Sentence examples for changing the optical from inspiring English sources

The Ni+2 atoms replaced some of the Ti atoms in the crystal lattice of TiO2 during the sol gel method, thus changing the optical absorption.

Dust influences the radiative balance of the planet in two different ways, either directly by scattering and absorbing incoming solar radiation, or indirectly by changing the optical properties of clouds, themselves an important player in the climate system.

In Euclidean geometry, determination of a triangle's three sides determines any angle therein; with gravity changing the optical lengths of sides passing close by the Sun and deflecting the light, the Euclidean relationships are overthrown.

The number of frames in Figure 8 may be increased to infinity by changing the optical system to put the primary image on the film and leaving out the relay lenses or, more simply, to replace the mirror with the film on a rotating drum.

Key feature of our design is that the length of integration time window could be widely tuned by simply changing the optical power of the pump light and could be extended to very long when the pump power is approaching lasing threshold.

In a special design of magneto photonic crystal which consists of SiO2 and Ta2O5 as the basic element of the resonator and Bi substituted yttrium iron garnet as the defect magnetic layer, by changing the optical contrast ratio from 1.43 to 1.09, the Faraday rotation can be adjusted from −3.35 to −0.74 deg in 65 nm wide range of wavelength.

Four studies demonstrate the vast opportunities provided by stacking pairs of monolayer materials and changing the resulting optical properties by twisting one material with respect to the other.

These studies and others10 12 give a first glimpse of the opportunities offered by combining two materials and changing the resulting optical properties simply through the twist angle.

We demonstrate a possibility of engineering recombination time τ in nano-objects by changing the local optical environment.

This interference modulation can be achieved by changing the effective optical path length of light propagating back and forth between the two electrodes, i.e., by changing the thickness of both the photoactive and spacer layers.

The modulation pattern of absorption is produced in the 3D plot as scanning the thicknesses of both layers as a result of modulation of interference between incoming and reflected light, which can be secured by changing the effective optical path length between two electrodes of a photovoltaic device.