Applied Physics Letters · 1968 · 17 citations · 7 references
Natural SciencesMaterials SciencePhysicsAcousticsCrystal StructureUltrasoundAcoustic MeasurementAcoustic Wave PropagationDiffractionPhysical AcousticsUltrasonicsUltrasound PhysicsBragg DiffractionDiffraction Of SoundSpeed Of SoundSpeed Of Sound MeasurementUltrasonic AcousticsUltrasonic Materials CharacterizationUltrasonic PropagationUltrasonic Waves
A method of measuring sound velocities in crystals using Bragg diffraction of light by ultrasonic waves is described. Sound-velocity data presented for LaF3 are consistent with a trigonal crystal structure and exclude the possibility of a hexagonal structure.
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Interaction of light and microwave sound
C. F. Quate, C. D. W. Wilkinson, D.K. Winslow · Proceedings of the IEEE · 1965 · 197 citations
Acoustic Beam Probing Using Optical Techniques
Martin Cohen, E. I. Gordon · Bell System Technical Journal · 1965 · 136 citations
Natural Sciences, Physics, Acoustics +13
Lattice Vibrations and Structure of Rare-Earth Fluorides
Robert P. Bauman, S. P. S. Porto · Physical Review · 1967 · 113 citations
ELASTIC WAVES IN TRIGONAL CRYSTALS
G.W. Farnell · Canadian Journal of Physics · 1961 · 74 citations
Natural Sciences, Physics, Acoustics +11