phosphorescence analysis

英 [ˌfɒsfəˈresns əˈnæləsɪs] 美 [ˌfɑːsfəˈresns əˈnæləsɪs]

磷光分析

化学



双语例句

  1. Investigation of the Room Temperature Phosphorescence Stabilized by Ion Exchange Resin and Its Application in Analysis
    离子交换树脂增稳的室温磷光特性及分析应用研究
  2. The Study of Correlation between Dynamic Viscosities of Oils in High Temp.& High Speed Road Tests and Phosphorescence Spectrum Analysis
    高温高速行车试验中油品运动粘度与磷谱分析相关性的研究
  3. The Reaction Mechanism of Copper in Phosphorescence Analysis of Thiamine
    铜在硫胺燐光分析中的作用机制
  4. Applications of phosphorimetry including solid substrate phosphorescence, liquid medium phosphorescence, low temperature phosphorescence and phosphorescence sensors were reviewed in pharmaceutical analysis.
    本文评述了固体基质室温磷光、流体介质室温磷光、低温磷光和室温磷光传感器在药物分析中的应用。
  5. This article intends to introduce its application in medicine, chromatographic analysis, fluorescence and phosphorescence, electrochemical analysis, food and environmental protection
    主要介绍了环糊精在医药、色谱分析、荧光和磷光、电化学分析及食品、环保方面的应用
  6. Environmental Behavior of Organic Pollutants by Molecular Luminescence This paper is the first biennial review on luminescence analysis and reviews the advance in the field of molecular luminescence spectrometry in China during the period of 1984-1988, including general fluorescence, phosphorescence, chemiluminescence and bioluminescence analysis.
    荧光光谱法研究有机污染物的环境行为本文是《分析试验室》定期评述专号中发光分析专题的第一篇评述文章。它评述了国内1984~1988年期间发光分析的工作进展。
  7. The combination of liquid phosphorescence with flow injection analysis and chemosensing technique has good advantages in fast, continuous and on line monitoring of medicines.
    流体室温磷光结合流动注射和化学传感技术,在药物的快速连续在线监测方面优势明显。
  8. Fluorescence and phosphorescence phenomena in micellar solution& a new promising scope of trace analysis
    胶束溶液中的荧光和磷光现象&有前途的痕量分析新领域
  9. In the phosphorescence lifetime measurements with pulse method, both the excitation light pulse parameters and initial time selected for intensity decay analysis are crucial to the accurate lifetime calculation.
    脉冲法磷光寿命测量中,激发光脉冲参量(脉冲宽度和形状)、用于磷光强度衰减分析的起始时刻的选取是影响寿命计算准确度的关键因素。
  10. Quenching of luminescence by molecular oxygen is an inherent limitation in fluorescence and phosphorescence analysis, especially for liquid sample.
    分子态氧对发光的猝灭作用,固有地限制着发光分析优良分析特性的实现,特别对液体样品。
  11. Dynamic viscosities of oils at 40 ℃ in high temp.& high speed road tests, as well as results from phosphorescence spectrum analysis are discussed, which reveals a good correlation between them.
    通过高速行车试验中油品的40℃运动粘度和磷谱分析结果的讨论,发现两者具有很好的相关性。
  12. The light intensity of the excitation light and the phosphorescence is simultaneously recorded in terms of gray value by the confocal microscopy system. The phosphorescence lifetime measurement can be realized with time resolved analysis for the phosphorescence intensity decay.
    共焦成像系统以灰度值同时记录了激发光和样品发射磷光的强度变化信息,通过对磷光强度衰减的时间分辨分析,实现对磷光寿命的测量。
  13. Solid substrate room temperature phosphorescence ( SS-RTP) is a testing means that combining with micro-technology and trace analysis. The choice of the solid substrate is the key step, and filter paper is in common use.
    固体基质室温磷光法(SS-RTP)是一种微量技术与痕量分析相结合的测试手段,其核心问题是对固体基质的选择,滤纸是常用基质。