Spatial distribution profiles of leaky surface acoustic wave velocity V(LSAW) and attenuation across the diameters of cladded glass fibers are presented. The profiles are obtained by using a novel V(x,z) analysis with a reflection scanning acoustic microscope operated at 775 MHz, and are compared with optical refractive index profiles. Optical fibers with different dopants and dopant concentrations have been investigated. The role of acoustic property profiles in the design of optical and acoustic fibers is outlined
Acoustic microscopy enables you to image and measure the elastic properties of materials with the re...
The acoustic microscope, which utilizes focused ultrasound at hundreds of megahertz or even a few gi...
Acoustic microscopy is a powerful ultrasonic technique for flaw detection and material characterizat...
Leaky surface acoustic wave velocity (V LSAW) and attenuation (\u3b1 LSAW) profiles across the diame...
The concentration of dopant materials which are responsible for the variation of the dielectric prof...
Abstmcf-A novel method of material characterization by means of the line-focus-beam acoustic microsc...
The acoustic characterization of six glasses each doped with one of the following dopants: GeO$ sb2$...
In recent years, acoustic microscopy has been found to be very useful for characterizing engineering...
A new technique allows direct determination or the wave-length-dispersive material properties of gla...
The possibility of elastic properties measurements on a microscopic scale for the materials and stru...
Optical fibers have long been recognized as a promising technology for remote sensing of ultrasound....
This paper reports stimulated Brillouin scattering characterization in a tapered optical fiber using...
The potential and limitations of Rayleigh wave spectroscopy to characterize the elastic depth profil...
The possibility of elastic properties measurements on a microscopic scale for the materials and stru...
Glass wool is a fibrous material with many applications in construction. The present work compares t...
Acoustic microscopy enables you to image and measure the elastic properties of materials with the re...
The acoustic microscope, which utilizes focused ultrasound at hundreds of megahertz or even a few gi...
Acoustic microscopy is a powerful ultrasonic technique for flaw detection and material characterizat...
Leaky surface acoustic wave velocity (V LSAW) and attenuation (\u3b1 LSAW) profiles across the diame...
The concentration of dopant materials which are responsible for the variation of the dielectric prof...
Abstmcf-A novel method of material characterization by means of the line-focus-beam acoustic microsc...
The acoustic characterization of six glasses each doped with one of the following dopants: GeO$ sb2$...
In recent years, acoustic microscopy has been found to be very useful for characterizing engineering...
A new technique allows direct determination or the wave-length-dispersive material properties of gla...
The possibility of elastic properties measurements on a microscopic scale for the materials and stru...
Optical fibers have long been recognized as a promising technology for remote sensing of ultrasound....
This paper reports stimulated Brillouin scattering characterization in a tapered optical fiber using...
The potential and limitations of Rayleigh wave spectroscopy to characterize the elastic depth profil...
The possibility of elastic properties measurements on a microscopic scale for the materials and stru...
Glass wool is a fibrous material with many applications in construction. The present work compares t...
Acoustic microscopy enables you to image and measure the elastic properties of materials with the re...
The acoustic microscope, which utilizes focused ultrasound at hundreds of megahertz or even a few gi...
Acoustic microscopy is a powerful ultrasonic technique for flaw detection and material characterizat...