""                              ""                              <-- Geometric Parameters -->
"conductor_diameter"            "26.2[mm]"                      Diameter of the (stranded) main conductors
"insulation_thickness"          "24.0[mm]"                      Insulation thickness (excluding the semi-conductive compound)
"insulation_outer_diameter"     "75.9[mm]"                      Insulation outer diameter (excluding the semi-conductive compound)
"screen_thickness"              "2.9[mm]"                       Thickness of the screen or sheath
"screen_outer_diameter"         "83.4[mm]"                      Outer diameter of the screen or sheath
"phase_outer_diameter"          "89.2[mm]"                      Diameter over the phase (including the screen and outer insulation)
"armor_thickness"               "5.6[mm]"                       Thickness of the armor (or the diameter of the armor wires)
"armor_central_diameter"        "205.6[mm]"                     Central diameter of the armor
"number_of_armor_wires"         "110[1]"                        Number of armor wires
"phase_lay_length"              "3.46[m]"                       Lay length of the phases (a negative value indicates a counterclockwise twist)
"armor_lay_length"              "-3.08[m]"                      Lay length of the armor (a negative value indicates a counterclockwise twist)

""                              ""                              <-- Parameters Capacitive Part -->
"operating_frequency"           "50[Hz]"                        Operating frequency
"pha_2_pha_voltage"             "220[kV]"                       Phase to phase voltage (amplitude)
"scr_2_gnd_voltage"             "500[V]"                        Screen to ground voltage (amplitude)
"epsilonr_insulator"            "2.5[1]"                        Relative permittivity of the main insulator (real part)
"tan_delta_insulator"           "0.001[1]"                      Dielectric loss tangent of the main insulator

""                              ""                              <-- Parameters Inductive Part -->
"nominal_current"               "655[A]"                        Nominal current (RMS value, per phase)
"conductor_area"                "500[mm^2]"                     Main conductor cross section area (sum of the strands, per phase)
"bonding_type"                  "0"                             Bonding type: 0 solid bonding, 1 single-point bonding, 2 cross bonding
"sigma_conductor"               "5.96e7[S/m]"                   Conductor conductivity at the reference temperature (typically 20°C)
"sigma_screen"                  "4.55e6[S/m]"                   Screen conductivity at the reference temperature (typically 20°C)
"sigma_armor"                   "4.03e6[S/m]"                   Armor wire conductivity at the reference temperature (typically 20°C)
"mur_conductor"                 "1"                             Relative permeability of the main conductor (may be a complex number)
"mur_screen"                    "1"                             Relative permeability of the screen (may be a complex number)
"mur_armor"                     "100-50*j"                      Relative permeability of the armor wires (may be a complex number)

""                              ""                              <-- Parameters Thermal Part -->
"temperature_unit"              "0"                             Temperature unit: 0 degrees Celsius, 1 degrees Fahrenheit
"ambient_temperature"           "20[degC]"                      Ambient temperature (temperature of the sea bed)
"outer_perimeter_radius"        "5[m]"                          Distance at which the ambient temperature is set
"reference_temperature"         "20[degC]"                      Linearized resistivity reference temperature (typically 20°C)
"alpha_conductor"               "3.9e-3[1/K]"                   Resistivity temperature coefficient of the main conductor
"alpha_screen"                  "3.86e-3[1/K]"                  Resistivity temperature coefficient of the screen
"alpha_armor"                   "5.3e-3[1/K]"                   Resistivity temperature coefficient of the armor wires
"k_insulator"                   "0.46[W/(m*K)]"                 Thermal conductivity of the main insulator
"k_insulators"                  "0.17[W/(m*K)]"                 Average thermal conductivity of the remaining insulators (including contact resistance)
"k_sea_bed"                     "1[W/(m*K)]"                    Average thermal conductivity of the sea bed