N40H = {
    'magnet_material'            : "Arnold/Reversible/N40H",
    'magnet_material_density'    : 7450, # kg/m3
    'magnet_youngs_modulus'      : 160E9, # Pa
    'magnet_poission_ratio'      :.24,
    'magnet_material_cost'       : 712756, # $/m3
    'magnetization_direction'    : 'Parallel',
    'B_r'                        : 1.285, # Tesla, magnet residual flux density
    'mu_r'                       : 1.062, # magnet relative permeability
    'magnet_max_temperature'     : 80, # deg C
    'magnet_max_rad_stress'      : 0, # Mpa  
    'magnet_therm_conductivity'  : 8.95, # W/m-k
    'alpha_pm'                   : 5e-6,
    }

N38UH = {
    'magnet_material'            : "Arnold/Reversible/N38UH",
    'magnet_material_density'    : 7500, # kg/m3
    'magnet_youngs_modulus'      : 160E9, # Pa
    'magnet_poission_ratio'      :.24,
    'magnet_material_cost'       : 712756, # $/m3
    'magnetization_direction'    : 'Parallel',
    'B_r'                        : 1.26, # Tesla, magnet residual flux density
    'mu_r'                       : 1.062, # magnet relative permeability
    'magnet_max_temperature'     : 180, # deg C
    'magnet_max_rad_stress'      : 0, # Mpa  
    'magnet_therm_conductivity'  : 8.95, # W/m-k
    'alpha_pm'                   : 5e-6,
}
769e23aa458c3ed5752f1c4ed225e2f63a619645
<mask token>

N40H = {'magnet_material': 'Arnold/Reversible/N40H',
    'magnet_material_density': 7450, 'magnet_youngs_modulus': 
    160000000000.0, 'magnet_poission_ratio': 0.24, 'magnet_material_cost': 
    712756, 'magnetization_direction': 'Parallel', 'B_r': 1.285, 'mu_r': 
    1.062, 'magnet_max_temperature': 80, 'magnet_max_rad_stress': 0,
    'magnet_therm_conductivity': 8.95, 'alpha_pm': 5e-06}
N38UH = {'magnet_material': 'Arnold/Reversible/N38UH',
    'magnet_material_density': 7500, 'magnet_youngs_modulus': 
    160000000000.0, 'magnet_poission_ratio': 0.24, 'magnet_material_cost': 
    712756, 'magnetization_direction': 'Parallel', 'B_r': 1.26, 'mu_r': 
    1.062, 'magnet_max_temperature': 180, 'magnet_max_rad_stress': 0,
    'magnet_therm_conductivity': 8.95, 'alpha_pm': 5e-06}

N40H = {
    'magnet_material'            : "Arnold/Reversible/N40H",
    'magnet_material_density'    : 7450, # kg/m3
    'magnet_youngs_modulus'      : 160E9, # Pa
    'magnet_poission_ratio'      :.24,
    'magnet_material_cost'       : 712756, # $/m3
    'magnetization_direction'    : 'Parallel',
    'B_r'                        : 1.285, # Tesla, magnet residual flux density
    'mu_r'                       : 1.062, # magnet relative permeability
    'magnet_max_temperature'     : 80, # deg C
    'magnet_max_rad_stress'      : 0, # Mpa  
    'magnet_therm_conductivity'  : 8.95, # W/m-k
    'alpha_pm'                   : 5e-6,
    }

N38UH = {
    'magnet_material'            : "Arnold/Reversible/N38UH",
    'magnet_material_density'    : 7500, # kg/m3
    'magnet_youngs_modulus'      : 160E9, # Pa
    'magnet_poission_ratio'      :.24,
    'magnet_material_cost'       : 712756, # $/m3
    'magnetization_direction'    : 'Parallel',
    'B_r'                        : 1.26, # Tesla, magnet residual flux density
    'mu_r'                       : 1.062, # magnet relative permeability
    'magnet_max_temperature'     : 180, # deg C
    'magnet_max_rad_stress'      : 0, # Mpa  
    'magnet_therm_conductivity'  : 8.95, # W/m-k
    'alpha_pm'                   : 5e-6,
}