「light diffraction」に関連した英語例文の一覧と使い方(16ページ目) - Weblio英語例文検索

The lighting unit is provided with a planar body 10 and a diffraction optical element 11 formed on the upper surface of the planar body 10 and converges light which is made incident on the diffraction optical element 11 from various directions and emits the light from an end face of the planar body 10.例文帳に追加

板状体１０と、その上面に形成した回折光学素子１１とを備え、回折光学素子１１に入射する様々な方向からの光を集光して板状体１０の端面から放射する。 - 特許庁

Polarized light separating elements (1, 11) each have a diffracting optical element which has a diffraction grating surface and is optically nearly isotropic and a liquid crystal layer which is adjacent to the diffraction grating surface and separates the illumination light into P- and S-polarized lights having mutually orthogonal planes of polarization.例文帳に追加

偏光分離素子(1,11)は、回折格子面を有し光学的に略等方な回折光学素子層と回折格子面に隣接する液晶層とを備え、照明光を偏波面が互いに直交するＰ，Ｓ偏光に分離する。 - 特許庁

The optical head device 10 utilizes first order diffraction light by the HOE 24 for an FE (focus error) signal and TE(tracking error) signal, while utilizes zero-order diffraction light which travels straight on the HOE 24 for the RF signal.例文帳に追加

本発明に係る光ディスク装置１０は、ＦＥ信号およびＴＥ信号についてはＨＯＥ２４による一次回折光を利用する一方、ＲＦ信号についてはＨＯＥ２４を直進する０次回折光を利用する。 - 特許庁

The device is equipped with a transmission type diffraction optical element 50 which diffracts light emitted by an image display element 20 and a reflection type optical element 70 which reflects the diffracted light from the transmission type diffraction optical element and has positive power.例文帳に追加

画像表示素子２０からの射出光を回折させる透過型回折光学素子５０と、この透過型回折光学素子５０からの回折光を反射する正の光学的パワーを有する反射型光学素子７０とを備える。 - 特許庁

The diffraction grating is arranged dislocatably on the optical path of the light from the light source to the emission port and the optical dispersion performance is varied with respect to the emission port by dislocating the diffraction grating arranged on the optical path.例文帳に追加

回折格子は、光源から出射口への光の光路上に変位可能に配置されており、光路上に配置されている回折格子を変位させることで、出射口に対する光学分散性能を変更させる。 - 特許庁

An angle ω0 where the intensity of light from the light source 4 entering the photodetector 5 is maximized, and an angle ω1 where the intensity of diffraction X-rays which are detected by an X-ray diffraction system that is set at a specific angle is maximized, are measured.例文帳に追加

次いで、測定対象試料を装着して同様に光強度が最大になる角度ω_２と回折Ｘ線強度が最大になる角度ω_３を測定し、次式に基づき測定対象試料の偏差角δを求める。 - 特許庁

For the purpose, the duty ratio is fixed there (step S12) and then a groove depth range such that diffraction efficiency to TM polarized light becomes high is searched for (S13) within a wide groove depth range wherein the high diffraction grating to the TE polarized light is maintained.例文帳に追加

そこで、デューティ比をそこに固定した上で（ステップＳ12）、ＴＥ偏光に関して高い回折効率が維持される幅広い溝深さの範囲において、ＴＭ偏光の回折効率が高くなる溝深さ探索する（Ｓ13）。 - 特許庁

The diffraction element 116 has an equalizing structure which makes the separation ratio of the component luminous fluxes, that are separated into zero-th order diffracted light beams and higher order diffracted light beams by the diffraction element 116, equalize among the plurality of component luminous fluxes.例文帳に追加

この回折素子１１６は、各成分光束がこの回折素子１１６によって０次回折光と高次回折光とに分離される分離比を複数の成分光束の間において均等化する均等化構造を有する。 - 特許庁

