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the_tip_structure [2009/11/26 11:06]
vroz
the_tip_structure [2011/02/18 13:13]
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-==== The tip_e_str.inp file ==== 
- 
-The "​tip_e_str.inp"​ file contains informations about the density of states of the tip. Than we need to run the **FIREBALL** code with the following settings of "​fireball.in"​ file: 
- 
-==== The tip_g_str.inp file ==== 
- 
-Last thing which we have to do is to write the “tip_g_str.inp” file. This file 
-contains the geometrical structure of the tip. The xyz atom coordinates should be 
-written there at the same order as we used for the “tip_e_str.inp” file, with the 
-apex atom at first position. The file could looks like this: \\ 
- 
-1 5 ! natoms_tip_contributing,​ natoms_tip ​ 
-0.000000 0.000000 0.400000 1 9 ! x, y, z, atomic type, # of orbitals ​ 
-1.590800 1.590800 1.590800 1 9 ! x, y, z, atomic type, # of orbitals \\ 
-1.590800 ‐1.59080 1.59080 1 9 ! x, y, z, atomic type, # of orbitals \\ 
-‐1.590800 1.59080 1.59080 1 9 ! x, y, z, atomic type, # of orbitals \\ 
-‐1.590800 ‐1.59080 1.59080 1 9 ! x, y, z, atomic type, # of orbitals \\ 
-3 ! number of shells in each type of atom \\ 
-0 1 2 ! l for each shell in atom type=1 \\ 
-‐2.0 4.0 81 ! energy initial, range and steps in dos file \\ 
- 
-// But be carefull, the energy in the STM code is related to the Fermi level. When Fermi level is -2 eV from FIREBALL in the "​tip_g_str.inp"​ in it's last line the first value has to be 0.0 (energy initial - Fermi level)// 
the_tip_structure.txt · Last modified: 2011/02/18 13:13 (external edit)