Feb 19 2004

S_50_50_100 with E=(0.1,0) at different Ts

At each temperature two runs are initialized from both a ground and a random state.

T=0.01

Initial state Run passes Max peak height 3D structure function Intensity structure function Phi6 Potential energy

Ground First 10^5 4.63

Random First 10^5 4.37

T=0.007

Initial state	Run	passes	Max peak height	3D structure function	Intensity structure function	Phi6	Potential energy
Ground	First	10^5	7.86
Random	First	10^5	7.44
Ground	Second	10^6	7.67462
Random	Second	10^6	8.02343

T=0.006

Initial state Run passes Max peak height 3D structure function Intensity structure function Phi6 Potential energy

Ground First 10^5 14.8169

Random First 10^5 14.3822

Ground Second 10^5 16.4732

Random Second 10^5 10.0528

Ground Third 10^6 10.9545

Random Third 10^6 9.94153

T=0.005

Initial state	Run	passes	Max peak height	3D structure function	Intensity structure function	Phi6	Potential energy
Ground	First	10^5	13.3607
Random	First	10^5	16.005
Ground	Second	10^5	33.8606
Random	Second	10^5	22.7202
Ground	Third	2*10^5	23.3631
Random	Third	2*10^5	15.3771
Ground	Fourth	10^6	85.1584
Random	Fourth	10^6	20.4667
Ground	Fifth	10^6	99.9801
Random	Fifth	10^6	13.1474
Ground	Sixth	10^6	99.9803
Random	Sixth	10^6	13.5933

Seperating structure functions

The configurations of the second run at T=0.006 initialized from the ground state are divided into two groups with phi6>0.5 and phi6<0.2. Their structure functions are calculated seperately.

phi6 Max peak height 3D structure function Intensity plot of structure function

phi6 > 0.5 42.7819

phi6 < 0.2 8.79788