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nnp:optics:led_simulation
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| Both sides previous revision Previous revision Next revision | Previous revision | ||
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nnp:optics:led_simulation [2018/04/27 15:56] admin [Emission Spectrum] |
nnp:optics:led_simulation [2019/06/28 12:56] (current) stefan.birner [Input file structure] |
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| $R_{\rm sp}(x)$ depends on position $x$ because the densities depend on position. | $R_{\rm sp}(x)$ depends on position $x$ because the densities depend on position. | ||
| The bimolecular recombination coefficient $c_{\rm rad}$ is a material dependent constant and has units ${\rm cm}^3/{\rm s}$. | The bimolecular recombination coefficient $c_{\rm rad}$ is a material dependent constant and has units ${\rm cm}^3/{\rm s}$. | ||
| + | The order of magnitude is around $10^{-10}{\rm cm}^3/{\rm s}$. | ||
| This recombination rate is coupled into the drift-diffusion equation and the stationary solution of the problem, | This recombination rate is coupled into the drift-diffusion equation and the stationary solution of the problem, | ||
| Line 69: | Line 70: | ||
| output_intrinsic_density{} | output_intrinsic_density{} | ||
| energy_distribution{ # Calculation of carrier densities as a function of energy | energy_distribution{ # Calculation of carrier densities as a function of energy | ||
| - | min = -5 # Integrate from | + | min = -5.0 # Integrate from |
| - | max = 5 # Integrate to | + | max = 5.0 # Integrate to |
| energy_resolution = 0.05 # Integration resolution | energy_resolution = 0.05 # Integration resolution | ||
| + | emission_spectrum = yes # Output classical emission spectrum (both, photon count and intensity) | ||
| } | } | ||
| } | } | ||
| Line 79: | Line 81: | ||
| <Code> | <Code> | ||
| energy_distribution{ # Calculation of carrier densities as a function of energy | energy_distribution{ # Calculation of carrier densities as a function of energy | ||
| - | min = -5 # Integrate from | + | min = -5.0 # Integrate from |
| - | max = 5 # Integrate to | + | max = 5.0 # Integrate to |
| energy_resolution = 0.05 # Integration resolution | energy_resolution = 0.05 # Integration resolution | ||
| + | emission_spectrum = yes # | ||
| } | } | ||
| </Code> | </Code> | ||
nnp/optics/led_simulation.1524844614.txt.gz · Last modified: 2018/04/27 15:56 by admin
