국문목차
표제지=0,1,4
목차=i,5,2
표 차례=iii,7,1
그림 차례=iv,8,2
Abstract=vi,10,2
I. 서론=1,12,2
II. 이론적 배경=3,14,1
1. 의치=3,14,1
2. 침착물 발생 및 종류=3,14,4
3. 광촉매의 특성=6,17,3
4. TiO₂의 결정구조=8,19,2
5. TiO₂의 표면반응=10,21,1
III. 실험 방법=11,22,1
1. 출발물질=11,22,1
2. 시편준비=11,22,1
1) 치아표면의 침착물의 분해와 잇몸의 반응=11,22,1
2) 치아와 치아 사이에 부착된 침착물의 분해=11,22,1
3) 의치에 부착된 담뱃진(Tobacco)의 분해=11,22,1
4) NT-22의 첨가량에 따른 침착물의 분해=11,22,1
3. 시험항목=12,23,1
IV. 결과 및 고찰=13,24,1
1. 수지치 표면의 침착물의 분해와 잇몸의 변화=13,24,1
1) 광 조사 시간에 따른 무게의 변화=13,24,1
2) 4종류의 TiO₂용액에 따른 치태 및 치석의 제거=13,24,10
2. 치아와 치아 사이에 부착된 침전물의 분해=23,34,5
3. 의치에 부착된 담뱃진(Tobacco)의 분해=27,38,2
4. NT-22의 첨가량에 따른 침착물의 분해=28,39,5
V. 결론=33,44,1
Reference=34,45,2
감사의 글=36,47,1
Table1. The Standard Quality of TiO₂=9,20,1
Table2. Weight changes of samples according to UV radiating time=13,24,1
Fig.1. Structure of TiO₂=9,20,1
Fig.2. The Surface Reaction of TiO₂=10,21,1
Fig.3. Experiment machine=12,23,1
Fig.4. Photomicrographs of UV radiated artificial teeth samples in 10wt% NT-22 TiO₂aqueous slurry=14,25,1
Fig.5. Photomicrographs of UV radiated artificial gum samples in 10wt% NT-22 TiO₂aqueous slurry=15,26,1
Fig.6. Photomicrographs of UV radiated artificial teeth samples in 10wt% NT-22 TiO₂coating slurry with binder=16,27,1
Fig.7. Photomicrographs of UV radiated artificial gum samples in 10wt% NT-22 TiO₂coating slurry with binder=17,28,1
Fig.8. Photomicrographs of UV radiated artificial teeth samples in NTS-20-10 TiO₂sol=18,29,1
Fig.9. Photomicrographs of UV radiated artificial gum samples in NTS-20-10 TiO₂so1=19,30,1
Fig.10. Photomicrographs of UV radiated artificial teeth samples in AT-01 TiO₂sol=20,31,1
Fig.11. Photomicrographs of UV radiated artificial gum samples in AT-01 TiO₂sol=21,32,1
Fig.12. Photomicrographs of UV radiated artificial teeth samples 23 in 10wt% NT-22 TiO₂aqueous slurry=23,34,1
Fig.13. Photomicrographs of UV radiated artificial teeth samples in 10wt% NT-22 TiO₂coating slurry with binder=24,35,1
Fig.14. Photomicrographs of UV radiated artificial gum samples in NTS-20-10 TiO₂sol=25,36,1
Fig.15. Photomicrographs of UV radiated artificial gum samples in AT-01 TiO₂sol=26,37,1
Fig.16. Photomlcrographs of UV radiated artificial teeth samples in 10wt% NT-22 TiO₂aqueous slurry=27,38,1
Fig.17. Photomicrographs of UV radiated artificial teeth samples in 10wt% NT-22 TiO₂aqueous slurry=28,39,1
Fig.18. Photomicrographs of UV radiated artificial teeth samples in 20wt% NT-22 TiO₂aqueous slurry=29,40,1
Fig.19. Photomicrographs of UV radiated artificial teeth samples in 30wt% NT-22 TiO₂aqueous slurry=30,41,1
Fig 20. Photomicrographs of UV radiated artificial teeth samples in 40wt% NT-33 TiO₂aqueous slurry=31,42,1