We run the program named elsie, created by S.A. Langer, to determine the longer time results of our system as it phase separates and possibly order.
Example on how to read the following lists:
A1: phi0=0.76 T=1.08
A1 refers to the suffix of files related to this run.
phi0=0.76 is the initial phi value.
T=1.08 is the temperature to which the system is quenched.
The system always begins as an isotropic, homogeneous mixture.
Runs started by S.C. Glotzer found in ~glotzer/lcp/1997/RUNS/A:
A1: phi0=0.76 T=1.08 A2: phi0=0.76 T=0.95 A3: phi0=0.68 T=1.08 A4: phi0=0.68 T=0.95 A5: phi0=0.68 T=1.01 A6: phi0=0.65 T=0.75 A7: phi0=0.97 T=0.80 A8: phi0=0.85 T=0.40 A9: phi0=0.55 T=0.50 A10: phi0=0.50 T=0.50 A11: phi0=0.76 T=0.75 A12: phi0=0.97 T=0.50
Runs unstable with respect to phi: A1-A6, A9-A11
Runs unstable with respect to S: A7
Runs unstable with respect to phi and S: A8
Runs started by A.M. Lapeña found in ~lapena/LCP_2/mod_zero:
B1: phi0=0.90 T=0.85 B2: phi0=0.87 T=0.85 B3: phi0=0.95 T=0.99 B4: phi0=0.75 T=0.50 B5: phi0=0.76 T=0.50 B6: phi0=0.91 T=0.50 B7: phi0=0.90 T=1.10 B8: phi0=0.95 T=0.25 B9-r2: phi0=0.95 T=1.01 B10-r2: phi0=0.95 T=1.08
Runs unstable with respect to S: B1, B3, B9-r2, B10-r2
Runs unstable with respect to phi and S: B2, B4-B6, B8
Runs stable with respect to phi and S: B7
Snapshots of these runs can be viewed using Dynamic Lattice.
Linear stability analyses done by R.M. Nyquist:
Check the lsa page for an updated list of these quenches.
1: phi0=0.65 T=0.75 2: phi0=0.97 T=0.80 3: phi0=0.85 T=0.40 4: phi0=0.75 T=0.50 5: phi0=0.95 T=0.25
Runs unstable with respect to phi: 1
Runs unstable with respect to S: 2
Runs unstable with respect to phi and S: 3-5
Any question, comments, or suggestions? Email me!
Last updated September 6, 1997.