吸収光路長の英語

光の吸収特性が現れる波長λ２の光の反射光を第１光検出器によって検出し（１１６、１１８）、第１光検出器で検出された各受光量、推定された光路長、及び既知の吸収係数を用いて、眼球の房水内のエタノール濃度を算出する（１２０）。例文帳に追加

The reflected light of the light of wavelength of λ2 in which the absorbing property of the light appears is detected by a first light detector (116, 118) and the ethanol concentration in the aqueous humor of the eyeball is calculated (120) by using the respective light receiving quantities detected by the first light detector, the estimated light path length, and known absorbing coefficients. - 特許庁

光通信に使用する波長帯１．５５μｍに吸収帯を持つことのない光導波路及びその製造方法を提供する。例文帳に追加

To provide an optical waveguide and a method of manufacturing the waveguide having no absorption band in the 1.55 μm wavelength band used for optical communications. - 特許庁

波長選択部１１により分光器９を制御して、分離流路５５にサンプルが存在しない状態で、目的成分の光吸収があるサンプル吸収波長の光及び目的成分の光吸収がないリファレンス波長の光を順次照射し、バックグラウンド光量を記憶部２５ｓ，２５ｒに記憶する。例文帳に追加

A spectroscope 9 is controlled by a wavelength selection part 11 to successively irradiate a sample with light with a sample absorbing wavelength having light absorption of a target component and light with a reference wavelength having no light absorption of the target component in such a state the sample is absent in a separation flow channel 55 and the quantities of background light are stored in memory parts 25s and 25r. - 特許庁

この回路接続材料１００は、光の最大吸収波長が８００〜１２００ｎｍの範囲内にある接着剤組成物３０を有する。例文帳に追加

This circuit connecting material 100 contains an adhesive composition 30 having the maximum light absorption wavelength within the range of 800-1,200 nm. - 特許庁

５５０ｎｍ〜６２０ｎｍの波長領域の光を吸収し、それ以外の波長領域の可視光を透過する波長選択層１をＬＥＤ光源３から導光板４の出光面までの光路上に設ける。例文帳に追加

A wavelength selection layer 1 to absorb light with a wavelength region of 550 nm to 620 nm and penetrate visible light with other wavelength regions is arranged on an optical path from an LED light source 3 to a light-emitting surface of a light guide plate 4. - 特許庁

光が伝播するコア１１と、コア１１よりも屈折率が低く、コア１１の周りを囲むように配設されたクラッド１２と、クラッド１２の外側に形成された、コア１１を伝播する光と略同波長の光を吸収する光吸収部１３とを有する光導波路。例文帳に追加

The optical waveguide has the core 11 in which light propagates, a clad 12 in which a refractive index is lower than the core 11 and arranged so as to surround the circumference of the core 11, and a light absorption part 13 for absorbing light of the substantially same wavelength as light propagating the core 11. - 特許庁

制御光に係る光源の発光スペクトル帯域、制御光吸収層の吸収スペクトル帯域を有効に活用し、信号光とは波長の異なる複数の制御光を波長多重方式に基づき当該信号光と同一の光路を伝搬させ、光制御方式の複数の光路切替装置を組み合わせる。例文帳に追加

To link a plurality of light control mode optical path switching devices by effectively exploiting an emission spectral band of a light source related to control light and an absorption spectral band of a control light absorption layer, and making a plurality of control light beams with wavelengths different from that of signal light propagate through an optical path identical to that of the signal light on the basis of a wavelength multiplexing mode. - 特許庁

高調波吸収領域１１を光学材料基板の入射端面近傍に設け、非高調波吸収領域１２と高調波吸収領域の導波路内を伝搬する基本波の導波モードサイズを一致させることで、基本波の導波損失を低減し、高効率な光導波路型波長変換デバイスを実現した。例文帳に追加

A higher harmonic absorption area 11 is provided nearby the incidence end surface of an optical material substrate and a non-higher harmonic absorption area 12 and a basic wave propagated in a waveguide in the higher harmonic absorption area are made to have the same waveguide mode size to reduce the waveguide loss of the basic wave, thereby actualizing the optical waveguide type wavelength conversion device having high efficiently. - 特許庁