The spectra analysis of H3+、H2+、H+ ion-bombarded on H2O、D2O ices in different ion energy

碩士 === 國立中央大學 === 機械工程研究所 === 95 === Our planetary system is composed of the collapse of dense molecular cloud, and the dense molecular cloud is composed of gases and sub-micrometer sized grains. In the low-temperature environment in the outer space, gases form into ice on the grains. Therefore, we...

Full description

Bibliographic Details
Main Authors: Ming-tsumg Tasi, 蔡銘聰
Other Authors: 李雄, 李敬萱
Format: Others
Language:zh-TW
Published: 2007
Online Access:http://ndltd.ncl.edu.tw/handle/96256390848142672151
id ndltd-TW-095NCU05489052
record_format oai_dc
spelling ndltd-TW-095NCU054890522015-10-13T13:59:55Z http://ndltd.ncl.edu.tw/handle/96256390848142672151 The spectra analysis of H3+、H2+、H+ ion-bombarded on H2O、D2O ices in different ion energy 不同能量的H3+、H2+、H+離子束撞擊H2O及D2O冰晶之光譜分析 Ming-tsumg Tasi 蔡銘聰 碩士 國立中央大學 機械工程研究所 95 Our planetary system is composed of the collapse of dense molecular cloud, and the dense molecular cloud is composed of gases and sub-micrometer sized grains. In the low-temperature environment in the outer space, gases form into ice on the grains. Therefore, we choose H2O as our research material. In addition, we studied the spectrum of D2O ice and were able to understand the difference in spectrums of isotopes. We applied the techniques of super-high vacuum and low temperature. In a low-temperature environment (28K) and low-pressure (3*10-9 Torr) environment, we made the ice grow using the thin film technique. Then we used different incident ions (H+、H2+、H3+) to simulate the energetic charged particles in the solar wind. Finally we studied the signals emitted during the collision in the range 300nm~500nm of visible light. In doing so, we are able to see the effect of charged particles to the evolution of the ice. Using Gaussian fitting to analyze the spectrums we got, we found that by hitting H2O and D2O ice with H+、H2+、H3+ we got OH( 310nm、437nm )、H2O( 380nm、420nm )、H2( 465nm ) and H-Balmer( 433nm、485nm )。 Moreover, with the same incident energy of different ions H3+、H2+、H+, we can find the intensity of signals in sequence: H3+>H2+>H+. Furthermore, from the results we could ascertain the effect that the intensity of signals from D2O ice is higher than that from H2O. 李雄, 李敬萱 2007 學位論文 ; thesis 51 zh-TW
collection NDLTD
language zh-TW
format Others
sources NDLTD
description 碩士 === 國立中央大學 === 機械工程研究所 === 95 === Our planetary system is composed of the collapse of dense molecular cloud, and the dense molecular cloud is composed of gases and sub-micrometer sized grains. In the low-temperature environment in the outer space, gases form into ice on the grains. Therefore, we choose H2O as our research material. In addition, we studied the spectrum of D2O ice and were able to understand the difference in spectrums of isotopes. We applied the techniques of super-high vacuum and low temperature. In a low-temperature environment (28K) and low-pressure (3*10-9 Torr) environment, we made the ice grow using the thin film technique. Then we used different incident ions (H+、H2+、H3+) to simulate the energetic charged particles in the solar wind. Finally we studied the signals emitted during the collision in the range 300nm~500nm of visible light. In doing so, we are able to see the effect of charged particles to the evolution of the ice. Using Gaussian fitting to analyze the spectrums we got, we found that by hitting H2O and D2O ice with H+、H2+、H3+ we got OH( 310nm、437nm )、H2O( 380nm、420nm )、H2( 465nm ) and H-Balmer( 433nm、485nm )。 Moreover, with the same incident energy of different ions H3+、H2+、H+, we can find the intensity of signals in sequence: H3+>H2+>H+. Furthermore, from the results we could ascertain the effect that the intensity of signals from D2O ice is higher than that from H2O.
author2 李雄, 李敬萱
author_facet 李雄, 李敬萱
Ming-tsumg Tasi
蔡銘聰
author Ming-tsumg Tasi
蔡銘聰
spellingShingle Ming-tsumg Tasi
蔡銘聰
The spectra analysis of H3+、H2+、H+ ion-bombarded on H2O、D2O ices in different ion energy
author_sort Ming-tsumg Tasi
title The spectra analysis of H3+、H2+、H+ ion-bombarded on H2O、D2O ices in different ion energy
title_short The spectra analysis of H3+、H2+、H+ ion-bombarded on H2O、D2O ices in different ion energy
title_full The spectra analysis of H3+、H2+、H+ ion-bombarded on H2O、D2O ices in different ion energy
title_fullStr The spectra analysis of H3+、H2+、H+ ion-bombarded on H2O、D2O ices in different ion energy
title_full_unstemmed The spectra analysis of H3+、H2+、H+ ion-bombarded on H2O、D2O ices in different ion energy
title_sort spectra analysis of h3+、h2+、h+ ion-bombarded on h2o、d2o ices in different ion energy
publishDate 2007
url http://ndltd.ncl.edu.tw/handle/96256390848142672151
work_keys_str_mv AT mingtsumgtasi thespectraanalysisofh3h2hionbombardedonh2od2oicesindifferentionenergy
AT càimíngcōng thespectraanalysisofh3h2hionbombardedonh2od2oicesindifferentionenergy
AT mingtsumgtasi bùtóngnéngliàngdeh3h2hlízishùzhuàngjīh2ojíd2obīngjīngzhīguāngpǔfēnxī
AT càimíngcōng bùtóngnéngliàngdeh3h2hlízishùzhuàngjīh2ojíd2obīngjīngzhīguāngpǔfēnxī
AT mingtsumgtasi spectraanalysisofh3h2hionbombardedonh2od2oicesindifferentionenergy
AT càimíngcōng spectraanalysisofh3h2hionbombardedonh2od2oicesindifferentionenergy
_version_ 1717746968781914112