| Determination of the fluorescence lifetime of glyoxal(C_2H_2O_2)water solution by beconvolution |
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| 作者姓名： | Wenbin Gao |
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| 作者单位： | Wenbin Gao (Hangzhou Institute of Electronics Engineering，Hangzhou，310012，PRC)
Naiguang Wang (Anhui Institute of optics and Fine Mechanics，Academia Sinica，Hefei，230031) |
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| 摘 要： | This paper reports that the actual fluorescence lifetime 7.64±0.06ns of a10％-glyoxal water solution is determined for the first time from the laser-induced fluores-cence decay curve detected by the system with a response time in the order of magnitude ofnanosecond and processed by deconvolution on combination with phase plane method and iter-ative convolution method.The experimental method presented in this paper is regarded as aneffective method for measuring the fluorescence lifetime in nanoseconds or even in sub-nanoseconds by means of a detecting system with an order of magnitude of nanosecond.
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| 收稿时间： | 1991/4/8 |
Determination of the fluorescence lifetime of glyoxal (C_2H_2O_2) water solution by beconvolution |
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| Wenbin Gao.Determination of the fluorescence lifetime of glyoxal(C_2H_2O_2)water solution by beconvolution[J].中国激光(英文版),1992,1(2):159-164. |
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| Authors: | Wenbin Gao |
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| Abstract: | This paper reports that the actual fluorescence lifetime 7.64±0.06ns of a10％-glyoxal water solution is determined for the first time from the laser-induced fluores-cence decay curve detected by the system with a response time in the order of magnitude ofnanosecond and processed by deconvolution on combination with phase plane method and iter-ative convolution method.The experimental method presented in this paper is regarded as aneffective method for measuring the fluorescence lifetime in nanoseconds or even in sub=nanoseconds by means of a detecting system with an order of magnitude of nanosecond. |
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| Keywords: | fluorescence lifetime deconvolution phase plane method iterative convolution method |
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