The pressure dependence of the Raman spectrum of KReO sub 4, RbReO sub 4 and CsReO sub 4 has been investigated to 25 GPa using the diamond anvil cell.
Potassium titanate orthrophosphate KTiOPO sub 4 (KTP) has been studied by high pressure Raman technique to 17 GPa using a diamond cell.
The pressure dependence of the optical phonon frequencies in berlinite (AlPO sub 4) and alpha-quartz has been investigated by high pressure Raman scattering experiments, using a diamond cell; berli
The pressure dependence of the first-order Raman peak and two second-order Raman features of ThO sub 2 crystallizing in the fluorite type structure are investigated using a diamond anvil cell, up
The pressure dependence of the Raman active modes in yttrium vanadate (YVO sub 4) crystallizing in the zircon-type structure D 19 above 4h (I4 sub 1 / amd), has been studied using a diamond anvil c
The crystal structure of CeO sub 2 has been investigated to 70 GPa using energy dispersive x-ray diffraction in a diamond anvil cell.
A high performance 1024 x 1 bit static random access memory (RAM) has been designed and fabricated using an epitaxial GaAs direct coupled logic (DCFL) process.
In recent years, considerable research had been conducted on the formulation and development of high-speed B-ISDN switch architectures which are capable of supporting a variety of applications [3],
The thesis describes the design of a high speed first order oversampled sigma-delta modulator that can be used as part of a Digital-to- Analog converter.
This paper describes the design of a centralized controller/scheduler for a communication switch with a banyan switching fabric built using unbuffered switches.
