gsw

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R implementation of Thermodynamic Equation Of Seawater - 2010 (TEOS-10)

First Derivatives of Conservative Temperature

Derivatives of Conservative Temperature with Respect to or at Constant in-situ Temperature

Conservative Temperature of Freezing Seawater

First Derivatives of Conservative Temperature for Freezing Water

First Derivatives of Conservative Temperature for Freezing Water (Polynomial version)

Conservative Temperature Freezing Point (Polynomial version)

Conservative Temperature from Enthalpy

Conservative Temperature from Entropy

Conservative Temperature from Potential Temperature

Conservative Temperature from Density, Absolute Salinity and Pressure

Convert from temperature to conservative temperature

Conservative Temperature at Maximum Density

Second Derivatives of Conservative Temperature

Electrical Conductivity from Practical Salinity

Ratio of Absolute to Preformed Salinity, minus 1

Helmholtz Energy of Ice

Ratio of vert. gradient of pot. density to vert grad of locally-referenced pot density

Calculate Brunt Vaisala Frequency squared

Absolute Salinity Anomaly Ratio

Compute Absolute Salinity at Freezing Conservative Temperature

Compute Absolute Salinity at Freezing Point (Polynomial version)

Compute Absolute Salinity at Freezing in-situ Temperature

Compute Absolute Salinity at Freezing in-situ Temperature (Polynomial version)

Convert from Practical Salinity to Absolute Salinity

Convert from Practical Salinity to Absolute Salinity (Baltic)

Absolute Salinity from Preformed Salinity

Compute Absolute Salinity from Density, etc

Convert from Electrical Conductivity to Practical Salinity

Convert from Absolute Salinity to Practical Salinity

Calculate Practical Salinity from Knudsen Salinity

Calculate Practical Salinity from Reference Salinity

Practical Salinity from Preformed Salinity

Calculate Reference Salinity from Practical Salinity

Convert from Absolute Salinity to Preformed Salinity

Convert from Practical Salinity to Preformed Salinity

Turner Angle and Density Ratio

Adiabatic Lapse Rate

Adiabatic Lapse Rate of Ice

Thermal expansion coefficient with respect to Conservative Temperature

Thermal expansion coefficient over haline contraction coefficient

Thermal expansion coefficient with respect to in-situ temperature

Ice Thermal Expansion Coefficient with Respect to in-situ Temperature

Haline contraction coefficient at constant Conservative Temperature

Haline contraction coefficient at constant in-situ temperature

Cabbeling coefficient

Chemical Potential of Ice

Chemical Potential of Water in Seawater

Specific heat to ice

Isobaric heat capacity

Absolute Salinity Anomaly from Practical Salinity

Dilution coefficient

Dynamic enthalpy of seawater (75-term equation)

Specific enthalpy of seawater (75-term equation)

Seawater Specific Enthalpy in terms of Conservative Temperature

Specific Enthalpy Difference with Pressure

First Derivatives of Enthalpy

First Derivatives of Enthalpy wrt CT

Ice Specific Enthalpy

Second Derivatives of Enthalpy

Second Derivatives of Enthalpy (exact)

Seawater Specific Enthalpy in terms of in-situ Temperature

First Derivatives of Entropy

Specific Entropy ito Absolute Salinity and Potential Temperature

Specific Entropy i.t.o. Absolute Salinity, Temperature, and Pressure

Entropy of ice

Second Derivatives of Entropy

Properties of Frazil ice

Properties of Frazil ice i.t.o. potential enthalpy

Properties of Frazil ice i.t.o. potential enthalpy (polynomial version)

Ratios of SA, CT and p changes when Frazil Ice Forms

Ratios of SA, CT and p changes when Frazil Ice Forms (polynomial form)

Geostrophic Dynamic Height Anomaly

Geostrophic Dynamic Height Anomaly (Piecewise-Constant Profile)

Gibbs Energy of Seawater, and its Derivatives

Gibbs Energy of Ice, and its Derivatives

Gravitational Acceleration

Ice Fraction to Cool Seawater to Freezing

Specific Internal Energy of Seawater (75-term equation)

Specific Internal Energy of Ice (75-term equation)

Isentropic Compressibility of Seawater (75-term equation)

Isothermal Compressibility of Ice

Isentropic Compressibility of Ice

Isentropic compressibility of seawater (exact)

Latent heat of evaporation

Latent heat of evaporation

Latent Heat of Melting

Calculate d(SA)/d(CT) for Ice Melting in Seawater

Calculate d(SA)/d(CT) for Ice Melting in Seawater (Polynomial version)

Calculate d(SA)/d(CT) for Ice Melting in near-freezing Seawater

Calculate d(SA)/d(CT) for Ice Melting in near-freezing Seawater (Polynomial version)

Calculate properties related to ice melting in seawater

Calculate properties related to seaice melting in seawater

Pressure from height (75-term equation)

Potential Enthalpy of Ice

Potential Enthalpy of Ice (Polynomial version)

Potential Enthalpy of Ice at Freezing Point

First Derivatives of Potential Enthalpy

First Derivatives of Potential Enthalpy (Polynomial version)

Potential Enthalpy of Ice at Freezing Point (Polynomial version)

Potential density

Pressure Coefficient for Ice

Pressure at which Seawater Freezes

Potential temperature referenced to the surface

Potential Temperature of Ice Referenced to the Surface

First Derivatives of Potential Temperature

Potential temperature from Conservative Temperature

Potential Temperature from Entropy

Potential Temperature from Potential Enthalpy of Ice

Potential Temperature from Potential Enthalpy of Ice (Polynomial version)

Potential Temperature from in-situ Temperature

Potential Temperature of Ice from in-situ Temperature

Second Derivatives of Potential Temperature

In-situ density

In-situ density, thermal expansion coefficient and haline contraction coefficient (75-term equation)

Density First Derivatives wrt SA, CT and p (75-term equation)

Density First Derivatives wrt enthalpy (75-term equation)

In-situ density of ice

Second Derivatives of Density

Second Derivatives of Density wrt Enthalpy

In-situ Density of Seawater

Sea ice Fraction to Cool Seawater to Freezing

Potential density anomaly referenced to 0 dbar

Potential density anomaly referenced to 1000 dbar

Potential density anomaly referenced to 2000 dbar

Potential density anomaly referenced to 3000 dbar

Potential density anomaly referenced to 4000 dbar

Sound speed

Sound speed in ice

Sound Speed in Seawater

Specific Volume of Seawater

Specific Volume, alpha, and beta

Specific volume anomaly [standard] (75-term equation)

First Derivatives of Specific Volume

First Derivatives of Specific Volume wrt Enthalpy

Specific Volume of Ice

Second Derivatives of Specific Volume

Second Derivatives of Specific Volume wrt Enthalpy

Specific Volume of Seawater

Seawater Spiciness at p=0 dbar

Seawater Spiciness at p=1000 dbar

Seawater Spiciness at p=2000 dbar

Derivative of Chemical Potential of Water in Seawater wrt Temperature

Freezing Temperature of Seawater

Derivatives of Freezing Water Properties

Derivatives of Freezing Water Properties (Polynomial version)

In situ temperature from Conservative Temperature

In situ Temperature from Potential Temperature at 0dbar

Thermobaric coefficient (75-term equation)

Height from Pressure

Global SA lookup file