It was experimentally observed that the leaf-like ZnO nanostructure is most suitable for field emission due to its lowest turn-on and threshold field as well as its high field-enhancement factor among the different synthesized nanostructures.
Table 1 summarizes the field emission properties of the three different synthesized ZnO nanostructures, and it shows that the leaf-like ZnO nanostructures is most suitable for field emission due to its lowest turn-on and threshold field as well as its relatively high field-enhancement factor.
In addition, Bernoulli distribution may not be the most suitable distribution for the emission probability of observed variable.
By challenging the space-charge interlayer-induced band bending model proposed by Forrest, they suggest that the F-N tunneling theory is the most suitable model to describe the emission from a-C films.
The proposed design optimization model can be used to estimate the most suitable combination of power plants under CO2 emission and alternative energy targets, carbon tax, and social benefits of air emissions avoidance.
After several examinations, an excitation wavelength of 288 nm and emission wavelength of 478 nm was the most suitable fluorescence detection wavelength for bergapten and the IS isoimperatorin.
After an empirical assessment of several different compounds, including DiAsp (4- 4- didecylamino)styryl)- N-methylpyridinium iodide (4- 4- didecylaminoorogold and Rhodamine B, we determined that DiI wastyrylmost suitable RGC marker in our rat models, with an excitation and emission maxima of 550 and 570 nm, respectively.
Thus, the main objective of this work is to maximize the CO2 capture capacity at ambient temperature, elucidating which is the most suitable porosity that the adsorbent has to have as a function of the emission source conditions.
The aim of this study was to determine the most suitable iodonucleoside analogs for use in tissue proliferation imaging by means of single photon emission tomography (SPECT).
The most suitable energy carrier seems to be pelletized biomass fuels with their associated low emissions and considerable residential conversion potential.
