光学全息的英文

• optical holography

• "光学"英文翻译    optics; photology; photics
• "全息"英文翻译    holographic
• "光学全息术" 英文翻译 :    optical holography
• "光学全息图" 英文翻译 :    optical hologram
• "光学全息干涉测量技术" 英文翻译 :    optical holographic interferometry
• "光学全息原理与应用" 英文翻译 :    principles and applications of optical holography
• "声学全息术" 英文翻译 :    acoustic holography
• "声学全息；声波全息照相" 英文翻译 :    acoustic holography
• "全息光学元件" 英文翻译 :    hoe holographic optical element; holographic optical elements (hoe); holographic optics element
• "曲面全息光学元件" 英文翻译 :    curved holographic optical element
• "高学全" 英文翻译 :    xue-quan gao
• "曲面反射式全息光学元件" 英文翻译 :    curved reflection hoe
• "全息" 英文翻译 :    [光学] holographic◇全息电视 hologram television; holographic television; 全息电影 holographic movie
• "化学全分析" 英文翻译 :    bulk chemical analysis; full chemical analysis
• "化学全同" 英文翻译 :    chemical equivalence
• "文学全集" 英文翻译 :    ds bungaku zenshuu
• "化学全量分析" 英文翻译 :    complete chemical analysis
• "光学" 英文翻译 :    [物理学] optics; photology; photics 非线性光学 nonlinear optics; 几何光学 geometrical optics; 光学安培计 [电工] optical ammeter; 光学比较仪 optical comparator; optimeter; 光学玻璃 [材料] optical glass; spectralite; 光学玻璃纤维 optical glass fibre; 光学材料 [材料] optical material; 光学唱机 [电子学] optical sound reproducer; photographic sound reproducer; 光学成像 optical imagery; 光学处理 photoprocess; 光学传感器 optical pickoff; optical sensor; 光学导航 optical guidance; 光学分析 [光学] optical analysis; 光学家 opticist; optician; 光学录音 optical sound recording; optical recording; 光学录音机 photographic sound recorder; 光学取样 optical sampling; 光学扫描 optical scan; 光学通信 [讯] optical communication; 光学图像 optical image; 光学望远镜 optical telescope; 光学谐振腔 optical resonant cavity; optical resonator; 光学性能 optical property; optical quality; 光学性质 optical property; 光学仪器 optical instrument; 光学印刷 projection printing; 光学印刷机 optical printer; 光学影像 optical image
• "全息术，全息学" 英文翻译 :    holographyp
• "两所大学全面介绍" 英文翻译 :    cn tower
• "万密斋医学全书" 英文翻译 :    wan mizhai yixue quanshu wan mizhai's complete medical book
• "徐灵胎医学全书" 英文翻译 :    xu lingtai yixue quanshu xu lingtai's complete medical book
• "非全息" 英文翻译 :    non-holographic
• "全息的" 英文翻译 :    holographic
• "全息卡" 英文翻译 :    holocard

• Digital holography is an active research topic
  数字全息是当前光学全息术研究的一个热点。
• In the thesis , the theorical background and methods of numerical reconstruction are introduced , the theorical background for numerical reconstruction in digital holography is scalar diffraction theory
  数字重现技术以标量衍射理论为其理论基础，与传统的光学全息一样，数字重现也分两个步骤：记录和再现。
• It indicates that digital holographic interferometry is a coherent optical technique , which allows the direct access to the interference phase . the measured interference phase contains information of the object field and its changes , so we can get the parameters changes according to the measured interference phase
  指出，数字全息干涉术可以直接计算得到干涉相位差，并由干涉相位差准确地恢复出物场的待测物理参数，取得比光学全息干涉术更高的测量精度。
• Digital holography is a novel imaging technique which uses high - resolution ccd - cameras as hologram recording medium and reconstructs the image with numerical method . it involves optical holography , computer science , electronic technology and digital image processing . in recent years , particle analysis with digital in - line holography is an active research field
  数字全息术用ccd记录全息图，以数值的方法再现全息图，它综合了光学全息原理、计算机技术、电子技术以及图像处理技术，是一种新颖的全息成像技术，具有处理简便、对实验环境要求较低、可实现准实时处理等优点。
• Digital holography is a new imaging technique that uses a charge coupled device ( ccd ) camera for hologram recording and a numerical method for hologram reconstruction . this paper presents the concept and underlying theory for digital holography and its applications in 3 - d object reconstruction and optical metrology
  数字全息术以ccd等光电探测器件记录全息图，用数值方法再现全息图，它是综合光学全息原理和计算机技术、电子技术以及数字图像处理技术发展起来的一种新型全息成像技术。
• ( 4 ) applications of digital holography in optical metrology are briefly discussed . we also present the fundamental principles of digital holographic interferometry and the two ways to realize it . and also the difference between digital holographic interferometry and optical holographic interferometry is considered
  ( 4 )阐述了数字全息干涉术的基本原理和两种实现方法，讨论了其与传统光学全息干涉术之间的联系与区别，并根据数字全息术自身的特点，讨论了诸如相位倍增因子等提高全息干涉计量精度的方法。