The use of equilibrium thermodynamics as a basis for analysis of results obtained in the OMVPE growth of III-V compounds, especially solid- vapor distribution coefficients, has been well establishe
We apply a new and powerful thermodynamic tool to examine the growth of BaSb from a thermodynamic viewpoint.
The occurrence of interface melting in various tilt boundaries between crystals of Lennard-Jones particles is predicted by a harmonic analysis of the ground state configurations.
The vapor pressure, species concentration and reactivity of AlSb is modeled thermodynamically using the newly-described sticky trust region technique, STRT, for free energy minimization.
The vapor pressure, species concentration and reactivity of AlSb are modeled thermodynamically using the newly-described sticky trust region technique, STRT, for free energy minimization.
The thermodynamics of (photoelectro) chemical reactions between II-VI semiconductors and (poly)sulfide electrolytes are treated by relating the energetic position of corrosion reactions to those of
Binary mixtures of normal (protonated) and perdeuterated poly (vinylethylene)s and poly(ethylethylene)s containing 50% by volume of each isotope have been examined by small angle neutron scattering
A periodically driven relaxation oscillator is used to experimentally study the multi-fractal structure of the quasiperiodic set at the transition to chaos.
A periodically driven relaxation-oscillator circuit is used to study experimentally the multifractal structure of the quasiperiodic set at the transition to chaos.
Reliability of epoxy molding compounds used in plastic packages of integrated circuit (IC) devices depends to a great extent on the level of thermal stresses.
