Schmalzried has discussed the phenomena of demixing which may take place in solid solutions or oxide compounds when subjected to an oxygen gradient.
We have studied the phase separation behavior of polymer solutions in two-dimensional elongational flows that are sufficiently weak to avoid the coil-strectch transition.
In this paper the successful integration of alternating aperture phase-shift lithography methodology into a 0.12 μm random-logic CMOS process flow is discussed.
By changing the gate voltage of a single QW channel FET of InGaAs, we can vary the density of carriers n in this channel, originating from modulation doping of one of the InAlAs barriers.
We studied the phase stability of Pb(AxBy)03 compositions containing a combination of pentavalent cation and divalent or trivalent cations.
PbTiO sub 3 phase stability and crystal growth were investigated under hydrothermal conditions near 500C.
The thermal expansion of the low temperature alpha-phase and the phase transformation to the enantiotropic polymorphic β- phase at 403 K in diindenoperylene (DIP) has been studied in the temperatur
Transparent sols and gels in the ZrO sub 2-SiO sub 2 system containing up to 60 mole % zirconia were prepared using tetraethyl orthosilicate (TEDS) and zirconium-n-propoxide (ZNP) in the presence o
A new nonlinear-optic crystal has been grown and characterized.
9-Hydroxyphenalenone, a molecule with a strong intramolecular 0-H...0 bond, is disordered at room temperature, becoming ordered below the reversible first order phase transition at 255K.
