光谱技术

• Emphasizing the application of the photoacoustic spectroscopy ( pas ) technique in biology and medical , the development of the pas technique is summarized at the first part of the dissertation
  本论文第一部分概述了光声光谱技术的发展，尤其是光声光谱技术在生物医学上的应用。
• With the development of fiber technology , spectroscopy , information engineering and computer technology , there are increasing interests in the development of fiber gas sensor in the recent years
  光纤氧气传感是20世纪80年代初由光纤技术、光谱技术、信息技术和计算机技术相互交叉、渗透而形成的新传感技术。
• The gemological application of ir reflectance spectroscopy and the identification system of ir spectra of gems , including a database of 318 spectra and a searching and identifying program , are described in this paper
  本文介绍红外反射光谱技术的宝石学应用和包含318个光谱的数据库以及检索、鉴定程序的宝石红外光谱鉴定系统。
• In this paper , the interaction mechanism between phentolamine mesylate and bovine hemoglobin is investigated by using fluorescence spectroscopy technology , the binding constant and numbers of binding sites are confirmed
  本文用荧光光谱技术研究了甲磺酸酚妥拉明与牛血红蛋白的相互作用机理，确定了相互作用的结合常数及结合位点数。
• Photothermal radiometry ( ptr ) is based on photoacoustic ( pa ) technology . it is a new detection technique with high sensitivity and without damaging effects . it is applied in many fields
  光热辐射(简称ptr )技术是在光声光谱技术(简称pa )基础上发展起来的一种新型检测技术,由于其有高灵敏度、无损伤的优点,因此在各方面的应用极为广泛。
• After improving , the effect of the beam splitter is removed , all the data measured can be compared together . the digital spectrum data is convenient for the implementation of the differential spectroscopy
  改进后的归一化方法消除了分光镜的影响，每次测量的数据具有可比性，实现了光谱数据的数字化，为导数光声光谱技术的实现准备条件。
• In chapter one of this dissertation the development history n characters and application of binary optics are reviewed . and the development , principles , classification and application of hyperspectral imaging technology are introduced
  本文第一章概述了二元光学的发展概况，二元光学元件的特点和应用，及成像光谱技术的基本原理、基本仪器类型。
• The investigators describe development of a new form of raman spectroscopy , a mainstay tool for identifying molecules , which can probe deep layers of material that are well beyond the reach of conventional raman spectroscopy
  研究者介绍了一项新的喇曼光谱技术，这是用于检测的主要工具，该技术能探测到物质材料的深层，而普通光谱分析则已经达到了探测极限。
• In chapter six simple experimental prototype is designed and fabricated and experiments concerned are performed with it which demonstrate the basic theory and algorithms of binary optic hyperspectral imaging technology . finally , suggestions for future work are presented
  第六章介绍了利用二元光学轴向色散的凝视光谱成像实验装置的设计，制备和试验情况，得到了较好的试验结果，验证了二元光学成像光谱技术的基本原理和算法。