Supplementary CD-ROM
| Hydrogen diffusion in diamond |
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| Td Interstitial site | pic
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| 1 ET site, 500K | mpeg | pic
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| 3 ET sites, 800K | mpeg | pic
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| 6 ET sites, 1200K | mpeg | pic
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| 6 H sites, 500K | mpeg |
| DOS, periodic boundaries | pic
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| DOS, with 6 H atoms | pic
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| DOS, without periodic boundaries at x-axis | pic
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| DOS, hydrogenated (8,0) SWNT at half coverage, taken from ref.[3] | pic
| Hydrogen diffusion in semi-frozen Diamond |
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| 1st hexagonal planes | mpeg
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| 2nd hexagonal planes | mpeg
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| Deformation of the unfrozen Di at interface Di-Frozen diamond | mpeg
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| H atoms in a carbon vacancy created by 1st H | mpeg
| Hydrogen molecule diffusion in diamond |
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| Symmetry of the H2 in the diamond lattice | mpeg | pic
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| Angles between H2 vector and the diamond lattice | 1;2
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| Distances between additional H and Diamond lattice | mpeg | pic
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| Two H2 molecules in diamond | mpeg
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| Pa3 space group of ordered hydrogen and deuterium. Taken from ref. [37] | pic
Hydrogen in Di/a-C composite
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| 12% Hydrogen content | mpeg
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| sp3 content as a function of total H content in a:C-H samples (fig. 4.22) | pic
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| Close this window (ALT-F4)
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![DOS, periodic boundariespic DOS, with 6 H atomspic DOS, without periodic boundaries at x-axispic DOS, hydrogenated (8,0) SWNT at half coverage, taken from ref.[3]pic Hydrogen diffusion in semi-frozen Diamond 1st hexagonal planesmpeg 2nd hexagonal planesmpeg Deformation of the unfrozen Di at interface Di-Frozen diamondmpeg H atoms in a carbon vacancy created by 1st Hmpeg Hydrogen molecule diffusion in diamond Symmetry of the H2 in the diamond latticempegpic Angles between H2 vector and the diamond lattice1;2 Distances between additional H and Diamond latticempegpic Two H2 molecules in diamondmpeg Pa3 space group of ordered hydrogen and deuterium. Taken from ref. [37]pic Hydrogen in Di/a-C composite 12% Hydrogen contentmpeg sp3 content as a function of total H content in a:C-H samples (fig. 4.22)pic Close this window (ALT-F4)](6hc_sites.png){kind=link}
