It appears to be true that when the electron density was enhanced below 110 km, the emission intensity at 427.8 nm became larger (>5 kR) and the average energy was also larger (>4 keV).
The derived average energy shown in Fig. 2c varied with time and was about 1 2 keV for most of the time interval, but became about 4 6 keV when the electron density was enhanced below 110 km as seen in the EISCAT observations.
In particular, the electron density was enhanced below 110 km, suggesting occurrence of high-energy particle precipitation (cf. Rees 1973) on (at least) five occasions: around 20 25, around 20 40, and around 23:26 UT on October 11, and around 00 00 and around 00 40 UT on October 12.
The numerical results suggest that the STL performance can be enhanced dramatically below the fundamental (1,1) resonance frequency with the increasing gap flow Mach numbers.
The model results suggest that very hydrophobic substances (Kow > 105.0) were most sensitive to the effects of the surfactant with regard to enhanced sorption below the equilibrium CMC and increases in solution-phase concentration above the CMC.
However Panmure Gordon was more positive on VT: [We] suspect VT would have to bid above 250p to make further progress on this, although would expect this potential acquisition to be EPS enhancing below 300p.
The analytical continuation of the time variable is used to extend the trajectories to classically forbidden regions which enhances the calculations below the Coulomb barrier [25].
The inclined channels located below the vertical section enhance the segregation of the bubbles from the tailings flow, permitting separations to be conducted at bubble surface fluxes well beyond the normal flooding condition, while also permitting extreme wash water fluxes.
The thermal stability of PP in air is also substantially enhanced at loadings below the percolation threshold due to the tremendous interfacial area between the polymer chains and the free radical scavenging F-MWCNTs.
When the gap thickness is smaller than 300 nm, the effect of hyperbolic modes is strong, and radiative losses affect the conversion efficiency as radiative flux is enhanced both below and above the cell bandgap.
