Gas tables : international version : thermodynamic properties of air products of combustion and component gases compressible flow functions, including those of Ascher H. Shapiro and Gilbert M. Edelman
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Bibliographic Information
Gas tables : international version : thermodynamic properties of air products of combustion and component gases compressible flow functions, including those of Ascher H. Shapiro and Gilbert M. Edelman
（A Wiley-Interscience publication）
Wiley, 1983
2nd ed. (SI units)
- est.
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Note
Includes bibliographical references
Description and Table of Contents
Table of Contents
Symbols and Units for Tables. Table 1-Air at Low Pressures. Table 2-Specific Heats, Ratio of Specific Heats, Velocity of Sound, Maximum Flow per Unit Area, Viscosity, Thermal Conductivity, and Prandtl Number for Air. Table 3-Products of Combustion of Hydrocarbon Fuels with 400 per cent of Theoretical Air. Table 4-Specific Heats and Ratio of Specific Heats for Products of Combustion of 400 per cent of Theoretical Air with Three Hydrocarbon Fuels. Table 5-Products of Combustion of Hydrocarbon Fuels with 200 per cent of Theoretical Air. Table 6-Specific Heats and Ratio of Specific Heats for Products of Combustion of 200 per cent of Theoretical Air with Three Hydrocarbon Fuels. Table 7-Products of Combustion of Hydrocarbon Fuels with 100 per cent of Theoretical Air. Table 8-Specific Heats and Ratio of Specific Heats for Products of Combustion of 100 per cent of Theoretical Air with Three Hydrocarbon Fuels. Table 9-Molecular Weight and Gas Constant for Products of Combustion of Hydrocarbon Fuels of Composition with Air. Table 10-Enthalpy of Combustion of Hydrocarbons at 25 degrees C. Table 11-Nitrogen at Low Pressures. Table 12-Specific Heats, Ratio of Specific Heats, and Velocity of Sound for Nitrogen. Table 13-Oxygen at Low Pressures. Table 14-Specific Heats, Ratio of Specific Heats, and Velocity of Sound for Oxygen. Table 15-Water Vapor at Low Pressures. Table 16-Specific Heats, Ratio of Specific Heats, and Velocity of Sound for Water Vapor. Table 17-Carbon Dioxide at Low Pressures. Table 18-Specific Heats, Ratio of Specific Heats, and Velocity of Sound for Carbon Dioxide. Table 19-Hydrogen at Low Pressures. Table 20-Specific Heats, Ratio of Specific Heats, and Velocity of Sound for Hydrogen. Table 21-Carbon Monoxide at Low Pressures. Table 22-Specific Heats, Ratio of Specific Heats, and Velocity of Sound for Carbon Monoxide. Table 23-Monatomic Gases at Low Pressures. Table 24-Constants for Use with Table 25-29. Tables 30-35-One-Dimensional Isentropic Compressible-Flow Functions. Tables 36-41-Rayleigh Line--One-Dimensional Compressible-Flow Functions for Stagnation Temperature Change in the Absence of Friction and Area Change, k = 1.4. Tables 42-47-Fanno Line. Tables 48-53 One-Dimensional Normal Shock Functions. Table 54-Two-Dimensional Isentropic Compressible-Flow Functions for Method of Characteristics. Table 55-Wedge Angle for Sonic Flow Downstream of and Maximum Wedge Angle for Two-Dimensional Shock. Tables 56-57-Upstream & Downstream Mach Number for Two-Dimensional Shock. Tables 58-59-Ratio of Downstream to Upstream Pressure & Density for Two-Dimensional Shock. Table 60-Standard Atmosphere. Table 61-Physical Constants. Table 62-Conversion Factors. Table 63-Temperature Conversion.
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