Physical Acoustics: pt. A. Properties of Gases, liquids, and solutionsAcademic Press, 1964 - Sound |
Contents
Nomenclature | 3 |
Experimental Methods | 28 |
Piezoelectric and Piezomagnetic Materials and Their Function | 31 |
Copyright | |
14 other sections not shown
Common terms and phrases
1,1,2-trichloroethane 1+w² A₁ Acoust acrolein adiabatic aldehyde approximation atom Bauer Burnett calculated carbon disulfide characteristic frequency Chem chemical CO₂ coefficient collision partner compressibility compressional contribution curve degrees of freedom derivatives determined dispersion effects eigenvalue problem eigenvectors elementary reactions energy enthalpy entropy equilibrium excitation experimental function gases H₂ harmonic oscillator isobaric isothermal isothermal relaxation Itterbeck k₁ k₂ kcal/mole Kneser Lamb linear matrix maximum Mc/sec measurements mixtures modulus molar heat capacity mole fraction molecular molecules normal reactions obtained occur parameter Phys pressure progress variables quantity rate constants ratio relaxation equations relaxation frequencies relaxation strength rotational isomers Section single relaxation process solution sound absorption specific heat temperature dependence theory thermal thermodynamic transition triethylamine ultrasonic ultrasonic relaxation vector velocity vibrational relaxation vibrational specific heat volume viscosity ΔΗ дх ᎡᎢ