The Applied Producer DARC PECVD offers a wide tuning range of refractive index and extinction coefficient values for unmatched reflectivity control across multiple applications.
推算法屈折率の推算式は次式が知られている。
Estimation Method As the refractive index estimation scheme, following scheme is very popular.
媒質の屈折率のこの効果は、表16が示すように、金属様粒子に対しては非金属様粒子に比べて全く異なる。
This effect of the refractive index of the medium is quite different for metal-like particles compared to nonmetal-like particles, as Table 16 shows.
媒質の屈折率のこの効果は、表16が示すように、金属様粒子に対しては非金属様粒子に比べて全く異なる。
The effects of the refractive index of the medium are quite different for metal-like particles as compared to non-metal-like particles as Table 16 shows.
FBGの構造は、屈折率、または格子周期による違いがある。
The structure of the FBG can vary via the refractive index, or the grating period.
ダイヤモンドは屈折率2.417、分散率0.044、比重3.52で、透明な鉱物である。
Diamond is a transparent crystal with a refractive index of 2.417, a high dispersion of 0.044, and a specific gravity of 3.52.
屈折率nはn=c/vと定義されます。
The index of refractionof the medium is defined to be n= c/v.
屈折率nはn=c/vと定義されます。
We make use of the index of refraction, defined as n=c/v.
(4)模造品は通常トルコ石の屈折率に類似しているかもしれないが、より低い屈折値を有する;
(4) imitations usually have lower refractive values, although occasionally may be similar to the refractive index of turquoise;
Our digital instruments deter mine the refractive index and density simply, accu rately, and even simultaneously in a multi-parameter system.
次の表は、屈折率のいくつかの例です。マテリアルIOR屈折率。
The following table shows some examples of index of refraction: Material IOR.
に近い高い可視光透過率の実現や、各種部材の持つ屈折率にあわせた屈折率の調整が可能です。
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.
Fiber gratings A fiber grating(FBG) is a fiber base device which has a structure of periodic modulation of refractive index in the core section of an optical fiber.
ビーム1の強度I(1)はビーム2の屈折率変化を引き起こす。
The intensity I(1) of beam 1 causes a refractive index change for beam 2.
XC-80は、気温、気圧、湿度を計測してから、空気の屈折率(ひいてはレーザーの波長)を算出します。
The XC-80 measures the air temperature, pressure and humidity, then calculates the refractive index of air(and hence the wavelength of the laser).
ここで、mは、観測されている反射の「次数」であり、またnは、基板10の屈折率である。
M is the“order” of the reflection being observed, and n is the refractive index of the substrate 10.
The directional difference of refractive indices by the effect of the metamolecule is several orders of magnitude larger than previous studies of natural materials.
English
中文
عربى
Български
বাংলা
Český
Dansk
Deutsch
Ελληνικά
Español
Suomi
Français
עִברִית
हिंदी
Hrvatski
Magyar
Bahasa indonesia
Italiano
Қазақ
한국어
മലയാളം
मराठी
Bahasa malay
Nederlands
Norsk
Polski
Português
Română
Русский
Slovenský
Slovenski
Српски
Svenska
தமிழ்
తెలుగు
ไทย
Tagalog
Turkce
Українська
اردو
Tiếng việt