Photo detectors 55a-55d for detecting the intensity of the constituent of pixels at four corners are arranged corresponding to the pixels at the four corners of the diffraction light page information part 7a, and the diffraction light page information part 7a is applied to the photo detectors 55a-55d.例文帳に追加

回折光ページ情報部分7aの四隅の画素に対応させて、四隅の画素の成分の強度を検出する光検出器55a〜55dを配置し、これら光検出器55a〜55dに回折光ページ情報部分7aを入射させる。 - 特許庁

To simply adjust an interval between a light source and a diffraction grating to a prescribed distance even if, by manufacturing errors or the like, the interval of the positioning plane changes on which the light source and the diffraction grating are fixed, in an optical head device.例文帳に追加

光ヘッド装置において、製造誤差等に起因して、光源および回折格子が固定される位置決め面の間隔が変化しても、光源と回折格子の間隔を簡単に所定寸法に調整可能とすること。 - 特許庁

In a BD system optical system, light of the S polarization component from the semiconductor laser 1 passes through the liquid crystal element 2, passes through the HD diffraction element 3, is diffracted by the BD diffraction element 4 into three beams, and is made into a parallel light by the collimator lens 5.例文帳に追加

ＢＤ系光学系は、半導体レーザ１からのＳ偏光成分の光は液晶素子２を通過、ＨＤ回折素子３を通過しＢＤ回折素子４で回折して３ビームとし、コリメートレンズ５で平行光となる。 - 特許庁

On the other hand, second patterns 5, 6 of the diffraction optical element are disposed on the parts which are respectively irradiated with +1st diffracted light beams and -1st diffracted light beams which are diffracted by the first pattern 4 of the diffraction optical elements on the main surface 3 of the substrate 1.例文帳に追加

一方、基板１の主面３の、当該第１の回折光学素子パタン４で回折した＋１次回折光、−１次回折光がそれぞれ照射する部分に第２の回折光学素子パタン５，６を設ける。 - 特許庁

A first-order diffracted light from the non-condensing recording layer 41b is made incident to the fifth to sixth TES diffraction sections 81, 82 and diffracted toward the light receiving means 45 by the fifth and sixth TES diffraction sections 81, 82.例文帳に追加

非集光記録層４１ｂからの１次回折光は、第５および第６ＴＥＳ回折部８１，８２に入射し、これらの第５および第６ＴＥＳ回折部８１，８２によって、受光手段４５に向けて回折される。 - 特許庁

Thereby, one part of concealed image is displayed by first diffraction light L1 from the blazed grating 11 of the first cell group and the other part of concealed image is displayed by second diffraction light L2 from the blazed grating 21 of the second cell group.例文帳に追加

また、第１セル群のブレーズド格子１１からの第１回折光Ｌ１により隠蔽画像の一部分が表示され、第２セル群のブレーズド格子２１からの第２回折光Ｌ２により隠蔽画像の他の部分が表示される。 - 特許庁

In the illumination optical system, the object to be illuminated is illuminated by guiding light to the object by the diffraction grating element, and light reflected by the object is made to permeate the diffraction grating element, and guided to the outside.例文帳に追加

この照明光学系では、光を回折格子素子によって照明対象物に導いて照明対象物を照明するとともに、照明対象物によって反射された光を回折格子素子を透過させて外部に導く。 - 特許庁

To reduce the loss of light quantity by performing the design of the optimum reflection preventing film, and to enhance the manufacturing yield of a diffraction grating body in the diffraction grating body corresponding to two light rays different in wavelength.例文帳に追加

異なる二つの波長の光線に対応した回折格子体において、最適な反射防止膜の設計を行い、光量損失を低減すると共に、回折格子体の製造歩留まりを向上させることを目的とする。 - 特許庁

An angle of circumference and a maximum diameter of the cross section of such projecting strips are selected so that a diffraction light quantity to an incident light quantity has a sufficient rate for a use purpose in a diffraction grating effect caused by parallel contact of the projecting strips.例文帳に追加

