
25%
Solution-chemical
25%
Properties of Biomolecules
25%
Dynamic Features
25%
Internal Rotation
25%
Large-scale Computation
25%
Biomolecular Dynamics
25%
Electronic Structure Calculations
25%
Uniprocessor
25%
Magnetic Disk
25%
Personal Projects
25%
Quantum Chemical Calculations
25%
Graphics Hardware
25%
Solvate
25%
Computational Resources
25%
Computer Workstation
25%
National Science Foundation
25%
Media Effects
25%
Biomolecules in Solution
25%
Potential Surface
25%
Floating-point
25%
Power Requirement
25%
Vector Architecture
25%
Biomolecular Systems
25%
NMR Structure Determination
25%
Double Helical
25%
Graphic Features
25%
Disk Drive
25%
Levy
25%
NMR Spectroscopy
25%
Biomolecular Interactions
25%
Grant Awards
25%
Biological Macromolecules
25%
Macromolecular Complex
25%
Molecular Biophysics
25%
Structural Features
25%
Maintenance Cost
25%
National Institutes of Health
25%
Electronic Properties
25%
Alternative Evaluation
25%
Biochemistry, Genetics and Molecular Biology
Joint Mobility
100%
Property of Biomolecules
100%
Macromolecule
100%
Solution and Solubility
100%
Computer Graphic
100%
Dynamics
100%
Biomolecular Complex
100%
Experimentation
100%
Protein Folding
100%
Molecular Model
100%
Structure Determination
100%
Nuclear Magnetic Resonance Spectroscopy
100%
Magnetism
100%
Engineering
Computer System
100%
Biomolecule
100%
Physical Size
50%
Central Processing Unit
50%
Electronic State
50%
Structure Calculation
50%
Energy Levels
50%
Floating Point
50%
Computational Resource
50%
Power Requirement
50%
Surface Potential
50%
Experimental Technique
50%
Computer Graphic
50%
Theoretical Study
50%