1 송호준, "티타늄 임플란트의 골융합 증진을 위한 최신 표면처리 기술" 대한치과의사협회 48 (48): 96-105, 2010
2 유영태, "연속파 Nd:YAG 레이저를 이용한 치아교정 급속 구개확장장치 용접특성" 한국정밀공학회 27 (27): 40-49, 2010
3 이정민, "산화 티타늄 블라스팅 임프란트 표면구조에 대한 염산 테트라싸이클린의 영향" 대한치주과학회 37 (37): 599-611, 2007
4 윤순동, "교정용 미니 임플랜트의 cutting flute의 길이 및 형태에 따른 식립 및 제거 토크의 비교" 대한치과교정학회 39 (39): 95-104, 2009
5 Babbush, A, "TitaniumPlasma-sprayed(TPS)Screw Implants for thereconstruction of the edentulous mandible Charles" 44 (44): 274-282, 1986
6 Starosvetsky, D, "TiN coatingimproves the corrosion behavior of superelastic NiTisurgical alloy" 148 (148): 268-276, 2001
7 Li, J. M., "The formation andelimination of polymer bulges in CO2 lasermicrofabrication" 209 (209): 4814-4821, 2009
8 Bereznai, M., "Surfacemodifications induced by ns and sub-ps excimer laserpulses on titanium implant material" 24 (24): 4197-4203, 2003
9 Peto, G., "Surface treatment of screwshaped titanium dental implants by high intensitylaser pulses" 186 (186): 7-13, 2002
10 Trtica, M., "Surface modifications of atitanium implant by a picosecond Nd:YAG laseroperating at 1064 and 532nm" 253 (253): 2551-2556, 2006
1 송호준, "티타늄 임플란트의 골융합 증진을 위한 최신 표면처리 기술" 대한치과의사협회 48 (48): 96-105, 2010
2 유영태, "연속파 Nd:YAG 레이저를 이용한 치아교정 급속 구개확장장치 용접특성" 한국정밀공학회 27 (27): 40-49, 2010
3 이정민, "산화 티타늄 블라스팅 임프란트 표면구조에 대한 염산 테트라싸이클린의 영향" 대한치주과학회 37 (37): 599-611, 2007
4 윤순동, "교정용 미니 임플랜트의 cutting flute의 길이 및 형태에 따른 식립 및 제거 토크의 비교" 대한치과교정학회 39 (39): 95-104, 2009
5 Babbush, A, "TitaniumPlasma-sprayed(TPS)Screw Implants for thereconstruction of the edentulous mandible Charles" 44 (44): 274-282, 1986
6 Starosvetsky, D, "TiN coatingimproves the corrosion behavior of superelastic NiTisurgical alloy" 148 (148): 268-276, 2001
7 Li, J. M., "The formation andelimination of polymer bulges in CO2 lasermicrofabrication" 209 (209): 4814-4821, 2009
8 Bereznai, M., "Surfacemodifications induced by ns and sub-ps excimer laserpulses on titanium implant material" 24 (24): 4197-4203, 2003
9 Peto, G., "Surface treatment of screwshaped titanium dental implants by high intensitylaser pulses" 186 (186): 7-13, 2002
10 Trtica, M., "Surface modifications of atitanium implant by a picosecond Nd:YAG laseroperating at 1064 and 532nm" 253 (253): 2551-2556, 2006
11 Fishburn, J. M., "Study of the fluence dependent interplaybetween laser induced material removal mechanismin metals:Vaporization,melt displacement and meltejection" 252 (252): 5182-5188, 2006
12 Gyorgy, E, "Single pulse Nd:YAG laserirradiation of titanium:influence of laser intensity onsurface morphology" 154 (154): 63-67, 2002
13 Gaggl, A., "Scanning electron microscopical analysis of lasertreatedtitanium implant surfaces a comparativestudy" 21 (21): 1067-1073, 2000
14 Kaltreider, S. A, "Prevention andMagagement of Complications Associated with theHydroxyapatite Implant" 12 (12): 18-31, 1996
15 Karacs, A, "Morphological and animal study oftitanium dental implant surface induced by blastingand high intensity pulsed Nd-glass laser" 23 (23): 431-435, 2003
16 Shuja, S. Z, "Laserconsecutive pulse heating and phase change:Influence of spatial distribution of laser pulseintensity on melting" 48 (48): 1960-1966, 2009
17 Haglund, R. F, "Explosivevaporization in fused silica initiated by a tunableinfrared laser" 168 (168): 258-262, 2000
18 Abron, A., "Evaluation of a predictive model forimplant surface topography effects on earlyosseointegration in the rat tibia model" 85 (85): 40-46, 2001
19 Tzeng,Y.F, "Effects of operating parameters onsurface quality for the pulsed laser welding of zinccoatedsteel" 100 (100): 163-170, 2000
20 Darren, M. P, "Coefficient of friction,the development of a standard portable device for theUS Naval fleet" 2007
21 Mazhukina, V. I, "Analysis of laser-induced evaporation of Al targetunder conditions of vapor plasma formation" 453 : 353-361, 2004
22 Gonshor, A., "AProspective,Multicenter,4-Year Study of the ACESurgical Resorbable Blast Media Implant" 29 (29): 174-180, 2003
23 Cho, S. A, "A removal torque of thelaser-treated titanium implants in rabbit tibia" 24 (24): 4859-4863, 2003