突条の並列な接触により起きる回折格子効果において入射光量に対する回折光量が利用目的に十分な割合があるようにかかる突条の断面の円周角と最大径が選択される。 - 特許庁

When S-polarized light waves of a 2nd laser beam LB2 are made incident on diffraction gratings 7a and 8a of an optical member 6 at an angle which satisfies the Bragg condition, the S-polarized light waves are respectively subjected to primary diffraction, and emitted in an X2 direction as shown in a Figure.例文帳に追加

第２のレーザビームＬＤ２のＳ偏光波をブラッグ条件を満たす角度で光学部材６の回折格子７ａ，８ａに入射させると、それぞれ１次回折させられて図示Ｘ２方向に射出される。 - 特許庁

The illuminating optical system is provided with a light source for emitting light and a light separating and coupling element which has a diffraction element for diffracting light to narrow an incidence angle within a prescribed range, provided on at least one incidence face.例文帳に追加

光を出射する光源と、光を回折させ入射角を所定範囲内に狭める回折素子が少なくとも一つの入射面に設けられた光分離および結合素子とを具備する照明光学系。 - 特許庁

By moving the position of the incident light incident to the fine structure between areas having different filling factors, the ratio of the transmission light quantity of zero-th order diffraction light to the incident light quantity is changed.例文帳に追加

そして、微細構造に対する入射光の入射位置をフィリングファクタの異なる領域間で移動させることにより入射光量に対する０次回折光の透過光量の割合を変化させる。 - 特許庁

The first diffraction grating 3 has the function of separating the laser beam emitted from the laser light source 2 into reference light and a measuring light and obliquely emitting the measuring light to a surface to be measured W.例文帳に追加

第１回折格子３は、レーザ光源２から出射されるレーザ光を参照光、及び測定光に分離するとともに、測定光を被測定面Ｗに対して斜めに出射する機能を有している。 - 特許庁

They satisfy 0.85<η(λR)/η(λB)<1.15 when it is assumed that the diffraction efficiency in the wavelength λ is η (λ), the emitted light center wavelength of the red light source is λR, and the emitted light center wavelength of the blue light source is λB.例文帳に追加

波長λにおける回折効率をη（λ）とし、赤色光源の発光中心波長をλＲ、青色光源の発光中心波長をλＢとすると、 ０．８５＜η（λＲ）／η（λＢ）＜１．１５ を満足する。 - 特許庁

The optical pickup includes a first laser beam light source for emitting a light flux of a first wavelength, a diffraction grating 5, and an optical device 6 including a second laser beam light source 7 for emitting a light flux of a second wavelength and a hologram element 8.例文帳に追加

第１の波長の光束を発する第１のレーザ光源１と、回折格子５と、第２の波長の光束を発する第２のレーザ光源７及びホログラム素子８を含む光デバイス６とを備える。 - 特許庁

A sensor part arranged on a light receiving surface of a photodetector 120 is irradiated with only signal light of BD light passing through the diffraction regions 118a0 to 118h0, but the signal light does not irradiate gaps of the sensor part.例文帳に追加

光検出器１２０の受光面上に配されたセンサ部には、回折領域１１８ａ０〜１１８ｈ０を通るＢＤ光の信号光のみが照射され、センサ部の隙間に信号光は照射されない。 - 特許庁

In this optical signal processing component 1, light emitted from an end face of an optical fiber 101 is collimated by a first lens 111, made incident on a first diffraction grating element 121, diffracted at an angle of diffraction corresponding to a wavelength in the first diffraction grating element 121, and in addition, diffracted again by a second diffraction grating element 122.例文帳に追加

光信号処理部品１では、光ファイバ１０１の端面より出射された光は、第１レンズ１１１によりコリメートされて、第１回折格子素子１２１に入射し、第１回折格子素子１２１において波長に応じた回折角で回折され、更に、第２回折格子素子１２２において再び回折される。 - 特許庁

