Handbook of the Speed of Sound in Real Gases
- 1st Edition - September 4, 2002
- Latest edition
- Editor: Allan J. Zuckerwar
- Language: English
After the introductory chapters in each volume, the material in each chapter starts out with definitions and engineering formulas, applies these to the individual gases, and… Read more
Description
Description
After the introductory chapters in each volume, the material in each chapter starts out with definitions and engineering formulas, applies these to the individual gases, and proceeds to advanced theory at the molecular level. The formulas and theory are illustrated with examples throughout. Uncertainty, in both measurement and prediction, is a recurring theme throughout both volumes.
The engineering formulas are suited to engineering and science students at the undergraduate level. The advanced theory is for professionals and students at the graduate level. The Handbook will survey the state of the art from 1921 to the present, pointing out gaps in our present knowledge.
The engineering formulas are suited to engineering and science students at the undergraduate level. The advanced theory is for professionals and students at the graduate level. The Handbook will survey the state of the art from 1921 to the present, pointing out gaps in our present knowledge.
Readership
Readership
Chemists and Chemical Engineers; Mechanical Engineers; Physicists; Acousticians; Meteorologists; Aerospace engineers; Liquefied natural gas industry. Engineering and Science Students.
Table of contents
Table of contents
CHAPTER 8. INTRODUCTION TO SOUND SPEED MEASUREMENTS IN GASES
8.1 Selection of sound speed data
8.2 Predictive versus measurement uncertainty
8.3 Experimental methods and their measurement uncertainties
8.4 Collection of measurements and their critiques
CHAPTER 9. MEASUREMENTS IN MONATOMIC GASES
9.1 Acoustical properties of monatomic gases
9.2 Argon
9.3 Helium
9.3 Krypton
9.4 Neon
9.5 Xenon
CHAPTER 10. MEASUREMENTS IN DIATOMIC GASES
10.1 Acoustical properties of diatomic gases
10.2 Normal Hydrogen
10.3 Para-Hydrogen
10.4 Deuterium
10.5 Carbon Monoxide
10.6 Chlorine
10.6 Fluorine
10.7 Nitrogen
10.8 Nitric Oxide
10.9 Oxygen
CHAPTER 11. MEASUREMENTS IN TRIATOMIC GASES
11.1 Acoustical properties of triatomic gases
11.2 Carbon Dioxide
11.3 Deuterium Oxide
11.4 Water
11.5 Hydrogen Sulfide
11.6 Nitrous Oxide
11.7 Sulfur Dioxide
CHAPTER 12. MEASUREMENTS IN HALOCARBONS
12.1 Acoustical properties of gaseous halocarbons
12.2 Dichlorodifluoromethane R12
12.3 Trichlorofluoromethane R11
12.4 Carbon Tetrachloride R10
12.5 Chlorotrifluoromethane R13
12.6 Carbon Tetrafluoride R14
12.7 Methylene Chloride R30
12.8 Methylene Fluoride R32
12.9 Methyl Chloride R40
12.10 Methyl Fluoride R41
12.11 1,1-dichloro-2,2,2-trifluoroethane R123
12.12 Dichlorofluoromethane R21
12.13 Chlorodifluoromethane R22
12.14 Fluoroform R23
CHAPTER 13. MEASUREMENTS IN POLYATOMIC GASES OF SMALL MOLECULES (4 TO 6 ATOMS)
