赤外光散乱の英語

発光素子から赤外域の妨害光が放出され、当該妨害光は散乱性透過膜を介して観客空間に入射する。例文帳に追加

An interference light of an infrared range is emitted from the light emitting elements so that the interference light is incident on an audience space via the scattering transmission film. - 特許庁

可視光から近赤外光の光散乱能に優れた、新規な酸化チタン粒子の製造方法を提供する。例文帳に追加

To provide a method for producing a new titanium particle having excellent light-scattering properties in the range of visible to near-infrared light. - 特許庁

赤外光学素子用材料１０４の透過時に赤外透過無機粒子１０１〜１０３による赤外光の散乱を適度に抑制できるように、赤外透過無機粒子１０１〜１０３の粒度分布が調整されている。例文帳に追加

The particle size distribution of the IR transmitting inorganic particles 101 to 103 is adjusted so as to appropriately suppress scattering of IR light by the IR transmitting inorganic particles 101 to 103 when the material 104 for IR optical elements transmit light. - 特許庁

FTIR方式では散乱体の散乱角度特性のために接触位置によって検出される赤外光に強度差が生じ、それが原因で入力精度が低下すること。例文帳に追加

To provide an input device that solves a problem that, in the FTIR method, scattering angle characteristics of a scatterer causes the intensity difference of infrared light detected at a contact location, which results in reduction of the input accuracy. - 特許庁

フランジは、内部に微粒子が添加され、該微粒子によってフランジを透過した赤外光が散乱される構造を有していることが好ましい。例文帳に追加

The flange preferably has a structure in which particulates are added and infrared light transmitted through the flange by the particulates is scattered. - 特許庁

テラヘルツ波濾波材の赤外線レーザ光入射側表面に、赤外線レーザ光の波長程度の粗さの赤外光散乱層を形成したテラヘルツ波濾波器を備える。例文帳に追加

The terahertz wave generating device has a terahertz wave filter which is formed with an infrared light scattering layer on a surface on incident side of the infrared laser light of a terahertz filtering material, the layer having a roughness of about a wavelength of the infrared laser light. - 特許庁

各センサＳＲ１〜ＳＲ８は、赤色光発光素子１４と、赤外光発光素子１５と、これらの光の生体組織による散乱光を受光する単一の受光素子１６とを含む。例文帳に追加

Each sensor SR1-SR8 comprises a red light emitting element 14, an infrared ray emitting element 15 and a single light receiving element 16 for receiving the scattered light by the tissues of these lights. - 特許庁

赤外線領域を含まない紫外線を照射した後に波長領域の広い紫外線を照射することで、未重合モノマーの残存をほぼ無くすことができ、液晶の駆動電圧の上昇や光散乱時の散乱度低下を防ぐことができる。例文帳に追加

Since irradiation with ultraviolet rays in the wider wavelength region is performed after irradiation with ultraviolet rays not including the infrared region, the unpolimerized monomer scarcely remains and the rise of the driving voltage for liquid crystal and the reduction in degree of light scattering can be prevented. - 特許庁