Faceting of gold nanorods


Melting temperature of gold with different sizes

Heating of nanorods with 1404 atoms

Daily work for facets

May 02 2007 Quai-equilibrium heating of {110} rod with a fixed core (4 layers)
August 25 2006 Quai-equilibrium heating of {110} rod with a fixed core (3 layers)
December 18 2007 Quai-equilibrium heating of {100} rod with a fixed core (6 layers)
May 01 2007 Quai-equilibrium heating of {100} rod with a fixed core (5 layers)
February 16 2007 Quai-equilibrium heating of {100} rod with a fixed core (3 layers)
September 19 2005 Quasi-equilibrium heating of {100} and {110} rods
September 14 2005 Continuous heating of {100} and {110} rods
September 29 2004 Continuous heating of {111} rod
August 12 2004 Data and pictures for the quasi-equilibrium heating of rods
July 05 2004 Average shape of the 2nd sub layer of N=2624 Ih cluster
July 01 2004 Ellipsoid representation of surface atom movements for the N=5082 Ih cluster
May 27 2004 Snapshots of the 2624-atom gold nanorod
May 26 2004 Results of the 2624-atom gold nanorod
May 17 2004 Max local curvature distribution for the average shape of the liquid
April 28 2004 Global bond order parameters of Mackay Icosahedra
April 14 2004 Local bond order parameters of the 2624-atom gold nanorod
April 13 2004 Melting transition temperatures
January 13 2004 Additional data for our PRL paper
January 03 2004 Comments for the critiques for our PRL paper
September 23 2003 Data for PRL paper
September 19 2003 Equilibrium heating of rod 2624
September 12 2003 Summary of the average shape of 1409-atom cluster
September 05 2003 Summary of the average shape of 1414-atom cluster
September 03 2003 Summary of the average shape of 922-atom cluster
September 02 2003 Summary of the average shape of 560-atom cluster
August 27 2003 Summary of the average shape of 5082-atom cluster
August 26 2003 Summary of the average shape of 2624-atom cluster
August 7 2003 Time revolution of 2624-atom cluster's average shape
July 31 2003 Average shape of constructed ih cluster with 5082 gold atoms
June 26 2003 Up to date working results
June 25 2003 Rod (2624 atoms) side shape change at 460K
June 06 2003 Shape distribution and average shape by solid angle
May 30 2003 Movies with average configuratios
May 23 2003 Coloring surface atoms of gold nanorod with 2624 atoms
May 16 2003 The projection of radius of gyration on x-y plane of the gold nanorod with 11076 atoms
May 13 2003 Average shape from constant T MD
May 06 2003 MSD without unmoved atoms
April 28 2003 MSD for 2624 atoms at 700K, 900K and 1000K
April 24 2003 Standard deviations of bond curvature and local larger curvature
April 12 2003 2D local bond order parameters
April 5 2003 Local bond order parameters of 2624 atoms at 5K (quenched)
April 4 2003 Coloring of gold nanorod with aspect ratios of 2 (9212 atoms)
April 3 2003 Supplement of summary of faceting paper
April 1 2003 Surface and interior cooling time for continuous cooling systems
March 31 2003 Ellipsoid representation of atom movements for 2624 atoms
March 20 2003 Surface and interior cooling time
March 19 2003 Coloring surface atoms of gold nanorod with 11076 atoms
March 18 2003 Average shape with root mean squared displacement
March 17 2003 Average shape with maximum displacement
February 22 2003 Movement of surface atoms (continued)
February 10 2003 Movement of surface atoms
February 06 2003 Mean squared displacements and bond order parameters for 2624 atoms (heating >=1000K) from saved 462 configurations
February 04 2003 Mean squared displacements and bond order parameters for 2624 atoms (heating >=1000K) from saved 221 configurations
January 31 2003 Mean squared displacements for 2624 atoms (heating >=1000K) from saved 100 configurations
January 30 2003 Local curvature distributions with signs for 2624 atoms (heating >=1000K)
January 28 2003 Conclusions and problems so far
January 21 2003 Diffusion coefficients for 2624 atoms (Heating results for T>=1000K)
January 20 2003 Multi-layer analysis for 2624 atoms (Heating results for T>=1000K)
January 17 2003 Average configurations for 2624 atoms (Heating results for T>=1000K)
January 16 2003 Average configurations for 1409 atoms
January 15 2003 Fit average curvatures with Gaussian distributions (2624 atoms)
January 14 2003 Fit average curvatures with Gaussian distributions (1409 atoms)
January 13 2003 Local curvauture distributions with signs for 2624 atoms
January 12 2003 Local curvauture distributions with signs for 1409 atoms
January 10 2003 Eigenvectors of a facet
January 09 2003 Curvature distributions for 2624 atoms with method 2 and method 8
January 08 2003 Curvature distributions for 1409 atoms with method 2 and method 8
January 07 2003 Test fitting methods with an fcc cube
January 04 2003 Comparison of different fitting methods
December 16 2002 Enhanced surface discrimination method
December 13 2002 Noise to the curvature distribution caused by surface atom identification error
December 06 2002 Results for 2624 atoms by cooling (Andersen thermostat)
December 05 2002 Conclusions from papers
November 26 2002 Results for 1409 atoms by cooling
November 14 2002 Physical properties (diffusion coefficient, heat capacity, average potential energy and bond order parameters) of 603 atoms by cooling (equilibrated by constant energy MD)
November 11 2002 Curvature distributions of 603 atoms by cooling with quenched configurations
November 08 2002 Average radius of the surface atoms for a liquid cluster of 603 atoms by cooling
November 07 2002 Curvature distributions of 603 atoms by cooling
November 01 2002 Flatness of 603 atoms by cooling (continued)
October 29 2002 Flatness of 603 atoms by cooling
October 24 2002 Physical properties of the cooling of 603 atoms by cooling (equilibrated by Andersen thermostat)
October 17 2002 Parallel tempering of 201 atoms
September 12 2002 Gold nanosphere with 603 atoms equilibrated at 300K and 400K
August 20 2002 Gold nanosphere with 1409 atoms at different temperature
August 14 2002 Constant energy MD of gold nanoshpere with 1409 atoms
August 13 2002 Constant temperature MD of gold nanoshpere with 1409 atoms
August 7 2002 Cooling of gold nanoshpere with 1404 atoms
August 6 2002 Configurations of 1404 atoms
August 5 2002 Configuration of 1404 atoms


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