生物和化学发光分析技术在生物医学中的应用日益受到重视。
The application of bioluminescent and chemiluminescent analysis technique to biology and medicine increasingly be attached importance.
内容包括化学发光在无机、有机及生物活性物质分析中的应用，化学发光与其它分析技术的联用等，含参考文献113篇。
It included the analysis of inorganic, organic and biological activity materials, as well as the chemiluminescence analysis coupled with other analytical technology etc with 113 references.
利用这种现象，将某些生物体作为生物探测器，应用微弱发光分析技术可以检测水体和大气的污染程度。
Using the phenomenon, Some organism can be used as a biological detector, environment grade of water and air can be examined by ultra weak chemiluminescence analytical technology.
分析了生物超微弱发光的光子图像特点，从而看出对光子图像进行统计研究的必要。
The probability of detection of ultra weak bioluminescence in the photon count imaging system and limit of detection of photon image are discussed.
生物发光法是一种用于分析待检测样品中有无微生物及其数量的方法。
ATP-Bioluminescence method allowed the rapid quantification of microorganisms by measuring their intracellular ATP in the firefly luciferin-luciferase BL reaction.
电致化学发光作为一种分析技术，不仅可用于化学分析，而且正在被越来越多地用于生物检测和传感技术中。
Electrochemiluminescence is not only used in chemical analysis, but also used in bio-detecting and bio-sensing technology at present time.
讨论了生物超微弱发光的统计分布，分析了生物超微弱发光在光子成像系统中的探测概率和光子图像的探测极限。
Image quality is improved. The probability of detection of ultra-weak bioluminescence in the photon count imaging system and limit of detection of photon image are discussed.
讨论了生物超微弱发光的统计分布，分析了生物超微弱发光在光子成像系统中的探测概率和光子图像的探测极限。
Image quality is improved. The probability of detection of ultra-weak bioluminescence in the photon count imaging system and limit of detection of photon image are discussed.
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