The median distance to commercial and service centers was much smaller for CSN monitors (127 m vs. 4,696 m), and the median population density was much larger for CSN monitors (805 persons/mi) than for IMPROVE monitors (only 3 persons/mi).
The results show a similar tendency of increase with the laser intensity as the trapped charges as given in Figure 3a, except the increase of tapped charge density in NR3 is much larger than that of the trapped charges, which may be due to more localization of charges in NR3.
If the kinetic species is an energetic particle (EP) population having negligible mass density but substantial energy density and the scale size is much larger than the ion and electron inertial lengths, it describes the self-consistent coupling between the magnetohydrodynamics (MHD) and the EP dynamics.
Figure 4a schematically shows Bi nanowires grown on the Bi/SiO2/Si and Bi/Si stacks, illustrating that the nanowire density on a Bi/SiO2/Si stack is much larger than on a Bi/Si stack.
The density of this airglow patch (Fig. 2i) reaches ~6100 #/cm3, which is much larger than the background density after this density enhancement (~1000 #/cm3).
As a result, it delivers superior electrochemical behaviors in a three-electrode system using 6 mol L−1 KOH as electrolyte, whose specific capacitance calculated from galvanostatic charge-discharge curve can reach up to 517.4 F g−1 at a current density of 1 A g−1, which is much larger than most of the nanocarbons ever reported in the literature.
Further, the first hyperpolarizability density study clearly substantiates the difference in their βzzz values: negative contribution for 2a is much larger than positive contribution, while the first hyperpolarizability density for 2b shows much larger positive contribution.
Meanwhile, the density of MDs is much lower and the size is much larger on the strip top area.
The force for the starch grain is much larger because of the higher density of about 1550 kg/m, compared to about 1050 kg/m for polystyrene.
