SPring8 / SAGA-LS
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- きのこ ぜんじゅう
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1
2
3 - - QOL ADL
4 E E
5 E HO O E
6 E
7
8 E E 0.3~0.5wt% 0.3% E SR-IR
9 SR-IR
10 SR-IR
11 OH 4cm Fig. Comparison of IR absorbance of dl-a-tocopherol and Tocopherol acetate
12 OH Single channel cm Wavenumber cm C:\Documents and Settings\pc-user\My Documents\1127ir\071127\ VE/BaF2 C:\Documents and Settings\pc-user\My Documents\1127ir\071127\ BaF2 blk 2007/11/ /11/28 Fig. Comparison of IR absorbance of dl-a-tocopherol and Tocopherol acetate
13 Absorbance Units % 3% 1% 0%(UHMWPE) 4cm Wavenumber cm Fig. Infrared absorption spectra of vitamin E added UHMWPE of various concentrations C:\Documents and Settings\ir-user\ƒfƒXƒNƒgƒbƒv\ V µ ƒtƒhƒ ƒ_\070515\ C:\Documents and Settings\ir-user\ƒfƒXƒNƒgƒbƒv\ V µ ƒtƒhƒ ƒ_\070515\ C:\Documents and Settings\ir-user\ƒfƒXƒNƒgƒbƒv\ V µ ƒtƒhƒ ƒ_\070515\ C:\Documents and Settings\ir-user\ƒfƒXƒNƒgƒbƒv\ V µ ƒtƒhƒ ƒ_\070515\ /05/ /05/ /05/ /05/15
14 SR-IR E E E SR-IR
15 E E 1262cm -1
16 1% E 0.3% E
17
18 E E
19 E OH 1262cm -1 C- O-C1197cm -1 HO O
20 Y m Y m 4cm X m X m 1262cm cm -1 OH C-O-C
21 SR-IR E SR-IR E OH E E
22
23 80% 3
24 Artificial Joints Bone Fixation Materials
25
26 6-Station Knee Simulator AMTI-Boston ISO
27
28 0.16 GUR1050 Oxidation Index GUR wt GUR wt GUR wt GUR wt GUR wt VitaminE VitaminE VitaminE VitaminE VitaminE Depth( m) E 0.3%
29 Stress (MPa) wt%(Aged) 0.005wt%(Aged) 0.01wt%(Aged) 0.05wt%(Aged) 0.1wt%(Aged) 0.3wt%(Aged) 0wt%(Virgin) 0wt% (Aged) 0.005wt% (Aged) 0.3wt%(Aged) 0.1wt%(Aged) 0.01wt% (Aged) 0.05wt% (Aged) 0wt% (Virgin) Strain
30 VitaminE UHMWPE E 2nm Intensity
31
32 Single channel cm-1 dl-a-tocopherol Tocopherol acetate Wavenumber cm C:\Documents and Settings\pc-user\My Documents\1127ir\071127\ VE/BaF2 2007/11/28 C:\Documents and Settings\pc-user\My Documents\1127ir\071127\ BaF2 blk 2007/11/28 Fig 2. Comparison of IR absorbance of dl-a-tocopherol and Tocopherol acetate
33 Single channel Sample A Sample B Wavenumber cm C:\Documents and Settings\pc-user\My Documents\1127ir\071127\ VE simulator C:\Documents and Settings\pc-user\My Documents\1127ir\071127\ VE control C:\Documents and Settings\pc-user\My Documents\1127ir\071127\ BaF2 blk 2007/11/ /11/ /11/28 Fig 3. Comparison of IR absorbance of accelaration oxidation sample of dl-a-tocopherol added UHMWPE and non-oxidation one Sample A:dl-a-tocopherol added UHMWPE Sample B: accelaration oxidation sample of dl-a-tocopherol added UHMWPE
34 Sample A Sample B Fig 4. Comparison of transmittance spectra of molding atomosphere of dl-a-tocopherol added UHMWPE Sample A:Molding in air Sample B:Molding in vacuum
障害者職域拡大カリキュラム研究会中間報告書構成案
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180 30 30 180 180 181 (3)(4) (3)(4)(2) 60 180 (1) (2) 20 (3)
12 12 72 (1) (2) (3) 12 (1) (2) (3) (1) (2) (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (1) (2) 180 30 30 180 180 181 (3)(4) (3)(4)(2) 60 180 (1) (2) 20 (3) 30 16 (1) 31 (2) 31 (3) (1) (2) (3) (4) 30
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4 100g
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時間分解分光測定を利用した 光触媒の開発 メカニズムを理解し 高性能光触媒を実現! 豊田工業大学大学院工学研究科 山方啓 1 本日の発表内容 時間分解赤外分光を用いた光触媒反応の機構解明 1. 光触媒について 2. 光励起キャリアーの時間分解赤外分光観察 3. 不純物ドープによる可視光応答型光触媒 Ni をドープした SrTiO 3 4. 助触媒への電子移動と正孔移動 LaTiO 2 N 可視光応答型光触媒
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