To provide a reflection type diffraction grating hologram which can generate X-ray having orbital angular momentum as diffraction wave, can weaken or completely extinguish unnecessary 0-order light, can easily change an emission direction of diffraction wave, further is capable of enlarging a diffraction grating and is easily prepared.例文帳に追加

軌道角運動量を持ったＸ線を回折波として発生させることができ、不要な０次の光を弱める又は完全に消すことができ、回折波の出射方向を容易に変えることができ、さらに、回折格子の拡大化が可能で、作成が容易な反射型回折格子ホログラムなどを提供する。 - 特許庁

In the light-emitting device, it is not necessary to form a diffraction grating in the organic EL element 3 in the process of forming the organic EL device, and a diffraction grating 6b formed with the diffraction grating 6b is formed separately from the organic EL element 3, and this diffraction grating 6b is only adhered closely to an upper face of a protection layer 4.例文帳に追加

有機ＥＬ装置１を構造する過程で有機ＥＬ素子３内に回折格子を形成する必要がなく、回折格子６ｂが形成された回折格子フィルム６を有機ＥＬ素子３とは別個に作成し、この回折格子６ｂを保護層４の上面４ａに密接させれば済むことになる。 - 特許庁

On the diffraction grating layer 25 in a front DFB region S1, a chirp diffraction grating 30 where the lattice spacing changes continuously in the output direction of laser light is formed, and a uniform diffraction grating 31 including a region of constant lattice spacing is formed on the diffraction grating layer 25 in a rear DFB region S2.例文帳に追加

前方ＤＦＢ領域Ｓ１の回折格子層２５には、格子間隔がレーザ光の出力方向に連続的に変化するチャープ回折格子３０を形成し、後方ＤＦＢ領域Ｓ２の回折格子層２５には、格子間隔が一定の領域を含む均一回折格子３１を形成する。 - 特許庁

This optical spectrum analyzer is one improved, having a collimator means for making the light to be measured a parallel light, a diffraction grating splits the parallel light introduced from the collimator according to the incidence angle, and a photodetector detects the light split by the diffraction grating by way of a slit for measuring the spectrum of the light to be measured.例文帳に追加

本発明は、コリメータ手段が被測定光を平行光にし、回折格子がコリメータ手段から入射した平行光を入射角に応じて分光し、回折格子によって分光された光をスリットを介して光検出器で検出して被測定光のスペクトラムを測定する光スペクトラムアナライザに改良を加えたものである。 - 特許庁

The optical pickup device includes a light source unit which emits light, the diffraction element which diffracts the light emitted by the light source unit, and an objective which focuses a (p)th-order diffracted light used to record and reproduce information among a plurality of pieces of diffracted light diffracted by the diffraction element on any one of a plurality of information reording layers formed in the optical recording medium.例文帳に追加

光ピックアップ装置は、光を発生させる光源ユニットと、光源ユニットから発せられる光を回折させる回折素子と、回折素子で回折された複数の回折光のうち情報の記録及び再生に使われるｐ次回折光を光記録媒体に形成された複数の情報記録層のうちいずれか一つにフォーカシングする対物レンズとを含む。 - 特許庁

A light transmission type diffraction grating cap 110 to be attached to tips of optical fibers 120 and 130 comprises a light transmission type diffraction grating section 112, and a fitting section 113 that is disposed integrally with the diffraction grating section 112, fitted with the outer peripheries of the tips of the optical fibers 120 and 130, and positions the diffraction grating section 112 with respect to the tips of the optical fibers 120 and 130.例文帳に追加

光ファイバ１２０，１３０の先端に装着される光透過型の回折格子キャップ１１０であって、光透過型の回折格子部１１２と、この回折格子部１１２と一体的に設けられ前記光ファイバ１２０，１３０の先端外周部と嵌合し前記回折格子部１１２を前記光ファイバ１２０，１３０の先端に対して位置決めする嵌合部１１３とを備える。 - 特許庁

