Nan Zhang
Dept. of Geological Science
Brown University

E-mail: nan_zhang@brown.edu

i. Constant H cases
d=230km, H is the same as the present-day H
delta Enta=1e5 case06.gif
delta Enta=1e7 case03.gif
delta Enta=1e7 but EntaC=100 case07.gif
time dependence

ii. Decay of H
c=0.2, f=0.2, K=100% d=290 km
E=100-300 KJ/mol Powers_all.eps
Melt melt_all.eps
Heat Flux HF_all.eps
Topography&Geoid Geoid_6cases.eps
Scaling model deltaT.eps

iii. Depth-dependent g
delta Enta=1e5 compare_e5c2.gif
delta Enta=1e6 compare_e6c2_GA.gif
delta Enta=1e7 compare_e7c2_GA.gif
delta Enta=1e7 ViscC=100 compare_e7c2v100_GA.gif

Fields at 110Km depth
delta Enta=1e5 e5c2_GA_horizon
delta Enta=1e7 ViscC=100 e7c2v100_GA_horizon.gif
time dependence  work_by_gravity.jpg

cell 3
step 200 temp_200.jpg
step 10000 temp_10000.jpg
step 24000 temp_24000.jpg

periodic B.C.
step 0 temp_0.jpg
step 1000 temp_1000.jpg
step 2000 temp_2000.jpg
step 3000 temp_3000.jpg
step 5000 temp_5000.jpg
step 7000 temp_7000.jpg
step 10000 temp_10000.jpg
step 19500 temp_19500.jpg
step 30000 temp_30000.jpg
step 40000 temp_40000.jpg
step 50000 temp_50000.jpg
step 60000 temp_60000.jpg
step 70000 temp_70000.jpg
step 80000 temp_80000.jpg
Time dependence WR.jpg

cell 4
step 24000 temp_24000.jpg

periodic B.C.
step 0 temp_0.jpg
step 10000 temp_10000.jpg
step 19000 temp_19000.jpg

cell 6
WR.jpg heat.jpg

cell 8
step 6800 temp_6800.jpg
step 24000 temp_24000.jpg

periodic B.C.
step 0 temp_0.jpg
step 12000 temp_12000.jpg
step 20500 temp_20500.jpg
step 29000 temp_29000.jpg
step 34000 temp_34000.jpg
step 34500 temp_34500.jpg
step 46500 temp_46500.jpg
step 53000 temp_53000.jpg
step 56500 temp_56500.jpg
step 57000 temp_57000.jpg
WR time dependence WR.jpg
WR time dependence2 WR2.jpg
Heat time dependence Heat.jpg

mixed
step 0 temp_0.jpg
step 800 temp_800.jpg
step 1600 temp_1600.jpg
step 3200 temp_3200.jpg
step 6400 temp_6400.jpg
step 26000 temp_26000.jpg

3layers
reflecting B. C.
temp0.jpg
temp40000.jpg
temp150000.jpg
WR.jpg
heat.jpg

Therm_chemi
CASE1
comp5500.jpg  temp5500.jpg
comp8800.jpg  temp8800.jpg
comp12100.jpg comp12100+.jpg temp12100.jpg temp12100+-.jpg temp12100+.jpg
movie_temp movie_comp
movie_combined
CASE2
comp6900.jpg temp6900.jpg
comp9400.jpg temp9400.jpg
comp11900.jpg comp11900+.jpg  temp11900.jpg

CASE3
comp10400.jpg temp10400.jp     comp10400_180.jpg temp10400_180.jpg
movie_comp_10900 movie_temp_10900
temp12400.jpg

movie_12400-21800

CASE4
temp16300.jpg temp16300+.jpg temp16300++.jpg
comp20000.jpg temp20000.jpg temp20000+.jpg temp20000++.jpg

CASE5
movie12100

CASE6_p
viscosity.jpg
temp6400 temp23100 temp31400
degree.jpg

CASE6_p2
temp10300 temp16800
degrees.jpg

CASE6
temp0
temp6300 comp6300
thermal_degrees
movie17100

CASE7_p3
temp1500 temp15000
degrees
temp+100 (-2,0) temp+600(-2,0)

CASE7_p4
temp500

CASE7
movie16200
temp5300 comp5300

CASE8
temp10700 comp10700
temp14300 temp14300+ comp14300

CASE9
movie27800

Random_move
random
16Ma
Fixed Euler pole
10Ma
4Ma
rand Euler poles
5cm/yr_2Ma
10+-5cm/yr_2Ma

distribution_figure_1000times_run
distribution_file_1000times_run

Stagnant-lid paper
fitting_without_changing_two_coef.
fitting_without_changing_Rai_coef.

CASE3C(13000 timestep gap)
CASE3F(9000 timestep gap)