13.1 Acoustical properties of polyatomic gases of small molecules
13.2 Acetylene
13.3 Ethylene
13.4 Methanol
13.5 Methane
13.6 Ammonia
CHAPTER 14. MEASUREMENTS IN POLYATOMIC GASES OF LARGE MOLECULES (MORE THAN 6 ATOMS)
14.1 Acoustical properties of polyatomic gases of large molecules
14.2 Diethyl Ether
14.3 Ethane
14.4 Propylene
14.5 Propane
14.6 n-Butane
14.7 Isopentane
14.8 Neopentane
14.9 n-Pentane
14.10 Cyclohexane
14.11 n-Hexane
14.12 Benzene
14.13 n-Octane
14.14 Acetone
14.15 Sulfur Hexafluoride
APPENDIX I. STANDARD VALUES OF THE SPEED OF SOUND UNDER STANDARD CONDITIONS (T = 273.15 K, P = 1 atm)
APPENDIX II. STANDARD VALUES OF THE SPEED OF SOUND UNDER NORMAL CONDITIONS (T = 293.15 K, P = 1 atm)
APPENDIX III. METHODS TO DETERMINE GAS PURITY
LIST OF SYMBOLS
8.1 Selection of sound speed data
8.2 Predictive versus measurement uncertainty
8.3 Experimental methods and their measurement uncertainties
8.4 Collection of measurements and their critiques
CHAPTER 9. MEASUREMENTS IN MONATOMIC GASES
9.1 Acoustical properties of monatomic gases
9.2 Argon
9.3 Helium
9.3 Krypton
9.4 Neon
9.5 Xenon
CHAPTER 10. MEASUREMENTS IN DIATOMIC GASES
10.1 Acoustical properties of diatomic gases
10.2 Normal Hydrogen
10.3 Para-Hydrogen
10.4 Deuterium
10.5 Carbon Monoxide
10.6 Chlorine
10.6 Fluorine
10.7 Nitrogen
10.8 Nitric Oxide
10.9 Oxygen
CHAPTER 11. MEASUREMENTS IN TRIATOMIC GASES
11.1 Acoustical properties of triatomic gases
11.2 Carbon Dioxide
11.3 Deuterium Oxide
11.4 Water
11.5 Hydrogen Sulfide
11.6 Nitrous Oxide
11.7 Sulfur Dioxide
CHAPTER 12. MEASUREMENTS IN HALOCARBONS
12.1 Acoustical properties of gaseous halocarbons
12.2 Dichlorodifluoromethane R12
12.3 Trichlorofluoromethane R11
12.4 Carbon Tetrachloride R10
12.5 Chlorotrifluoromethane R13
12.6 Carbon Tetrafluoride R14
12.7 Methylene Chloride R30
12.8 Methylene Fluoride R32
12.9 Methyl Chloride R40
12.10 Methyl Fluoride R41
12.11 1,1-dichloro-2,2,2-trifluoroethane R123
12.12 Dichlorofluoromethane R21
12.13 Chlorodifluoromethane R22
12.14 Fluoroform R23
CHAPTER 13. MEASUREMENTS IN POLYATOMIC GASES OF SMALL MOLECULES (4 TO 6 ATOMS)
13.1 Acoustical properties of polyatomic gases of small molecules
13.2 Acetylene
13.3 Ethylene
13.4 Methanol
13.5 Methane
13.6 Ammonia
CHAPTER 14. MEASUREMENTS IN POLYATOMIC GASES OF LARGE MOLECULES (MORE THAN 6 ATOMS)
14.1 Acoustical properties of polyatomic gases of large molecules
14.2 Diethyl Ether
14.3 Ethane
14.4 Propylene
14.5 Propane
14.6 n-Butane
14.7 Isopentane
14.8 Neopentane
14.9 n-Pentane
14.10 Cyclohexane
14.11 n-Hexane
14.12 Benzene
14.13 n-Octane
14.14 Acetone
14.15 Sulfur Hexafluoride
APPENDIX I. STANDARD VALUES OF THE SPEED OF SOUND UNDER STANDARD CONDITIONS (T = 273.15 K, P = 1 atm)
APPENDIX II. STANDARD VALUES OF THE SPEED OF SOUND UNDER NORMAL CONDITIONS (T = 293.15 K, P = 1 atm)
APPENDIX III. METHODS TO DETERMINE GAS PURITY
LIST OF SYMBOLS
Product details
Product details
- Edition: 1
- Latest edition
- Published: September 4, 2002
- Language: English