The Photoelastic Effect and Its Applications: Symposium, Belgium, September 10-16, 1973 : [proceedings]Jean Kestens |
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Page 320
... acoustic wave unit propagation vector when plane acoustic waves are considered and is a fourth rank tensor function of the crystal surface unit normal when static photoelastic measure- ments are considered . Since neither an acoustic ...
... acoustic wave unit propagation vector when plane acoustic waves are considered and is a fourth rank tensor function of the crystal surface unit normal when static photoelastic measure- ments are considered . Since neither an acoustic ...
Page 356
... acoustic power up to 0.4 kW were used ; output power at 5.3 μm was ~ 10 μω . The phase matched interaction was clearly demon- strated by a variation of the acoustic frequency as shown in Fig . 3. The experimental curve was centered at ...
... acoustic power up to 0.4 kW were used ; output power at 5.3 μm was ~ 10 μω . The phase matched interaction was clearly demon- strated by a variation of the acoustic frequency as shown in Fig . 3. The experimental curve was centered at ...
Page 361
... acoustic wave via the piezoelectric effect , optical mixing of this low- frequency electric field with the input optic wave electric field via the electrooptic effect , and a second optical mixing involving the electric field at the ...
... acoustic wave via the piezoelectric effect , optical mixing of this low- frequency electric field with the input optic wave electric field via the electrooptic effect , and a second optical mixing involving the electric field at the ...
Contents
Classical and Advanced Methods of Photoelasticity | 17 |
A Critical Review on the Use | 102 |
The Interaction of a Material Continuum with an Electro | 115 |
Copyright | |
17 other sections not shown
Other editions - View all
The Photoelastic Effect and Its Applications: Symposium Ottignies/Belgium ... J. Kestens No preview available - 2014 |
The Photoelastic Effect and Its Applications: Symposium Ottignies/Belgium ... J. Kestens No preview available - 1975 |
Common terms and phrases
acoustic analysis angle applied approximation axis beam birefringence boundary Brillouin scattering coefficient Coleman components composite curves constant constitutive equations corresponding creep compliance deformation density derived determined dielectric Dill direction dynamic photoelasticity Eijk elastic elastomer electric field electromagnetic field epoxy epoxy polymer experimental Faraday effect flow birefringence fluid frequency fringe patterns function glass gradient isochromatic fringe isotropic laser lateral contraction ratio linear retarder loading magnetic field measurements Mech medium method normal obtained orthotropic phase matching photoelastic effect photoviscoelastic Phys plane plastic plate Poisson's ratio polariscope polarized polymer polyurethane principal stresses problems Rayleigh Rayleigh Wave refraction relations relaxation modulus Rivlin rotation scattered light shear rate solution spectra spectrum static strain strain tensor stress tensor stress wave stress-optical symmetry temperature Theocaris theory tion Toupin transient values vector velocity viscoelastic viscoelastic behaviour wave plate wave propagation wavelength yield
References to this book
Dynamic Light Scattering: Applications of Photon Correlation Spectroscopy R. Pecora Limited preview - 1985 |