Microwave Acoustics Handbook. Volume 1A. Surface Wave Velocities.
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Report Number: AFCRL-TR-73-0597
Author(s): Slobodnik, A. J., Jr. , Conway, E. D. , Delmonico, R. T.
Corporate Author(s): Air Force Cambridge Research Laboratories
Laboratory: Air Force Cambridge Research Laboratories
Date of Publication: 1973-10
Pages: 728
Contract: Laboratory Research - No Contract
DoD Project: 5573
DoD Task: 557307
Identifier: AD0780172
Abstract:
Information essential for the design of acoustic surface wave filters, signal processors, and other miniature, low cost, reliable devices for use in communications and electronic sensing is given in this report. Computations of surface wave velocity and electromechanical power flow angle, and estimates of surface wave coupling to interdigital transducers are given for various orientations of the following surface wave substrate materials: Ba2NaNb5O15, Bi12GeO20, CdS, Diamond, Eu3Fe5O15, Gadolinium Gallium Garnet, GaAs, Germanium, InSb, InAs, PbS, LiNbO3, MgO, Quartz, Rutile, Sapphire, Silicon, Spinel, TeO2, YAG, YGaG, YIG, and ZnO. Particular cuts of interest are then chosen for more detailed numerical calculations of mechanical and electrical parameters governing acoustic wave propagation in crystalline media. Similar data is given for common metals. A list of material constants and a bibliography of 520 surface wave papers are also included.
Provenance: Donation
Author(s): Slobodnik, A. J., Jr. , Conway, E. D. , Delmonico, R. T.
Corporate Author(s): Air Force Cambridge Research Laboratories
Laboratory: Air Force Cambridge Research Laboratories
Date of Publication: 1973-10
Pages: 728
Contract: Laboratory Research - No Contract
DoD Project: 5573
DoD Task: 557307
Identifier: AD0780172
Abstract:
Information essential for the design of acoustic surface wave filters, signal processors, and other miniature, low cost, reliable devices for use in communications and electronic sensing is given in this report. Computations of surface wave velocity and electromechanical power flow angle, and estimates of surface wave coupling to interdigital transducers are given for various orientations of the following surface wave substrate materials: Ba2NaNb5O15, Bi12GeO20, CdS, Diamond, Eu3Fe5O15, Gadolinium Gallium Garnet, GaAs, Germanium, InSb, InAs, PbS, LiNbO3, MgO, Quartz, Rutile, Sapphire, Silicon, Spinel, TeO2, YAG, YGaG, YIG, and ZnO. Particular cuts of interest are then chosen for more detailed numerical calculations of mechanical and electrical parameters governing acoustic wave propagation in crystalline media. Similar data is given for common metals. A list of material constants and a bibliography of 520 surface wave papers are also included.
Provenance: Donation