Chemical Synthesis of Layered Cobalt Hexamine Cobalt Oxide [Co(NH3)6]0.0605Cs0.107CoO2

碩士 === 國立暨南國際大學 === 應用化學系 === 97 === Layered cobalt hexamine cobalt oxide with a interlayer spacing of d = 9.2 Å was synthesized by ion exchange in room temperature. A meta-stake precursor Cs0.29CoO2‧1.12H2O was prepared by a molten salt method and utilized in the ion exchange reaction. Ion exchange...

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Main Authors: Chei-Wei Chang, 張智瑋
Other Authors: 唐宏怡
Format: Others
Language:zh-TW
Published: 2009
Online Access:http://ndltd.ncl.edu.tw/handle/73250292147603059431
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spelling ndltd-TW-097NCNU05000072016-05-06T04:11:30Z http://ndltd.ncl.edu.tw/handle/73250292147603059431 Chemical Synthesis of Layered Cobalt Hexamine Cobalt Oxide [Co(NH3)6]0.0605Cs0.107CoO2 化學法合成層狀六氨鈷鈷氧化合物[Co(NH3)6]0.0605Cs0.107CoO2 Chei-Wei Chang 張智瑋 碩士 國立暨南國際大學 應用化學系 97 Layered cobalt hexamine cobalt oxide with a interlayer spacing of d = 9.2 Å was synthesized by ion exchange in room temperature. A meta-stake precursor Cs0.29CoO2‧1.12H2O was prepared by a molten salt method and utilized in the ion exchange reaction. Ion exchange with high concentration of cobalt hexamine trichloride solution results a novel hydrogen-bonded structure [Co(NH3)6]0.0605Cs0.107CoO2. With the ability to sustain a greatly expanded structure in oxidation environment, the novel structure provides the opportunities for preparing a series of ions exchanged product and applying as the catalyst matrix for oxidation reaction. The structural stability of this novel compound was characterized by cyclic voltammetry 唐宏怡 2009 學位論文 ; thesis 50 zh-TW
collection NDLTD
language zh-TW
format Others
sources NDLTD
description 碩士 === 國立暨南國際大學 === 應用化學系 === 97 === Layered cobalt hexamine cobalt oxide with a interlayer spacing of d = 9.2 Å was synthesized by ion exchange in room temperature. A meta-stake precursor Cs0.29CoO2‧1.12H2O was prepared by a molten salt method and utilized in the ion exchange reaction. Ion exchange with high concentration of cobalt hexamine trichloride solution results a novel hydrogen-bonded structure [Co(NH3)6]0.0605Cs0.107CoO2. With the ability to sustain a greatly expanded structure in oxidation environment, the novel structure provides the opportunities for preparing a series of ions exchanged product and applying as the catalyst matrix for oxidation reaction. The structural stability of this novel compound was characterized by cyclic voltammetry
author2 唐宏怡
author_facet 唐宏怡
Chei-Wei Chang
張智瑋
author Chei-Wei Chang
張智瑋
spellingShingle Chei-Wei Chang
張智瑋
Chemical Synthesis of Layered Cobalt Hexamine Cobalt Oxide [Co(NH3)6]0.0605Cs0.107CoO2
author_sort Chei-Wei Chang
title Chemical Synthesis of Layered Cobalt Hexamine Cobalt Oxide [Co(NH3)6]0.0605Cs0.107CoO2
title_short Chemical Synthesis of Layered Cobalt Hexamine Cobalt Oxide [Co(NH3)6]0.0605Cs0.107CoO2
title_full Chemical Synthesis of Layered Cobalt Hexamine Cobalt Oxide [Co(NH3)6]0.0605Cs0.107CoO2
title_fullStr Chemical Synthesis of Layered Cobalt Hexamine Cobalt Oxide [Co(NH3)6]0.0605Cs0.107CoO2
title_full_unstemmed Chemical Synthesis of Layered Cobalt Hexamine Cobalt Oxide [Co(NH3)6]0.0605Cs0.107CoO2
title_sort chemical synthesis of layered cobalt hexamine cobalt oxide [co(nh3)6]0.0605cs0.107coo2
publishDate 2009
url http://ndltd.ncl.edu.tw/handle/73250292147603059431
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