Water Namespace Reference

Properties of liquid water. More...

Variables
const double	cp = 4186.84
	Specific heat capacity at constant pressure of water [J kg⁻¹ K⁻¹].
const double	Lf = Ice::Lf
	Latent heat of fusion of water/ice [J kg⁻¹].
const double	Lv0 = Vapour::Lv0
	Latent heat of vaporization at 0˚C [J kg⁻¹].
const double	mu = 0.055
	Proportionality constant between salinity in psu and freezing point depression [K psu⁻¹].
const double	rho = 1000
	Density of fresh water at 4˚C. [kg m⁻³].
const double	rhoOcean = 1025
	Typical density of ocean water. [kg m⁻³].
const double	Tf = Ice::Tm
	Freezing point of pure water. [K].
const double	TfOcean = -1.8
	Freezing point of typical ocean water. [˚C].

Detailed Description

Properties of liquid water.

Variable Documentation

cp

const double Water::cp = 4186.84

Specific heat capacity at constant pressure of water [J kg⁻¹ K⁻¹].

Definition at line 102 of file constants.hpp.

Lf

const double Water::Lf = Ice::Lf

Latent heat of fusion of water/ice [J kg⁻¹].

Definition at line 105 of file constants.hpp.

Lv0

const double Water::Lv0 = Vapour::Lv0

Latent heat of vaporization at 0˚C [J kg⁻¹].

Definition at line 108 of file constants.hpp.

mu

const double Water::mu = 0.055

Proportionality constant between salinity in psu and freezing point depression [K psu⁻¹].

Definition at line 111 of file constants.hpp.

rho

const double Water::rho = 1000

Density of fresh water at 4˚C. [kg m⁻³].

Definition at line 114 of file constants.hpp.

rhoOcean

const double Water::rhoOcean = 1025

Typical density of ocean water. [kg m⁻³].

Definition at line 117 of file constants.hpp.

Tf

const double Water::Tf = Ice::Tm

Freezing point of pure water. [K].

Definition at line 120 of file constants.hpp.

TfOcean

const double Water::TfOcean = -1.8

Freezing point of typical ocean water. [˚C].

Definition at line 123 of file constants.hpp.