Acoustics Letters, Volume 10Multi-Science Publishing Company, 1987 - Acoustical engineering |
From inside the book
Results 1-3 of 62
Page 36
... obtained ultrasonically . The values of excess free length LE have been obtained by making use of the relation LE = Lf ( m ) − ( × 1 Lf1 + x2Lf2 ) · ( 8 ) Schaaffs [ 29,30 ] , on the basis of collision factor theory developed the ...
... obtained ultrasonically . The values of excess free length LE have been obtained by making use of the relation LE = Lf ( m ) − ( × 1 Lf1 + x2Lf2 ) · ( 8 ) Schaaffs [ 29,30 ] , on the basis of collision factor theory developed the ...
Page 38
... obtained by thermodynamic and ultrasonic methods . However , Jacobson's method gives higher values . It is to be noted that the ultrasonic method has the limitation that the sound velocity U should be less than U ( i.e. 1600ms1 ) ...
... obtained by thermodynamic and ultrasonic methods . However , Jacobson's method gives higher values . It is to be noted that the ultrasonic method has the limitation that the sound velocity U should be less than U ( i.e. 1600ms1 ) ...
Page
... obtained : p = [ w ( E ) m ( ) - 1x P ( $ ) Ł - ax Po ( $ ) de ΣΑ ( 1,1 ) - £ A ( 1.n ) [ w ( ) % H2 ( E - k ) de n = 2 Οχ Hn ξ - μα σχ d ‡ . ( 5 ) Clearly , by choosing an optimum weighting function w ( ) , one can minimize a value of ...
... obtained : p = [ w ( E ) m ( ) - 1x P ( $ ) Ł - ax Po ( $ ) de ΣΑ ( 1,1 ) - £ A ( 1.n ) [ w ( ) % H2 ( E - k ) de n = 2 Οχ Hn ξ - μα σχ d ‡ . ( 5 ) Clearly , by choosing an optimum weighting function w ( ) , one can minimize a value of ...
Contents
Nearfield Analysis | 19 |
Ultrasonic Velocity Isentropic Compressibility and Intermolecular Free Length | 29 |
Ultrasonic Acceleration of the Chemical Dissolution of Urinary Stones | 27 |
Copyright | |
38 other sections not shown
Other editions - View all
Common terms and phrases
acetate ACOUSTICS LETTERS Acustica adiabatic adiabatic compressibility Admiralty Research Establishment amplitude apparent molal compressibility aqueous solutions attenuation beam patterns Bindal bulk modulus calculated Chem coefficient computation concentration constant beamwidth cumene curve decreases density diagram dichloromethane distribution Dorset DT5 2JS Dubey Dunite Eclogite edge waves EDTA electrolyte evaluated evolution equations excess free length experimental far-field fraction of Lil frequency heat hydrophone impulse response interaction intermolecular free length isentropic isentropic compressibility J.C. Scott linear liquid mixtures measured methanol Miecznik Mishra molar volume mole fraction molecular molecules nearfield nonlinear obtained parameters Peridotite phase Phys potassium acetate Prakash pressure Pyroxenite radiating surface Ramana Ranachowski Reddy rocks sample Serpentinite Sharma shell shown in Figure Shukla side-lobe levels signal Singh sodium sound velocity Srivastava structure Subrahmanyam t-butanol temperature theoretical thermal expansion thermodynamic time-frequency analysis Tjøtta transducer U.K. Dr ultrasonic velocity values vibration voltage Wigner-Ville ZnCl2