Modulus values for materials exhibiting minimal time-dependent responses were found to agree well with known values and to be invariant of experimental conditions.
The materials attained exhibit minimal changes in the crystallinity resulting from first melting process although a slight increase of long spacing at room temperature is seen as MCM-41 is incorporated in the hybrids.
The microstructurally optimized SSC/GDC cathode composites exhibited minimal electrode polarization compared to the pristine mixed–ionic electronic conducting SSC materials.
Half of the liners exhibited minimal damage, half exhibited no damage and none exhibited severe damage.
Moreover, the compounds exhibited minimal degradation in incubations with human liver microsomes.
All the samples exhibited minimal porosity and good matrix-second phase interfacial integrity.
These mixes also exhibited minimal or no apparent blocking compared with conventional SCC.
These devices exhibited minimal losses when compared to reference ITO-based OPVs.
On the other hand, the polymers exhibited minimal toxicity against red blood cells in hemolysis tests.
ZNF198 exhibited minimal binding to HDAC1 alone.
