#iteration parameter (default = 10)
iter 4

#number of mean free paths (default = 10)
expand_factor 4

#stability factor (default = 1)
k_stab 1

#initial temperature for the entire structure
t_ini 273.15
#set all elements to be solved using bte
#all_bte 1
#set all cells to be solved using fourier
#all_fourier 1

#number of cells for the entire system
cells_x 30
cells_y 30
cells_z 52

#material for the entire system
% material MAT1
#Group velocity
vg 6400
#relaxation time
t_rel 6.279e-12
#total phonon volumetric specific heat
cv 1.66e6
#thermal conductivity of silicon
k_cond 142.3
#reference temperature for cv
temp 300
%

#substrate definition
% substrate

#material
material MAT1

#starting x,y,and z points
coordinates 0 0 0

#make it a cube of size = 0.01*vg*t_rel with 12 grid pts
#kn=0.001
lengthx 910e-9
lengthy 910e-9
lengthz 500e-9

#boundaries
t_bound x 0 273.15
t_bound z 0 273.15
t_bound y 0 273.15
t_bound x 1 273.15
t_bound y 1 273.15
diff z 1

%

#device 1
% device

#angular discretization
nphi 2
ntheta 2

trans_factor x 0 1.0
trans_factor x 1 1.0
trans_factor y 0 1.0
trans_factor y 1 1.0
trans_factor z 0 1.0

oxide z 0

oxide y 0
oxide y 1

oxide x 0
oxide x 1

#heat source definition
source 3.08e-5 422.5e-9 487.5e-9 422.5e-9 487.5e-9 490e-9 500e-9

%

#material
material MAT1

#starting x,y,and z points
coordinates 422.5e-9 422.5e-9 490e-9

lengthx 65e-9
lengthy 65e-9
lengthz 10e-9

% end device
