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research:tds [2020/08/20 15:40] – 作成 kimiresearch:tds [2020/08/20 15:41] – [Introduction of Hydrogen adsorbed Si(100)] kimi
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 Si(100) surface is reconstructed in 2x1 structure, where two adjacent surface Si atoms form dimers. Hydrogen molecules can adsorb on the top Si atoms; one H on each Si atom up to coverage 1 ML. Above this coverage, The dimer structure is rearranged to form local 3x1 structures. Si(100) surface is reconstructed in 2x1 structure, where two adjacent surface Si atoms form dimers. Hydrogen molecules can adsorb on the top Si atoms; one H on each Si atom up to coverage 1 ML. Above this coverage, The dimer structure is rearranged to form local 3x1 structures.
  
-|<latex>\theta<1{\rm ML}</latex> 2x1 structure with mono-hydrides|<latex>\theta<4/3{\rm ML}</latex> 3x1 structure di- and mono-hydrides<sup>*</sup>|+|$\theta<1{\rm ML}2x1 structure with mono-hydrides|$\theta<4/3{\rm ML}3x1 structure di- and mono-hydrides<sup>*</sup>|
 |  {{http://sstweb.ee.ous.ac.jp/presentations/sih_tds1_english/images/2x1.gif}}  |  {{http://sstweb.ee.ous.ac.jp/presentations/sih_tds1_english/images/3x1.gif}}  | |  {{http://sstweb.ee.ous.ac.jp/presentations/sih_tds1_english/images/2x1.gif}}  |  {{http://sstweb.ee.ous.ac.jp/presentations/sih_tds1_english/images/3x1.gif}}  |
  
research/tds.txt · 最終更新: 2022/08/23 13:34 by 127.0.0.1

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