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Author:   U. Grigull ,  etc. ,  Wasserdampf
Publisher:   Springer-Verlag Berlin and Heidelberg GmbH & Co. KG
Imprint:   Springer-Verlag Berlin and Heidelberg GmbH & Co. K
Edition:   3rd Revised edition
Dimensions:   Width: 17.00cm , Height: 0.80cm , Length: 24.00cm
Weight:   0.245kg
ISBN:  

9783540518884

ISBN 10:   3540518886
Pages:   143
Publication Date:   28 December 1989
Audience:   College/higher education ,  Professional and scholarly ,  General/trade ,  Undergraduate ,  Further / Higher Education
Format:   Paperback
Publisher's Status:   Active
Availability:   Out of stock  
The supplier is temporarily out of stock of this item. It will be ordered for you on backorder and shipped when it becomes available.

Table of Contents

I. Quantities, Constants, Units.- Table A. Quantities and Units Presented.- References for Table A.- Table B. Constant Quantities of Ordinary Water.- Table C. Conversion of Units.- C 1. Pressure.- C 2. Temperature.- C 3. Energy, Work, Quantity of Heat.- C 4. Specific Heat Capacity, Specific Entropy, Specific Gas Constant.- C 5. Thermal Conductivity.- C 6. Viscosity.- C 7. Thermal Diffusivity, Kinematic Viscosity, Diffusion Coefficient.- C 8. Surface Tension.- Table D. Thermodynamic Relationships between the Properties p, ?, T, s, u, h and their Derivatives.- II. Tables of the Properties of Ordinary Water Substance.- Table 1. Thermodynamic and Transport Properties of Liquid Water and Superheated Steam inclusive the Saturation Values from the Triple Point to 1000 C and 100 MPa: p, t, ?, h, u, s, cp, ?p, ?, ? (Pressure Table).- Table 2. Thermodynamic and Transport Properties of Saturated Water and Steam.- 1. ?, h, r, w, s, cp, cv (Temperature Table).- 2. ?, ?, v,r, ?, b, ?y, ?s (Temperature Table).- 3. $$ \alpha _p ,\:\delta _h ,\:\delta _T ,\:\frac{{dr}} {{dT}},\frac{{dp}} {{dT}}\left| {_{sat} ,\frac{{d^2 p}} {{dT^2 }}} \right|_{sat} ,c_{sat} ,c,\chi _T $$ (Temperature Table).- 4. ?, h, r, u, s, cp, cv (Pressure Table).- 5. ?, ?, v, a, Pr, ?, b, ?y, ?s (Pressure Table).- 6. $$ \alpha _p ,\:\delta _h ,\:\delta _T ,\:\frac{{dr}} {{dT}},\frac{{dp}} {{dT}}\left| {_{sat} ,\frac{{d^2 p}} {{dT^2 }}} \right|_{sat} ,c_{sat} ,c,\chi _T $$ (Pressure Table).- Table 3. Properties of Water at 0.1 MPa from -30 C to the Saturation Temperature.- III. Diagrams.- Fig. 1. Dynamic Viscosity ? in the p, T-Plane.- Fig.2. Thermal Conductivity ? in the p, T-Plane.- Fig.3. Prandtl-Number Pr = ?cp / ? in the p, T-Plane.- Fig.4. Pressure-Enthalpy (log10p, h)-Diagram.- Fig. 5. T, s, p-Surface of Water Substance.- Fig. 6. T, s-Diagram.- Fig. 7. p, ?, T-Surface of Water Substance.- Fig. 8. Mollier h, s-Diagram for Steam p ? 100MPa; 50 C ? t ? 800 C.- Fig.9. Mollier h, s-Diagram for Compressed Water p ? 150MPa; -2 C ? t ? 20 C.- Fig. 10. Mollier h, s-Diagram for Compressed Water p ? 1100 MPa; -22 C ? t ? 72 C.- Fig. 11. Mollier h, s-Diagram for Compressed Water p ? 2900MPa; -22 C ? t ? 420 C.

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