Module pyangstrom.helpers

Expand source code 
def calc_thermal_conductivity(
        thermal_diffusivity_m2__s,
        specific_heat_capacity_J__kg_K,
        density_kg__m3,
):
    thermal_conductivity_W__m_K = (thermal_diffusivity_m2__s
                                   * specific_heat_capacity_J__kg_K
                                   * density_kg__m3)
    return thermal_conductivity_W__m_K

def calc_thermal_diffusivity(
        thermal_conductivity_W__m_K,
        specific_heat_capacity_J__kg_K,
        density_kg__m3,
):
    temp_var = specific_heat_capacity_J__kg_K * density_kg__m3
    thermal_diffusivity_m2__s = thermal_conductivity_W__m_K / temp_var
    return thermal_diffusivity_m2__s

Functions

def calc_thermal_conductivity(thermal_diffusivity_m2__s, specific_heat_capacity_J__kg_K, density_kg__m3)
Expand source code 
def calc_thermal_conductivity(
        thermal_diffusivity_m2__s,
        specific_heat_capacity_J__kg_K,
        density_kg__m3,
):
    thermal_conductivity_W__m_K = (thermal_diffusivity_m2__s
                                   * specific_heat_capacity_J__kg_K
                                   * density_kg__m3)
    return thermal_conductivity_W__m_K
def calc_thermal_diffusivity(thermal_conductivity_W__m_K, specific_heat_capacity_J__kg_K, density_kg__m3)
Expand source code 
def calc_thermal_diffusivity(
        thermal_conductivity_W__m_K,
        specific_heat_capacity_J__kg_K,
        density_kg__m3,
):
    temp_var = specific_heat_capacity_J__kg_K * density_kg__m3
    thermal_diffusivity_m2__s = thermal_conductivity_W__m_K / temp_var
    return thermal_diffusivity_m2__s