Implementation of nano-polymer grating component through blue light laser
碩士 === 南台科技大學 === 電子工程系 === 95 === In this research, it composed of photolithography and soft molding to create a novel fabrication technology. And then it associated with holographic interference lithography to produce a Nano-polymer Bragg grating component. In this fabrication, we primarily ut...
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ndltd-TW-095STUT04280542016-11-22T04:13:18Z http://ndltd.ncl.edu.tw/handle/67961445400227239138 Implementation of nano-polymer grating component through blue light laser 以藍光雷射製作奈米高分子光柵光件 Chiung-Cheng Wang 王烱程 碩士 南台科技大學 電子工程系 95 In this research, it composed of photolithography and soft molding to create a novel fabrication technology. And then it associated with holographic interference lithography to produce a Nano-polymer Bragg grating component. In this fabrication, we primarily utilize blue light laser and He-Cd laser along with the photolithography and holographic interference lithography to produce diffraction grating components. Moreover, the formed diffraction grating component would combine with micro-contact printing of non-photolithographic, micro-molding in capillaries and replica molding to fabricate the molding of a polymer grating component. In the research, we measured and recorded the experiment results of polymer OG grating molding by AFM. The optical characteristics of grating are measured by blue light laser and He-Cd laser. The highest diffraction efficiency of blue light laser in single side of the first order has achieved 2%. The highest diffraction efficiency of He-Cd laser in single side of the first order has achieved 10%. Both of them inferred transmission rate of component are already reached 98%. Wen-Chung Chang 張文俊 2007 學位論文 ; thesis 47 zh-TW |
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碩士 === 南台科技大學 === 電子工程系 === 95 === In this research, it composed of photolithography and soft molding to create a novel fabrication technology. And then it associated with holographic interference lithography to produce a Nano-polymer Bragg grating component.
In this fabrication, we primarily utilize blue light laser and He-Cd laser along with the photolithography and holographic interference lithography to produce diffraction grating components. Moreover, the formed diffraction grating component would combine with micro-contact printing of non-photolithographic, micro-molding in capillaries and replica molding to fabricate the molding of a polymer grating component.
In the research, we measured and recorded the experiment results of polymer OG grating molding by AFM. The optical characteristics of grating are measured by blue light laser and He-Cd laser. The highest diffraction efficiency of blue light laser in single side of the first order has achieved 2%. The highest diffraction efficiency of He-Cd laser in single side of the first order has achieved 10%. Both of them inferred transmission rate of component are already reached 98%.
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Wen-Chung Chang |
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Wen-Chung Chang Chiung-Cheng Wang 王烱程 |
author |
Chiung-Cheng Wang 王烱程 |
spellingShingle |
Chiung-Cheng Wang 王烱程 Implementation of nano-polymer grating component through blue light laser |
author_sort |
Chiung-Cheng Wang |
title |
Implementation of nano-polymer grating component through blue light laser |
title_short |
Implementation of nano-polymer grating component through blue light laser |
title_full |
Implementation of nano-polymer grating component through blue light laser |
title_fullStr |
Implementation of nano-polymer grating component through blue light laser |
title_full_unstemmed |
Implementation of nano-polymer grating component through blue light laser |
title_sort |
implementation of nano-polymer grating component through blue light laser |
publishDate |
2007 |
url |
http://ndltd.ncl.edu.tw/handle/67961445400227239138 |
work_keys_str_mv |
AT chiungchengwang implementationofnanopolymergratingcomponentthroughbluelightlaser AT wángjiǒngchéng implementationofnanopolymergratingcomponentthroughbluelightlaser AT chiungchengwang yǐlánguāngléishèzhìzuònàimǐgāofēnziguāngshānguāngjiàn AT wángjiǒngchéng yǐlánguāngléishèzhìzuònàimǐgāofēnziguāngshānguāngjiàn |
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