For the DC sputtering mode the deposition rate was found to be twice as high as for the pulsed mode at lower oxygen to nitrogen ratios (O/N).
Dipole plasmons of individual NPs can hybridize to form the bonding dipole plasmon mode at lower energies, giving rise to enormous electromagnetic field enhancement at the nanogap, i.e., the "hot-spot" [48, 49].
The result is two easily identifiable curves for the separate phase growth modes; f.c.c. at lower undercoolings and metastable b.c.c. at higher undercoolings.
However, at crossover concentration (CDNA = 2% (w/v)), samples showed multiple relaxation modes at high temperature (T = 80 °C) and single mode relaxation at lower temperature (T = 50 °C) with sub diffusive behaviour showing transition from ergodic to arrested phase owing to ceased Brownian dynamics.
If the effect is ascribed solely to vibrational frequency dispersion of the external solvent and quantum mechanical freezing of solvent modes at the lower temperatures, it is much smaller than the observed effects.
The sorption behavior for all POSS-containing polymer membranes obeyed the dual-mode model at lower relative pressure and then upturns at higher pressure.
As transmission lines become longer the losses associated with power transmission increase, as modes of losses at lower lengths are exacerbated and new modes of losses are no longer negligible as the length is increased, making it harder transport large loads over large distances.
Lower modes are influenced at lower energies due to larger modal displacements than higher modes and thus, at certain energy levels, the NNMs become rationally related, which results in internal resonance.
The possibility of using insecticides with different modes of action at lower dosages than either ingredient used alone was also observed in previous studies with OP/pyrethroid mixtures (10, 11 ).
The primary decay mode at masses lower than the only stable isotope, 45Sc, is electron capture, and the primary mode at masses above it is beta emission.
