Self-Assembly of Biological Macromolecules into Crystals: Real Time, In-Situ Monitoring with Molecular Resolution
No abstract available
Vekilov, P. G.↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Variations of Impurity Incorporation and Step Bunching Dynamics in Response to Changes in Transport Conditions
No abstract available
Vekilov, P. G.↗
Surface Structures in Protein Crystallization Resulting from Molecular, Capillary and Transport Processes
No abstract available
Yau, S.-T.↗
Phase Transitions is Protein Solutions: Structures, Dynamics and Control Pathways
No abstract available
Vekilov, Peter G.↗
What Do We Learn about Biological Molecules from Watching them Partake in Phase Transitions?
No abstract available
Vekilov, Peter G.↗
Protein Crystallization Processes at Three Length Scales: Molecular, Capillary and Transport
No abstract available
Vekilov, Peter G.↗
Real-Time In Situ Monitoring with Molecular Resolution of the Elementary Processes of Crystallization of Apoferritin
No abstract available
Vekilov, Peter G.↗
Dynamics of Trains of Non-Interacting Steps Growing under Diffusion Control
No abstract available
Vekilov, Peter G.↗
Phase Transitions in Protein Solutions and Kinetics of HbS Polymerization
No abstract available
Vekilov, Peter G.↗
Real Time In-situ Monitoring of Molecular Processes During Protein Crystallization
No abstract available
Vekilov, Peter G.↗
Solvent Structuring around Protein Molecules and Dynamics of the Molecular Self-Assembly
No abstract available
Vekilov, Peter G.↗
Molecular-Level Thermodynamic and Kinetic Parameters for Crystalline
No abstract available
Yau, S.-T.↗
Molecular Mechanisms of Microheterogeneity-Induced Defect Formation in Ferritin Crystallization
No abstract available
Vekilov, Peter G.↗
Temperature-independent Solubility and Interactions Between Apoferritin Monomers and Dimers in Solution
No abstract available
Petsev, D. N.↗
Launch vehicle accident assessment for Mars Exploration Rover missions
This paper presents the methodology used in the launch and space vehicle portion of the nuclear risk assessment for the two Mars Exploration Rover (MER) missions, which includes the assessment of accident scenarios and associated probabilities.
Rover nuclear space mission↗