near infrared light 中文意思是什麼

near infrared light 解釋
近紅外光
  • near : adv 1 近 接近 鄰接 （opp far）。2 〈口語〉幾乎 差不多 將近。3 節省地。prep 接近 在…的近旁；快要。...
  • infrared : adj 【物理學】紅外線的；紅外區的；產生紅外輻射的；對紅外輻射敏感的。 an infrared detector 【軍事...
  • light : n 1 光，光線；光明，亮光 （opp darkness） Hang the picture in a good light 把那幅畫掛在能看清楚的...
  1. Determination of anionic surfactant by a resonance light - scattering technique using a near - infrared cationic cyanine

    近紅外花菁共振光散射法測定陰離子表面活性劑
  2. At first, the principle and technique employed in transmittance oxymetry is analyzed. the lambert - beer law and the difference in extinction coefficient of components in tissues relate to different light wavelength is applicable in reflectance oximetry as well as in transmittance oximetry, as both are relate to near - infrared spectroscopy

    本文在深入了解透射式血氧飽和度測定原理及其方法之後，首先明確用近紅外光譜法測定組織血氧飽和度時，無論是透射式檢測手段還是反射式檢測，其依據的基本原理都是lambert - beer定律和組織中各成分對應不同波長光的吸收系數的差異。
  3. Hydrogen, fluorin, carbon and oxygen are familiar elements in ps confirmed by different experiments. porous silicon can radiate strong near infrared, visible and near ultraviolet light, but whole s band is most interested in

    經過陽極化處理后得到的多孔硅能發射較強的近紅外、可見和近紫外光，而人們最關注的是ps在整個可見光波段（ sband ）的發光。
  4. Optical tomography ( ot ) is an imaging modality with the near infrared light as sources for the optical parameters such as the scattering and absorption coefficients of tissues

    光學層析成像技術利用近紅外光作為探測光源，對生物組織的光學特性參數（如散射系數和吸收系數）進行成像。
  5. Porous silicon ( ps ) is a new type silicon - based material developed in recent years, which has different properties compared with the crystalline materials. porous silicon can luminescence efficiently across the whole range from the near infrared, through the visible region, to the near uv region. this characteristic makes it possible to fabricate light - emitting devices and solve the key problem of the optoelectronic integrated circuit ( qeic ), opening up the bright future for the vlic

    多孔硅（ ps ）是近年來發展起來的一種新型硅基材料，具有與單晶硅材料大不相同的特性，例如，多孔硅可在近紅外和可見，甚至近紫外區輻射強烈的熒光，使得它可用來製造發光器件，並可望在解決光電子集成電子學的關鍵問題，為製造帶有光源的大規模集成電路等方面開辟新的途徑。
  6. The influence of environmental light on the near - infrared laser raman spectra was studied in determination for pe plastics

    摘要探討了環境光自然光和室內熒光燈光的存在，對pe透明塑料薄膜的近紅外激光拉曼光譜的影響。
  7. With the rapid development of optical fiber communication technology, low - cost and high quality near infrared laser and light emitted diode working at room temperature become widely available. the emit wavelength from these light resource is not only consistent with the three low - decay windows of fiber optics, but also with many wide - frequency or recombination absorption spectrum of environmental and industrial gases

    光纖通信技術的發展使相對低價、工作于常溫、高質量的近紅外激光器和發光二極體可廣泛獲得，這些發光光源的發射波長與光纖的三個低損耗窗口相一致，也與許多環境和工業氣體的泛頻或復合吸收譜線相一致。
  8. Only radio, near-infrared, and visible light waves can be studied within the earth's atmosphere.

    在地球的大氣層以內，只能對射電波、近紅外波和可見光波進行研究。
  9. One of the pilots can be heard yelling, after the plane ' s crew switched on an infrared camera to track the objects, first picked up by radar. the film, recorded by a plane looking for drugs near the gulf of mexico, shows 11 objects as blobs of light that

    這段錄像是由一架在墨西哥灣附近搜索非法販毒交易的飛機時拍攝下來的，從中可以看到11個燈泡狀的不明飛行物排成隊形在空中盤旋或是快速地飛來飛去，有時又消失在雲端。
  10. The wavelength of laser for researching is concentrated on the ultraviolet, near infrared and visible light, whereas the wavelength in the range of middle infrared and far infrared is little researched

    研究的激光波段主要集中在紫外、可見光和近紅外波段。而對中遠紅外波段的研究較少。
  11. Based on near - infrared spectroscopy ( nirs ), optical ct gains optical properties of the tissue by measurements of the nir light fluence

    根據生物組織在「光譜窗」內的光學特性，光學ct利用光在組織中的傳播效應來獲得組織的生理狀態。
  12. It emits near - infrared energy and measures whether any significant amount of the ir light is returned

    它發出接近紅外線的能量並測量有沒有相當多的紅外線返回。
  13. Using the eye - gaze distinguishing and tracking method based on the image processing technique, the position relationship between pupil center and glint which produced by the corneal reflection and the near - infrared light was analyzed, the fixation point of the eye - gaze on display screen was deduced, and the mouse accuracy by eye - controlled in the screen may achieve to 40 pixels

    摘要利用基於圖像處理技術的視線方向識別、跟蹤方法，通過近紅外光線在眼睛角膜反射產生的光斑和瞳孔中心的位置關系來確定視線方向，推導出人眼在計算機屏幕上的注視點，進而實現人眼對鼠標的定位與操作，其在顯示屏上定位精度可達到40 40像素。
  14. One of the key techniques is the detection of near infrared ( 1310nm and 1550nm ). because the quantum key is transmitted by one photon, and 1310nm and 1550nm infrared are the lost loss wavelength in fiber. we can detect the visible light now, but it is difficult to detect the near infrared because of its low energy

    量子通信的關鍵技術之一就是紅外（ 1310nm 、 1550nm ）單光子探測，這是因為光量子密鑰傳輸是採用單個光子來實現的， 1 . 3微米和1 . 5微米是現在所使用的光纖通信中損耗最小的波長，現有成熟的單光子探測器工作波長都是在可見光波段，而紅外光子因為能量小，信號非常微弱，極易被噪聲淹沒，因而非常難探測到。
  15. Near - infrared light source and detector were located on the surface of the fat and a part of the photons reflected by the two - layered structure of the tissue were detected

    將近紅外光源和檢測器置於脂肪的表面，由光源發出被兩層組織反射的光子的一部分由檢測器所接收。
  16. Porous silicon can luminescence efficiently across the whole range from the near infrared, through the visible region, to the near uv region. this characteristic makes it possible to fabricate light - emitting devices and solve the key problem of the optoelectronic integrated circuit ( oeic ), opening up the bright future for the very large integrated circuit ( vlic )

    多孔硅可在近紅外和可見，甚至在近紫外光區輻射強烈的熒光，使得它可用來製造發光器件，並可望能用來解決光電子集成電路的關鍵問題，為製造帶有光源的大規模集成電路?光電集成方面開辟新的途徑。
  17. Recent surveys of the sky in near - infrared light, which penetrates the dust clouds that block our view of the galactic core, have revealed the bar directly and dispelled the remaining doubts

    近紅外光可穿透擋住我們視線的塵雲，而最近的近紅外光巡天觀測銀河系核心的結果，直接顯現了棒狀結構，也就排除了其他的可能。
分享友人
分享到 Line

分享到臉書