Fabrication and Analysis for Catalyst of DMFC

碩士 === 國立高雄應用科技大學 === 機械與精密工程研究所 === 97 === The method of fabrication DMFC electrode media on this research is using different combined solvent PTFE and Nafion, one to three mass ratio and mixed with XC-72 produce carbon nano ink. Spray and clad cover the carbon cloth with 50 μm film thickness. Appl...

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Main Authors: Kang,Cheng-Yu, 康成裕
Other Authors: Lin,Jau-Wen
Format: Others
Language:zh-TW
Published: 2009
Online Access:http://ndltd.ncl.edu.tw/handle/93814747713707036305
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spelling ndltd-TW-097KUAS86930032017-06-07T04:36:54Z http://ndltd.ncl.edu.tw/handle/93814747713707036305 Fabrication and Analysis for Catalyst of DMFC DMFC觸媒層製作與分析 Kang,Cheng-Yu 康成裕 碩士 國立高雄應用科技大學 機械與精密工程研究所 97 The method of fabrication DMFC electrode media on this research is using different combined solvent PTFE and Nafion, one to three mass ratio and mixed with XC-72 produce carbon nano ink. Spray and clad cover the carbon cloth with 50 μm film thickness. Apply Magnetron Sputter deposition media clad on carbon cloth shell. We also proceed other progress: emersion period as a operation parameter clad different mass quantity (0.072 mg/cm2, 0.144 mg/cm2, 0.216mg/cm2) Pt media to a electric chemical analysis, we can find by increasing media mass content can't strength the adsorption the carbon monoxide stripping on electrode surface. We also made (Pt50Ni50/C, Pt60Ni40/C, Pt70Ni30/C) Pt-Ni twin element electrode media to compare with mono element electrode media. Besides that, by using FE-SEM observe media porosity structure, EDS observe media element and its mapping spectrum. By using XRD analysis, Pt crystal structure is found to be Face-centered cubic (FCC), and the smallest media crystal grain size is calculate to be 4.9nm. Lin,Jau-Wen 林昭文 2009 學位論文 ; thesis 89 zh-TW
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language zh-TW
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description 碩士 === 國立高雄應用科技大學 === 機械與精密工程研究所 === 97 === The method of fabrication DMFC electrode media on this research is using different combined solvent PTFE and Nafion, one to three mass ratio and mixed with XC-72 produce carbon nano ink. Spray and clad cover the carbon cloth with 50 μm film thickness. Apply Magnetron Sputter deposition media clad on carbon cloth shell. We also proceed other progress: emersion period as a operation parameter clad different mass quantity (0.072 mg/cm2, 0.144 mg/cm2, 0.216mg/cm2) Pt media to a electric chemical analysis, we can find by increasing media mass content can't strength the adsorption the carbon monoxide stripping on electrode surface. We also made (Pt50Ni50/C, Pt60Ni40/C, Pt70Ni30/C) Pt-Ni twin element electrode media to compare with mono element electrode media. Besides that, by using FE-SEM observe media porosity structure, EDS observe media element and its mapping spectrum. By using XRD analysis, Pt crystal structure is found to be Face-centered cubic (FCC), and the smallest media crystal grain size is calculate to be 4.9nm.
author2 Lin,Jau-Wen
author_facet Lin,Jau-Wen
Kang,Cheng-Yu
康成裕
author Kang,Cheng-Yu
康成裕
spellingShingle Kang,Cheng-Yu
康成裕
Fabrication and Analysis for Catalyst of DMFC
author_sort Kang,Cheng-Yu
title Fabrication and Analysis for Catalyst of DMFC
title_short Fabrication and Analysis for Catalyst of DMFC
title_full Fabrication and Analysis for Catalyst of DMFC
title_fullStr Fabrication and Analysis for Catalyst of DMFC
title_full_unstemmed Fabrication and Analysis for Catalyst of DMFC
title_sort fabrication and analysis for catalyst of dmfc
publishDate 2009
url http://ndltd.ncl.edu.tw/handle/93814747713707036305
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AT kāngchéngyù fabricationandanalysisforcatalystofdmfc
AT kangchengyu dmfcchùméicéngzhìzuòyǔfēnxī
AT kāngchéngyù dmfcchùméicéngzhìzuòyǔfēnxī
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