1 ! SELF-ASSEMBLED QUANTUM DOTS: Barrier=AlN, Well=GaN
4 !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
6 0.000 ! Wetting layer thickness (A): DWL
7 1 ! ISHAPE 1-Trunc. Cone;2-Cap
8 90.0 ! Height of the dot (A): HQD
11 !!! Superlattice Input
12 250.E0,250.E0,86.E0 !Superlattice constants
13 1.E0,0.E0,0.E0 !Superlattice vector a1
14 0.E0,1.E0,0.E0 !Superlattice vector a2
15 0.E0,0.E0,1.E0 !Superlattice vector a3
16 1,1,1 !Number of Dots along X,Y,Z direction (odd)
18 0 !Grid Method: 0->Manual 1->Auto (Unit spercell)
19 0.E0,131.E0 !X_Min,X_Max
20 0.E0,0.E0 !Y_Min,Y_Max
21 -41.E0,135.E0 !Z_Min,Z_Max
22 51,1,51 !Number of Points in each direction (odd)
23 !!! Material Parameters
24 1 ! MTYPE: 1-> ZBI, 2-> WZI, 3-> WZA
25 0.599,0.186,-0.194 ! Well potentials (eV): VWE,VWH,VWSO
26 1.518,0.000,-0.340 ! Barrier potentials (eV): VBE,VBH,VBSO
27 -5.08,-1.00,-1.8,-3.6 ! Well deformation pot. (eV): ACW,AVW,BW,DW
28 540.0,590.0 ! Lame constants (GaAs): XLAMB=C12, XMU=C44
29 -0.067E0 ! Misfit strain: EPSA
30 !!! Kind of Calculation
32 1 ! STR_Action 0-> Nothing 1-> Caculate 2-> Read
33 1 ! DPL_Action 0-> Nothing 1-> Caculate
34 0 ! PZO_Action 0-> Nothing 1-> Caculate 2-> Read
35 0 ! POT_Action 0-> Nothing 1-> Caculate
36 0 ! DIAG_Action 0-> Only Diagonal, 1->Full Hamiltonian
38 STR_QD.nc ! Strain Output File
39 DPL_QD.nc ! Displacement Output File
40 PZO_QD.nc ! Piezo Output File
41 POT_QD.nc ! Potential Output File
42 1 ! Cylindrycal or cartesian strain components: 0 -> Cartesian; 1-> Cylindrical