The spatial beam-shaping capabilities of thin-film micro-optical components can also be used to select and to stabilize laser modes.
The capabilities of thin-section, multidetector CT together with the possibilities for high-quality multiplanar reformation have yet to be explored.
The energy absorption capability of thin-walled composite cylindrical shells is experimentally investigated.
In this paper, the effect of adding silica nanoparticle to epoxy, silica weight percent, particle size and various combinations of epoxy/silica on Young's modulus, yield strength and energy absorption capability of thin-walled square columns was investigated.
The hollow metal spheres improve the axial bearing capability of thin-walled tube, and the biggest improvement scale can be 300%; due to the superimposed effect, TWT-HMS has more excellent properties than the hollow metal sphere and thin-walled tube.
The charge/discharge behavior and rate capability of the thin film electrodes were investigated on Li/LiNi0.5Mn0.5O2 cells at different current densities.
In order to examine the enhancement capability of GNP thin films to Raman signal, three R6G solutions with different concentrations of 10−5, 10−6, and 10−7 M (which cannot be detected on bare ITO glass substrates with no nanoparticles) have been applied at three different points on sample S1, the film with the highest GNP density.
Confocal fluorescence microscopy has become invaluable for a wide range of investigations due to its capability of imaging thin optical sections [ 5].
More interesting is that the nanoporous layers are located in the high power/energy region of the Ragone plot, which indicates the superior power supply capability of these thin film electrodes.
This study explores the potential capabilities of large-area thin-film solar cells by controlling the defect formation using various CZTSSe precursor designs, and by improving the characteristic uniformity within the thin-film solar cells.
A dielectric fishnet nanostructure is designed to increase the light trapping capability of ultra-thin solar cells.
