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graphene:structure_optimization

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graphene:structure_optimization [2011/02/18 13:13]
127.0.0.1 external edit
graphene:structure_optimization [2015/05/28 15:51]
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- 
-script file 
-  alat=" 2.0 2.1 2.2 2.3 2.4 2.5 2.6 2.7 2.8 2.9 3.0" 
-  for i in $alat; 
-  do 
-   echo $i 
-   mkdir $i 
-   ​lattice="​`echo $i`"; 
-   sed "​s/​AAA/​$lattice/​g" ​ fireball.sample > fireball.in;​ 
-   ​./​runTG.com > a-$i.out 
-   grep "​etot/​atom"​ a-$i.out | cut -b50-65 
-   mv CHARGES $i/ 
-   mv a-$i.out $i/ 
-  done 
- 
-fireball.sample 
- 
-  &OPTION 
-  basisfile = C1.bas 
-  lvsfile = C1.lvs 
-  kptpreference = C1.64.kpts 
-  nstepf = 1 
-  ifixcharge = 0 
-  iqout = 1 
-  rescal = AAA 
-  &END 
-  &OUTPUT 
-  iwrteigen = 1 
-  &END 
- 
-atomic coordinates are defined in **C.bas** file C¹(0.0, 0.0) and C²(√3/3, 0.0): 
-        2 
-  6  0.0000000 ​ 0.00000000 ​ 0.00000000 
-  6  0.57735027 0.00000000 0.00000000 
- 
-lattice vector a1(√3/2, 0.5); a2(√3/2, -0.5): 
- 
-  0.8660254 ​  ​0.5000000 ​  ​0.00000000 
-  0.8660254 ​ -0.5000000 ​  ​0.00000000 
-  0.00000000 ​ 0.00000000 ​ 60.00000000 
- 
-The SCF solution has been obtained using 64 k-points, in file C1.64.kpts. 
-The total energy vs. the lattice parameter is plotted here: 
- 
- 
- 
  
graphene/structure_optimization.txt · Last modified: 2015/05/28 15:51 (external edit)