A diffraction grating in accordance with interference fringes of signal light and reference light of interference fringes of signal light themselves is formed by irradiating simultaneously with the signal light and the reference light Fourier-converted so as to focus at the outside of an optical recording medium using the optical recording medium in which a diffraction grating and an absorption grating can be formed by irradiation of light, and the signal light is recorded as hologram.例文帳に追加

光照射により屈折率格子と共に吸収格子を形成可能な光記録媒体を用い、光記録媒体の外部で焦点を結ぶようにフーリエ変換された信号光と参照光とを同時に照射することで、光記録媒体に信号光と参照光との干渉縞または信号光同士の干渉縞に応じた回折格子が形成され、信号光がホログラムとして記録される。 - 特許庁

The light diffusing body which diffuses light is obtained by arranging diffraction grating cells each comprising a diffraction grating formed by disposing plural curves of the same shape nearly parallel to one another in a prescribed direction on a planar substrate comprising a light reflecting or light transmissive material in an array or matrix form.例文帳に追加

光を拡散させる光拡散体において、光反射性または光透過性を有する材質からなる平面状の基板に、同一形状の複数の曲線を所定方向に互いにほぼ平行に並設してなる回折格子から構成される回折格子セルを、アレイ状またはマトリクス状に複数個配設して成る。 - 特許庁

A first photodetection section of a photodetector is composed of a first zero-order diffracted light-receiving part for receiving zero-order diffracted light from a diffraction element 16 in a DVD optical beam and a first first-order diffracted light-receiving part for receiving plus and minus first-order diffracted light from the diffraction element 16 in the DVD optical beam.例文帳に追加

光検出器の第１の光検出部は、ＤＶＤ光ビームにおける回折素子１６からの０次回折光を受光する第１の０次回折光受光部と、ＤＶＤ光ビームにおける回折素子１６からの±１次回折光を受光する第１の１次回折光受光部とから構成される。 - 特許庁

A second photodetection section of the photodetector is composed of: a second zero-order diffracted light-receiving part for receiving zero-order diffracted light from the diffraction element 16 in the CD optical beam; and a second first-order diffracted light-receiving part for receiving plus and minus first-order diffracted light from the diffraction element in the CD optical beam.例文帳に追加

光検出器の第２の光検出部は、ＣＤ光ビームにおける回折素子１６からの０次回折光を受光する第２の０次回折光受光部と、ＣＤ光ビームにおける回折素子からの±１次回折光を受光する第２の１次回折光受光部とから構成されている。 - 特許庁

To provide an optical device which can enhance the diffraction efficiency of incident light relatively in order to reduce influence by optical crosstalk between emitting light from a light emitting element and incident light to a light receiving element, and to provide an optical communication module.例文帳に追加

発光素子からの出射光と受光素子への入射光との光学的なクロストークによる影響を低減するために入射光に関する回折効率を相対的に高めることのできる光学素子及び光通信モジュールを提供する。 - 特許庁

A spatial light modulator 2 modulates light of a light source 1 according to a recording signal, a diffraction grating 3 generates a plurality of diffracted lights of different orders from the light modulated by the spatial light modulator, and the diffracted lights are recorded on a hologram recording medium 4.例文帳に追加

空間光変調器２が光源１の光を記録信号で変調し、回折格子３が空間光変調器により変調された光から、次数が異なる複数の回折光を発生させてホログラム記録媒体４に記録する。 - 特許庁

The waveguide type optical frequency shifter using the surface acoustic wave has a waveguide shape of a light diffraction part to increase a photo-acoustic interaction length of a part undergoing the surface acoustic wave diffraction and has a waveguide after diffraction constituted of a tapered waveguide condensing diffracted light at 1.55 μm band.例文帳に追加

弾性表面波による回折を受ける部位の光音響相互作用長を長くするような光回折部の導波路形状を有し、回折後の導波路を１．５５μｍ帯の回折光を集光可能なテーパ導波路で構成したことを特徴とする弾性表面波を用いた導波路型光周波数シフタ。 - 特許庁

