平行波長の英語

平行平板２は、波長６５０ｎｍの光を反射しかつ波長７８０ｎｍの光を透過する第１波長選択膜２４、光を透過する基板２３および波長７８０ｎｍの光を反射する第２波長選択膜２２を順に含む。例文帳に追加

A parallel flat plate 2 includes a first wavelength selecting film 24 for reflecting the laser beam of 650 nm wavelength and transmitting the laser beam of 780 nm wavelength, a substrate 23 for transmitting a light, and a second wavelength selecting film 22 for reflecting the laser beam of 780 nm wavelength in this order. - 特許庁

次いで、前記Ｘ線を分光器に入射させ、前記Ｘ線から波長及び波長幅を選択するとともに、平行光となった平行Ｘ線を生成する。例文帳に追加

Subsequently, X rays are thrown on a spectroscope not only to select a wavelength and wavelength width from the X rays but also to form parallel X rays becoming parallel light. - 特許庁

次いで、前記Ｘ線を分光器に入射させ、前記Ｘ線から波長及び波長幅が選択されるとともに、平行光となった平行Ｘ線を生成する。例文帳に追加

Next, the X-ray is injected into a spectrometer, a wavelength and a wavelength width are selected from the X-ray, and a parallel X-ray that has become a parallel light is generated. - 特許庁

基本波を波長変換素子に入射するための精密な位置合わせが不要であり、平行ビーム化および回折限界の集光が可能で、且つ、波長の高効率変換が可能な波長変換装置の提供。例文帳に追加

To provide a wavelength conversion device which dispenses with precise alignment for making fundamental harmonics incident on a wavelength conversion element, and which realizes turning into parallel beam and diffraction-limited focusing and further converts a wavelength with high efficiency. - 特許庁

複数の電磁シールド層２を平行配置して形成し、該各電磁シールド層２相互の離間距離Ｌは、透過させたい特定波長の電波の半波長に、あるいはその半波長の整数倍に設定する。例文帳に追加

A plurality of electromagnetic shield layers 2 are arranged in parallel and formed, and the mutual clearance L of each electromagnetic shield layer 2 is set in the half-wavelength of radio waves having the specific wavelength to be transmitted or the integral times of the half-wavelength. - 特許庁

この色分解された波長λ_１、波長λ_２および波長λ_３の光は、第２の色分解板１０３のダンマン回折格子４０２および４０３により平行光にされて第２の色分解板１０３から出射される。例文帳に追加

The color-separated light beams, having the wavelengths λ_1, λ_2 and λ_3, are made parallel with Dammann-type diffraction gratings 402 and 403 of a second color separation plates 103 and emitted from a second color separation plate 103. - 特許庁

波長フィルタ１６０にて反射又は透過した受信信号光のうち所望の波長帯の光を透過させる波長フィルタ１６１と、波長フィルタ１６０にて反射又は透過した受信信号光を平行光に近づけて波長フィルタ１６１に入射させる平行光化部（コリメートレンズ１８０）を有する。例文帳に追加

Further, the module has a wavelength filter 161 which causes light of a desired wavelength range to be transmitted out of the received signal light reflected on or transmitted through the wavelength filter 160, and a collimation part (collimator lens 180) which causes the received signal light reflected from or transmitted through the wavelength filter 160 to be made approximately parallel light and to be incident on the wavelength filter 161. - 特許庁

波長変換素子の出力側には、波長変換素子から出射する波長変換された出射光を円筒状の平行光束にするためのアキシコンレンズ６６と、円筒状の平行光束を限界集光するための第１凸レンズ６８とを具えている。例文帳に追加

On the output side of the wavelength converting element, an axicon lens 66 to transform wavelength-converted emitted light emitted from the wavelength converting element into a cylindrical parallel beam, and a first convex lens 68 to focus the cylindrical parallel beam in a diffraction limited manner are equipped. - 特許庁