Numerical implementation and oceanographic application of the thermodynamic potentials of liquid water, water vapour, ice, seawater and humid air : Part 1: background and equations

Feistel, Rainer; Wright, D. G.; Jackett, D. R.; Miyagawa, K.; Reissmann, Jan H.; Wagner, W.; Overhoff, U.

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Persistent identifier:: 184402

Shelfmark:: ER 959

Title:: Numerical implementation and oceanographic application of the thermodynamic potentials of liquid water, water vapour, ice, seawater and humid air : Part 1: background and equations

Structure type:: Paper

Language:: English

Size:: 1 Online-Ressource (45 Seiten)

Description:: feisnume

Author:: Feistel, Rainer; Wright, D. G.; Jackett, D. R.; Miyagawa, K.; Reissmann, Jan H.; Wagner, W.; Overhoff, U.

Year of publication:: 2010

Standort:: Bibliothek im BSH

Besitzende Institution:: Bundesamt für Seeschifffahrt und Hydrographie (BSH)

Collection:: Articles

Keyword:: Numerische Modellrechnung; Meereskundliche Daten; Thermodynamik; Flüssigkeitsströmung; Wasserbewegung; Wasserdurchmischung

DOI:: doi:10.5194/os-6-633-2010

Quelle:: Ocean Science 6(2010), S. 633-677

674 R. Feistei et al.: Oceanographic application and numerical implementation of TEOS-IO: Part 1 Ocean Sei., 6, 633-677, 2010 www.ocean-sci.net/6/633/2010/ Table A12. Continued. Specific enthalpy of sea salt h s J kg (S4.12) Specific entropy n J kg K (S2.4) of buid water (S3.5) of ice (S7.2) of seawater (S12.2) of humid air Specific entropy of sea salt ns J kg K (S4.13) Specific Gibbs energy g J kg (S2.6) of buid water (S5.6) of humid air (S14.4) of humid air (S9.4) of seawater Specibc Helmholtz energy f J kg (S3.7) of ice (S7.5) of seawater (S9.6) of seawater (S12.6) of humid air (S14.6) of humid air Specibc internal energy u J kg (S2.7) of buid water (S3.8) of ice (S5.7) of humid air (S12.5) of humid air (S14.5) of humid air (S7.4) of seawater (S9.5) of seawater Specibc isobaric heat capacity cp J kg K (S2.1) of buid water (S3.2) of ice (S5.1) of humid air (S12.7) of humid air (S14.7) of humid air (S7.6) of seawater (S9.7) of seawater Specibc isochoric heat capacity c v J kg K (S2.2) of buid water (S5.2) of humid air (S12.8) of humid air (S7.7) of seawater Specibc volume V m 3 kg (S3.13) of ice Specibc volume of sea salt VS m 3 kg (S4.14) Thermal expansion coefficient T a, a 1 K (S2.5) of buid water (S3.6) of ice (S5.5) of humid air (S12.9) of humid air (S7.15) of seawater (S10.4) of seawater Thermal expansion coefficient a h J kg (S7.17) of seawater w.r.t. potential enthalpy (S10.6) of seawater Thermal expansion coefficient a d 1 Pa (S7.16) of seawater w.r.t. potential temperature (S10.5) of seawater

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