Simulating biomolecules with 3D-RISM implicit solvent models

Abstract: Simulations of biomolecules often use a simplified description of solvation
effects, instead of explicitly representing individual solventmolecules.
Continuum dielectric models often work well in describingthe thermodynamic
aspects of aqueous solvation, but they often haveproblems describing non-polar
solvation and in dealing with mixed salts or high electrolyte concentrations.
Other implicit solvent models, such as the dielectrically-consistent 3D-RISM
model, go beyond continuumdielectric descriptions and provide estimates of

Understanding Defects and Defect Dynamics in Carbon Nanomaterials using electron Microscopy

 

Understanding Defects and Defect Dynamics in Carbon Nanomaterials using Electron Microscopy.

Professor Angus Kirkland.

Department of Materials, Oxford University, Parks Road, Oxford, OX13PH, UK.

 

Graphene, Carbon nanotubes and related 1D and 2D carbon nanomaterials are currently attracting considerable interest, due to their novel electronic, mechanical and structural properties. This talk will report recent structural studies of various types of defects in these materials using high resolution aberration corrected electron microscopy.

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