At low frequencies (ω ⪝ 104 Hz), we predict that acoustic shear waves should propagate in ordered suspensions of charged latex spheres. Typical values of the sound velocity and damping length are, respectively, 10 and 20 cm sec for ω ≅ 102 Hz
The propagation of elastic waves in soft materials plays a crucial role in the spatiotemporal transm...
We have measured the velocity and attenuation of sound in a pack of water saturated glass spheres. T...
AbstractUltrasonic spectrometry measures the attenuation of a sound wave propagating through a sampl...
A model is presented that predicts the critical shear rate of shear thickening of soft sphere colloi...
We study the propagation of sound in complex colloidal systems. By combining Brillouin scattering wi...
The vibration spectra of a cylindrical sample of colloidal crystals are studied We indicate the prop...
Ahstmct: Colloidal crystals of completely deionized suspensions of latex speres are subjected to osc...
In a certain low frequency range, semi dilute polymer solutions should propagate shear waves with re...
We investigate the effect of frequency on the non-linear large amplitude oscillatory shear (LAOS) re...
We will review recent progress on the generation and detection of picosecond shear acoustic waves. E...
We have observed the transmission of ultrasonic shear waves at 110 MHz in smectic BA, BC and EA phas...
We study, via both experiment and theory, localization of longitudinal-acoustic waves scattered from...
In a suspension, the hydrodynamic interactions between particles can propagate by two mechanisms: re...
ABSTRACT: We present numerical simulations of acoustic wave propagation in disordered granular media...
Ultrasonic spectrometry measures the attenuation of a sound wave propagating through a sample. In sl...
The propagation of elastic waves in soft materials plays a crucial role in the spatiotemporal transm...
We have measured the velocity and attenuation of sound in a pack of water saturated glass spheres. T...
AbstractUltrasonic spectrometry measures the attenuation of a sound wave propagating through a sampl...
A model is presented that predicts the critical shear rate of shear thickening of soft sphere colloi...
We study the propagation of sound in complex colloidal systems. By combining Brillouin scattering wi...
The vibration spectra of a cylindrical sample of colloidal crystals are studied We indicate the prop...
Ahstmct: Colloidal crystals of completely deionized suspensions of latex speres are subjected to osc...
In a certain low frequency range, semi dilute polymer solutions should propagate shear waves with re...
We investigate the effect of frequency on the non-linear large amplitude oscillatory shear (LAOS) re...
We will review recent progress on the generation and detection of picosecond shear acoustic waves. E...
We have observed the transmission of ultrasonic shear waves at 110 MHz in smectic BA, BC and EA phas...
We study, via both experiment and theory, localization of longitudinal-acoustic waves scattered from...
In a suspension, the hydrodynamic interactions between particles can propagate by two mechanisms: re...
ABSTRACT: We present numerical simulations of acoustic wave propagation in disordered granular media...
Ultrasonic spectrometry measures the attenuation of a sound wave propagating through a sample. In sl...
The propagation of elastic waves in soft materials plays a crucial role in the spatiotemporal transm...
We have measured the velocity and attenuation of sound in a pack of water saturated glass spheres. T...
AbstractUltrasonic spectrometry measures the attenuation of a sound wave propagating through a sampl...
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