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Energy Level Simulation
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- Si (159 folders / 250 files) 851 papers Last update at 2010-06-14 17:59:23
- GaAs (1 folders / 2 files) 286 papers Last update at 2010-02-22 15:58:26
- SiC (31 folders / 91 files) 238 papers Last update at 2010-02-22 15:55:55
- GaN (2 folders / 2 files) 89 papers Last update at 2010-02-22 16:14:47
- ZnO (2 folders / 4 files) 139 papers Last update at 2010-02-06 11:01:29
- diamond (42 folders / 46 files) 219 papers Last update at 2010-02-22 15:21:20
- others (5 folders / 4 files) 26 papers Last update at 2007-06-29 10:26:44
Energy-level simulation is not a conventional output in EPR experiments. But, this type of output will be useful for checking the nature of a complicated spin system. For example, since this simulation visualizes energy-level splitting as a function of magnetic-field strength, it is easy to examine a level crossing, zero-field splitting, and other interactions (Zeeman term, hyperfine term, etc.). Also it may be useful when you determine "Transition table" in your own parameter file. The simulation is carried out by "Enlevels" (Energy-level calculation) option of EPR-NMR© program.
Step 1. Click "category" to display Spin-Hamiltonian Parameter List.
Step 2. Click "level".
Step 3. Input simulation conditions and push "Run" button.
Step 4. You get the result.
