T_distrib 実行例

help出力 T_distrib.py --help

usage: T_distrib.py [-h] [--surface_mode {delta,conv_rad}] [--Th TH] [--Tc TC]
                    [--k_air K_AIR] [--delta_top DELTA_TOP]
                    [--delta_bottom DELTA_BOTTOM] [--d1 D1] [--k1 K1]
                    [--delta12 DELTA12] [--k12 K12] [--d2 D2] [--k2 K2]
                    [--k23 K23] [--delta23 DELTA23] [--d3 D3] [--k3 K3]
                    [--L_top L_TOP] [--L_bottom L_BOTTOM] [--eps_top EPS_TOP]
                    [--eps_bottom EPS_BOTTOM] [--T_rad_top T_RAD_TOP]
                    [--T_rad_bottom T_RAD_BOTTOM] [--save SAVE] [--npts NPTS]
                    [--schematic_layer_width SCHEMATIC_LAYER_WIDTH]
                    [--schematic_interface_width SCHEMATIC_INTERFACE_WIDTH]
                    [--schematic_surface_width SCHEMATIC_SURFACE_WIDTH]

Steady-state 1D temperature profile of layered TE stack.

options:
  -h, --help            show this help message and exit
  --surface_mode {delta,conv_rad}
                        Surface model: explicit delta-layers or natural
                        convection + radiation.
  --Th TH               Top air temperature [°C]
  --Tc TC               Bottom air temperature [°C]
  --k_air K_AIR         Reference thermal conductivity of air [W/mK]
  --delta_top DELTA_TOP
                        Top air boundary layer thickness [m] (delta mode)
  --delta_bottom DELTA_BOTTOM
                        Bottom air boundary layer thickness [m] (delta mode)
  --d1 D1               Top electrode thickness [m]
  --k1 K1               Top electrode thermal conductivity [W/mK]
  --delta12 DELTA12     Interface 1/2 equivalent thickness [m]
  --k12 K12             Interface 1/2 effective thermal conductivity [W/mK]
  --d2 D2               TE semiconductor thickness [m]
  --k2 K2               TE semiconductor thermal conductivity [W/mK]
  --k23 K23             Interface 2/3 effective thermal conductivity [W/mK]
  --delta23 DELTA23     Interface 2/3 equivalent thickness [m]
  --d3 D3               Bottom electrode thickness [m]
  --k3 K3               Bottom electrode thermal conductivity [W/mK]
  --L_top L_TOP         Characteristic length for top natural convection [m]
  --L_bottom L_BOTTOM   Characteristic length for bottom natural convection
                        [m]
  --eps_top EPS_TOP     Top surface emissivity
  --eps_bottom EPS_BOTTOM
                        Bottom surface emissivity
  --T_rad_top T_RAD_TOP
                        Top radiation temperature [°C]
  --T_rad_bottom T_RAD_BOTTOM
                        Bottom radiation temperature [°C]
  --save SAVE           Output PNG filename
  --npts NPTS           Plot points per explicit region
  --schematic_layer_width SCHEMATIC_LAYER_WIDTH
                        Display width for normal layers
  --schematic_interface_width SCHEMATIC_INTERFACE_WIDTH
                        Display width for interface layers
  --schematic_surface_width SCHEMATIC_SURFACE_WIDTH
                        Display width for surface regions

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