Sentence examples for more efficient absorption from inspiring English sources

The effect of the angle of incidence on the broad absorption band is also investigated experimentally and the absorption band remains high at large angles of incidence (60°), which thus provides more efficient absorption of obliquely incident beams.

Owing to the more efficient absorption of shorter wavelength light by most materials, the reported interelement fractionation is less with lower wavelength lasers (e.g. see [ 25, 26]).

Amount of lead transferred seems to vary considerably by species (Oskarsson et al. 1995); however, there may be more efficient absorption of lead by the neonate compared with the adult (Oskarsson et al. 1998; Palminger Hallén et al. 1996).

Although the absorption kinetics of MMMTAV and other thiolated arsenicals across the epithelium are unknown, there is evidence that some methylated thioarsenicals elicit a higher toxicity than iAsV because of their more efficient absorption by mammalian cells (Naranmandura et al. 2007a).

Moreover, the micrometric roughness of the surface of the films can possibly allow them to offer a larger contact area to the healing tissue, which leads to a more efficient absorption of exudates, therefore enabling the promotion of a more efficient repair of the burn wound [ 33, 34].

"And if you can have more efficient energy absorption in the front, that means you can deal with frontal crashes better; and that seems to be borne out in the N.H.T.S.A. testing of the Tesla".

Also, one can incorporate Ge islands into Si-based solar cells for more efficient light absorption.

The results show that the addition of 5 wt.% of nanoclay lead to a more efficient energy absorption.

It has been proved by many theoretical and experimental works that NWAs with well-defined geometric parameters such as diameter, length, and filling ratio exhibit a much more efficient light absorption in the solar spectrum [1 4, 8 11].

The calculations reveal that the optical absorption is sensitive to the geometric parameters such as diameter [D], length [L], and filling ratio [D/P], and more efficient light absorption can be obtained in GaAs NWAs than in thin films with the same thickness due to the combined effects of intrinsic antireflection and efficient excitation of resonant modes.

The results show that the energy extraction and displacement of the runway can reach an optimal balance by optimizing the stiffness of connectors and damping coefficient of PTO which leads to the benefits of more efficient energy absorption and less movement of the runway simultaneously.