Abstract
The laser fluorometer developed in 1987 has been used in real circumstances for trace uranium analysis. And, we have been trying to improve the instrument to be able to apply in analytical circumstances of remote measurement using optical fiber. The N{sub 2} laser beam and the resulting fluorescence light could be successfully transmitted through a quartz-made optical fiber. The wavelength resolution and the fluorescence decay time resolution induced by pulsed N{sub 2} laser were used to the uranium fluorescence analyses. The fluorescence of uranium in nitric acid medium was measured successfully using the system. The fluorescence signal was analysed using simplex method which is useful to deconvolute the mixed signals. An analytical method using thermal lens effect was developed. The method will be a complementary one for the fluorescence measurement. (Author).
Shin, Jang Soo;
Kim, Duck Hueon;
Lee, Soo Ho
[1]
- Korea Atomic Energy Res. Inst., Taejon (Korea, Republic of)
Citation Formats
Shin, Jang Soo, Kim, Duck Hueon, and Lee, Soo Ho.
Applications of optical fiber to the remote fluorescence analysis.
Korea, Republic of: N. p.,
1992.
Web.
Shin, Jang Soo, Kim, Duck Hueon, & Lee, Soo Ho.
Applications of optical fiber to the remote fluorescence analysis.
Korea, Republic of.
Shin, Jang Soo, Kim, Duck Hueon, and Lee, Soo Ho.
1992.
"Applications of optical fiber to the remote fluorescence analysis."
Korea, Republic of.
@misc{etde_10112184,
title = {Applications of optical fiber to the remote fluorescence analysis}
author = {Shin, Jang Soo, Kim, Duck Hueon, and Lee, Soo Ho}
abstractNote = {The laser fluorometer developed in 1987 has been used in real circumstances for trace uranium analysis. And, we have been trying to improve the instrument to be able to apply in analytical circumstances of remote measurement using optical fiber. The N{sub 2} laser beam and the resulting fluorescence light could be successfully transmitted through a quartz-made optical fiber. The wavelength resolution and the fluorescence decay time resolution induced by pulsed N{sub 2} laser were used to the uranium fluorescence analyses. The fluorescence of uranium in nitric acid medium was measured successfully using the system. The fluorescence signal was analysed using simplex method which is useful to deconvolute the mixed signals. An analytical method using thermal lens effect was developed. The method will be a complementary one for the fluorescence measurement. (Author).}
place = {Korea, Republic of}
year = {1992}
month = {Dec}
}
title = {Applications of optical fiber to the remote fluorescence analysis}
author = {Shin, Jang Soo, Kim, Duck Hueon, and Lee, Soo Ho}
abstractNote = {The laser fluorometer developed in 1987 has been used in real circumstances for trace uranium analysis. And, we have been trying to improve the instrument to be able to apply in analytical circumstances of remote measurement using optical fiber. The N{sub 2} laser beam and the resulting fluorescence light could be successfully transmitted through a quartz-made optical fiber. The wavelength resolution and the fluorescence decay time resolution induced by pulsed N{sub 2} laser were used to the uranium fluorescence analyses. The fluorescence of uranium in nitric acid medium was measured successfully using the system. The fluorescence signal was analysed using simplex method which is useful to deconvolute the mixed signals. An analytical method using thermal lens effect was developed. The method will be a complementary one for the fluorescence measurement. (Author).}
place = {Korea, Republic of}
year = {1992}
month = {Dec}
}