International Thermodynamic Tables of the Fluid State Helium–4

Content: 
International Thermodynamic Tables of the Fluid State, Page ii
Front Matter, Page iii
Copyright, Page iv
List of Figures, Page viii
Tables in Text, Page ix
Preface, Pages xi-xii, J.D. COX
Vorwort, Pages xiii-xiv, J.D. COX
Introduction, Pages xv-xviii
Einführung, Pages xix-xxii
Symbols, Page xxiii
Units and Conversion Factors, Pages xxiv-xxv
1 - Experimental Results, Pages 1-29, S. ANGUS, K.M. de REUCK, R.D. McCARTY
2 - The Equation of State, Pages 30-34, S. ANGUS, K.M. de REUCK, R.D. McCARTY
3 - The IUPAC Tables, Pages 35-50, S. ANGUS, K.M. de REUCK, R.D. McCARTY
Acknowledgements, Page 51
References, Pages 53-57
Table 1 THE VARIATION OF MOLAR ENTROPY AND MOLAR ENTHALPY IN THE IDEAL GAS STATE, AND OF THE ISOTHERMAL ENTHALPY-PRESSURE COEFFICIENT, SECOND VIRIAL COEFFICIENT AND SPEED OF SOUND AT THE ZERO-PRESSURE LIMIT, Pages 59-61
Table 2 THE VARIATION OF MOLAR VOLUME, MOLAR ENTROPY, MOLAR ENTHALPY AND MOLAR ISOBARIC HEAT CAPACITY WITH PRESSURE AND TEMPERATURE IN THE SINGLE-PHASE REGION, Pages 63-127
Table 3 THE VARIATION OF DENSITY, COMPRESSION FACTOR, FUGACITY/PRESSURE RATIO AND SPEED OF SOUND WITH TEMPERATURE AND PRESSURE IN THE SINGLE-PHASE REGION, Pages 129-193
Table 4 THE VARIATION OF PRESSURE, MOLAR ENTROPY, MOLAR INTERNAL ENERGY AND MOLAR ISOCHORIC HEAT CAPACITY WITH TEMPERATURE AND DENSITY IN THE SINGLE-PHASE REGION, Pages 195-248
Tables 5 and 6 THE VARIATION OF MOLAR VOLUME, MOLAR ENTHALPY AND MOLAR ENTROPY WITH TEMPERATURE AND PRESSURE ALONG THE SATURATION CURVE FROM THE LOWER LAMBDA POINT TO THE CRITICAL POINT, Pages 249-255
Tables 7 and 8 THE VARIATION OF MOLAR VOLUME, MOLAR ENTROPY AND MOLAR ENTHALPY OF THE LIQUID PHASE WITH TEMPERATURE AND PRESSURE ALONG THE MELTING CURVE FROM THE (α-γ-I) TRIPLE POINT (1.777 8 K, 3.043 MPa) TO NEAR THE (α-β-I) TRIPLE POINT (14.9 K, 110.6 MPa), Pages 257-259
Tables 9 and 10 THE VARIATION OF MOLAR VOLUME, TEMPERATURE AND PRESSURE ALONG THE LAMBDA CURVE BETWEEN THE LOWER LAMBDA POINT (2.177 3 K, 0.005 04 MPa) AND THE UPPER LAMBDA POINT (1.767 8 K, 3.013 MPa), Pages 261-263,265