Examples of using Refractive index in English and their translations into Japanese
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It is used in applications that require optical properties due to its transparency and low refractive index.
Even with the same material, the refractive index varies slightly depending on the wavelength.
In addition, the refractive index profile was also different, and it was found that fitting was difficult with this model.
Its refractive index varies from 1.55 to 1.40(for its transparent range: 160nm to 3000nm).
Plasma, too, has a refractive index, and that index changes depending upon the spatial distribution of electron density.
Unfortunately, the negative refractive index materials do not exist in the nature.
Germanium is transparent in a wavelength of 589 nanometers and has a refractive index of about 4, making it an important material for infrared optics.
In particular, the refractive index for the high intensity light beam itself is modified according to.
The refractive index is measured using a beam of monochromatic light- typically, the yellow light of the sodium D line wavelength l 589.3 nm.
Two-dimensional profiles of the magnetic field vector(white arrows) and the axial refractive index contour plot.
His presentation theme was"A new free volume model for gas permeation based on refractive index of polymer membranes.
High refractive index SLD(Special Low Dispersion) glass corrects chromatic aberration, spherical aberration and field curvature.
The focal point is connected at one point. However, the refractive index varies with the wavelength, the focal position will be shifted.
It is possible to achieve a high visible light permeability of nearly 100%, and adjust the refractive index in accordance with the refractive index of the relevant material.
In general, the thickness of the lens does not change much, and the refractive index of the lens varies depending on the chemical composition.
The Kerr effect is the effect of an instantaneously occurring nonlinear response, which can be described as modifying the refractive index.
Optically, nanolaminate materials have a locally homogeneous index of refraction that depends on the refractive index of its constituent materials.
The refractive index of silicon is very large, the absolute refractive index is above 3.4, and the refractive index of silica material is about 1.5.
(4) imitations usually have lower refractive values, although occasionally may be similar to the refractive index of turquoise;
Reflections are caused by large changes in the refractive index of light at the glass-air boundary on the surface of a lens.