roman.bib

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Thermodynamic state
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
@symbol{pressure,
    name={\ensuremath{p}},
    description={Pressure},
    unit={\unit{\pascal}},
}
@symbol{abs_temperature,
    name={\ensuremath{T}},
    description={(absolute) Temperature},
    unit={\unit{\kelvin}},
}
@symbol{volume,
    name={\ensuremath{V}},
    specific={\ensuremath{v}},
    description={Volume},
    unit={\unit{\meter\cubed}},
}
@symbol{gas_constant,
    name={\ensuremath{R}},
    specific={\ensuremath{R}},
    description={(specific) Gas Constant},
    unit={\unit{\joule\per\kilogram\per\kelvin}},
}
@symbol{mass,
    name={\ensuremath{m}},
    description={Mass},
    unit={\unit{\kilogram}},
}
@symbol{density,
    name={\ensuremath{\rho}},
    description={Density},
    unit={\unit{\kilogram\per\meter\cubed}},
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Thermodynamic change of state / energy
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
@symbol{enthalpy,
    name={\ensuremath{H}},
    specific={\ensuremath{h}},
    description={Enthalpy},
    unit={\unit{\joule}},
}
@symbol{velocity,
    name={\ensuremath{c}},
    description={Velocity/Speed},
    unit={\unit{\meter\per\second}},
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Air conditioning
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
@symbol{moisture_content,
    name={\ensuremath{x}},
    description={Moisture Content},
    unit={%
        \unit{
            \gram_{\glsfmtname{sub.water}}
            \per
            \kilogram_{\glsfmtname{sub.dry}\glsfmtname{sub.air}}
        }
    },
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Material properties
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
@symbol{heating_value,
    name={\ensuremath{H_{\glsentryname{sub.inferior}}}},
    specific={\ensuremath{H_{\glsentryname{sub.inferior}}}},
    description={(specific) Heating Value},
    unit={\unit{\joule\per\kilogram}},
}
@symbol{heat_capacity,
    name={\ensuremath{C}},
    specific={\ensuremath{c}},
    description={Heat capacity},
    unit={\unit{\joule\per\kelvin}},
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Coordinates etc.
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% REQUIRED for built-in \posderiv to work:
@symbol{first_cart_coord,
    name={\ensuremath{x}},
    description={First Cartesian coordinate (length)},
    unit={\unit{\meter}},
}
@symbol{second_cart_coord,
    name={\ensuremath{y}},
    description={Second Cartesian coordinate (width)},
    unit={\unit{\meter}},
}
@symbol{third_cart_coord,
    name={\ensuremath{z}},
    description={Third Cartesian coordinate (height)},
    unit={\unit{\meter}},
}
@symbol{radius,
    name={\ensuremath{r}},
    description={Radius},
    unit={\unit{\meter}},
}
@symbol{area,
    name={\ensuremath{A}},
    description={Area},
    unit={\unit{\meter\squared}},
}
% REQUIRED for built-in \timederiv to work:
@symbol{time,
    name={\ensuremath{t}},
    description={Time},
    unit={\unit{\second}},
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Electrical
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
@symbol{voltage,
    name={\ensuremath{U_{\glsentryname{sub.electric}}}},
    description={Voltage},
    unit={\unit{\volt}},
}
@symbol{electric_current,
    name={\ensuremath{J_{\glsentryname{sub.electric}}}},
    description={Electric current},
    unit={\unit{\ampere}},
}
@symbol{electrical_resistance,
    name={\ensuremath{R_{\glsentryname{sub.electric}}}},
    description={Electrical resistance},
    unit={\unit{\ohm}},
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Dimensionless Quantities
% Use \operatorname (for which \DeclareMathOperator is a wrapper)
% for correct spacing etc.
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
@symbol{mach_number,
    name={\ensuremath{\operatorname{M}}},
    description={\glsfmtname{name.ernst_mach} number},
    unit={\unit{-}},
}
@symbol{reynolds_number,
    name={\ensuremath{\operatorname{Re}}},
    description={\glsfmtname{name.osborne_reynolds} number},
    unit={\unit{-}},
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% Other
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
@symbol{component,
    name={\ensuremath{n}},
    description={Component},
    unit={\unit{-}},
}
@symbol{count,
    name={\ensuremath{k}},
    description={Count/Quantity},
    unit={\unit{-}},
}