A diffracting position on a semiconductor detector from the central region of a plural-region diffraction grating disposed on a return path of light reflected from a layer of interest is separated from an optical axis by farther than the diffracting position from around the diffraction grating, and thereby stray light from other layers is prevented from being incident into a sensitivity region of a peripheral region of the diffraction grating.例文帳に追加

当該層からの反射光の復路に設置される複数領域回折格子の中心領域からの半導体検出器上の回折位置を回折格子周辺部分からの回折位置より光軸から離すことで、他層からの迷光を回折格子の周辺部領域の感度領域に入射させない。 - 特許庁

The exposure mask including a test mark 7 composed of an asymmetric diffraction grating pattern 10 varying in diffraction efficiency with +1st order light and -1st order light and a reference pattern 20 for obtaining an image which is a reference when measuring the deviation of the image of the asymmetric diffraction grating pattern 10 is used as the exposure for focus measurement.例文帳に追加

フォーカス測定用の露光マスクとして、＋１次光と−１次光とで回折効率の異なる非対称回折格子パターン１０と、非対称回折格子パターン１０の像のずれを測定する際の基準となる像を得るための基準パターン２０とで構成されたテストマーク７を含むものを用いる。 - 特許庁

Regarding the illumination optical system 1 including a light source 11 and a collector lens group 12 for condensing light emitted from the light source 11, a diffraction optical surface (diffraction optical element DOE) is arranged in the collector lens group 12 or near the collector lens group 12.例文帳に追加

本発明は、光源１１と、前記光源１１からの光を集光するコレクタレンズ群１２とを備える照明光学系１において、前記コレクタレンズ群１２内あるいは前記コレクタレンズ群１２の近傍に、回折光学面（回折光学素子ＤＯＥ）を配置して構成される。 - 特許庁

The diffraction grating is relatively inclined to the shape measuring interferometer so that the plus first-order diffracted light or minus first-order diffracted light from the diffraction grating and reference light from a reference optical flat 12 provided inside the Fizeau type interferometer 12 may be overlapped.例文帳に追加

回折格子からの＋１次回折光または−１次回折光と、フィゾー型干渉計１２の内部に搭載されている参照用オプティカルフラット１２からの参照光が重なり合うように、形状計測用干渉計に対して回折格子を相対的に傾ける。 - 特許庁

By forming recesses and projections for constituting a diffraction grating having a two-dimensional shape in either the body of the mark for forming an alignment pattern or the periphery of the mark, diffracted light from the diffraction grating and non-diffracted light are used to enhance light intensity contrast.例文帳に追加

アライメントパターンを形成するマーク本体部と、マーク周辺部のいずれかに、二次元的な形状を有する回折格子を構成する凹凸を設けることにより、回折格子からの回折光と、非回折光とを利用して、光強度コントラストを大きくすることができる。 - 特許庁

The diffraction grating has plural grooves, and the depth of each groove is decided such that 1st order light diffraction efficiency when a first light beam is made incident is larger than that when a second light beam having a wavelength shorter than that of the first is made incident.例文帳に追加

そして、回折格子は、複数の溝が形成されてなり、第１の光ビームが入射する時の１次光回折効率が、第１の光ビームよりも短波長の第２の光ビームが入射する時の１次光回折効率よりも大きくなるように溝深さが決定されている。 - 特許庁

The second return light converged by the second parabolic mirror returnes as a second return light by a second return mirror mechanism 22 so that the wavelength dispersion direction incident on the diffraction grating is the reverse direction to the wavelength dispersion direction of the second return light from the diffraction grating.例文帳に追加

第２の折返しミラー機構２２で、第２の放物面鏡で集光された第２の往路光を第２の復路光として、回折格子に対する入射時の波長分散方向が第２の往路光の回折格子からの出射時の波長分散方向と逆方向になるように折返す。 - 特許庁