長餘暉夜光熱致發光的溫差研究

林上軒

doi:10.6341/fcu.M0213566

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長餘暉夜光熱致發光的溫差研究

The Study of Thermoluminescence Behavior of an Afterglow Luminescent Material

林上軒 , Masters　　Advisor：黃逸萍　　

繁體中文 DOI： 10.6341/fcu.M0213566

長餘暉夜光；定溫實驗；變溫試驗；溫差；能量

Abstract │ Reference (50) │ Altmetrics

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The fast growing development related material in recent year makes it as mature status now , however,there is still much room in terms of application as well as material process.
This study applies UV resin as a medium to form afterglow luminous patches for experimental work,and also provides some new working process to improve the associate experimental tests.The applicable temperature used here is between 10 to 70 in which to study the decay curve behaviors appear before to minutes after irrated. The optional temperature and behavior for use in sorted out.The use of increase as well as decrease temperature to examine the associate luminous change in a patch is included in the study. The possibility of light energy reservation is discussed via thermoluminescence characteristic of the test samples.The use of increase as well as decrease temperature to examine the associate luminous change in a patch is included in the study. The possibility of light energy reservation is discussed via thermoluminescence characteristic of the test samples.From experimental test results shows that increase temperature can irrate more light, and opposite is true for reducing temperature. This study demonstrates that in the after glow process, one can reduce the temperature of an object to obtain better result. It seems that the total lighting energy in an object remains constant no matter below to change environmental temperature after been irrated.

Reference ( 50 ) 〈TOP〉

1. S. Kang, J. Park, B. Cha, S. Cho, J. Shin, K. Lee and S. Nam, “Radiation detector based on liquid crystal light valve for large-area imaging applications”, Nuclear Instruments and Methods in Physics Research Section A: Accelerators, Spectrometers, Detectors and Associated Equipment ,no.11, June 2007, pp69–75.
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3.卓遵天，“夜光標示及3L緊急照明系統”，工業安全衛生， 103 期 1998 年，第48–51頁。
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7.Selvin Yesilay Kaya,Erkul Karacaoglu,and Bekir Karasu, " Effect of ratio on the luminescence properties of phosphors",Ceramics International,July 2012,pp.3701-3706.
連結：
8.Huajie Song, Donghua Chen, Wangjun Tang, and Yuhua Peng," Synthesis of phosphor by combustion method and its phosphorescence properties", Displays, Jan.2008,pp.41-44.
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of co-doped long-persistent phosphors synthesized with a solid-state method", Journal of Molecular Structure,July 2013, pp 87-93.
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