影响光固化灯使用效率的相关因素
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摘要
光固化复合树脂应用于口腔医学已有30多年的历史,而光固化灯作为复合树脂的照射光源对其性能及修复效果影响甚大。本文通过综述影响光固化灯使用效率的相关因素,为临床合理使用光固化灯提供理论依据和指导。
引文
1 Shortall AC,Price RB,MacKenzie L,et al.Guidelines for the selection,use,and maintenance of LED light-curing units-Part II.British Dental Journal,2016,221(9):551-554.
2 Strassler HE.Successful light curing-not as easy as it loos.Oral Health,2013,103(6):18-27.
3 Shortall AC,Price RB,MacKenzie L,et al.Guidelines for the selection,use,and maintenance of LED light-curing units-Part I.British Dental Journal,2016,221(8):453-460.
4郝新青,罗梦,冷鑫等.长春市口腔临床应用光固化灯的调查.中华口腔医学杂志,2011,46(9):558-561.
5 Pelissier B,Jacquot B,Palin WM,et al.Three generations of LEDlights and clinical implications for optimizing their use.1:From past to present.Dental Update,2011,38(10):660-2,660-6,660-70.
6 Shortall AC,Palin WM,Jacquot B,et al.Advances in light-curing units:Four generations of LED lights and clinical implications for optimizing their use:Part 2.From present to the future.Dental Update,2012,39(1):13-7,20-2.
7 Jandt KD,Mills RW.A brief history of LED photopolymerization.Dental Materials,2013,29(6):605-17.
8 Sze SM,Ng,KK,Rafailov EU,et al.Physics of senliconductor deves.3rd ed.New Jersey:John Wiley Sons,Inc,2007.
9解路杨,张保卫.发光二极管光固化灯应用于复合树脂的研究进展.口腔医学,2007,27(9):494-496.
10朱松,郝新青.光固化灯及复合树脂聚合固化的影响因素.中国实用口腔科杂志,2010,3(8):461-464.
11 Ario,Santina;Sesna,Miletic;Michael D.swift,et al.Degree of conversion and microhardness of TPO-containing resin-based composites cured by polywave and monowave LED units.Journal of Dentistry,2012,40(7):577-84.
12 Price RB,Felix CM,Fahey J.Knoop hardness of five composites cured with single-peaand polywave LED curing lights.Quintessence International,2010,41(10):e181.
13 Flury S,Lussi A,Hicel R,et al.Light curing through glass ceramics with a second-and a third-generation LED curing unit:effect of curing mode on the degree of conversion of dual-curing resin cements.Clinical Oral Investigations,2013,17(9):2127-37.
14 Prati C,Chersoni S,Montebugnoli L,et a1.Effect of air,dentin and resin-based composite thicness on light intensity reduction.American Journal of Dentistry,1999,12(5):231-234.
15 Felix CA,Price RB.The effect of distance from light source on light intensity from curing lights.Journal of Adhesive Dentistry,2003,5(4):283-291.
16 Kopperud SE,Rue HV,Kopperud HM,et al.Light curing procedures-performance,nowledge level and safety awareness among dentists.Journal of Dentistry,2017,58:67-73.
17李颐欣,杨杨,石磊,等.能量恒定时不同光密度对不同颜色纳米树脂硬度的影响.口腔医学研究,2014,(1):13-16.
18 Busemann I,Lipe C,Schattenberg A,et al.Shortest exposure time possible with LED curing lights.American Journal of Dentistry,2011,24(1):37-44.
19林晓丽,于皓,林泓磊,等.口腔临床5种常用光固化灯光学性能的研究.口腔医学研究,2016,32(4):383-387.
20邓淑丽,李聪,朱海华,等.光固化灯功率密度的影响因素分析.中华口腔医学杂志,2012,47(s1):263-266.
21 Runnacles P,Arrais CAG,Pochapsi MT,et al.In vivo temperature rise in anesthetized human pulp during exposure to a polywave LED light curing unit.Dental Materials,2015,31(5):505-513.
2 Strassler HE.Successful light curing-not as easy as it loos.Oral Health,2013,103(6):18-27.
3 Shortall AC,Price RB,MacKenzie L,et al.Guidelines for the selection,use,and maintenance of LED light-curing units-Part I.British Dental Journal,2016,221(8):453-460.
4郝新青,罗梦,冷鑫等.长春市口腔临床应用光固化灯的调查.中华口腔医学杂志,2011,46(9):558-561.
5 Pelissier B,Jacquot B,Palin WM,et al.Three generations of LEDlights and clinical implications for optimizing their use.1:From past to present.Dental Update,2011,38(10):660-2,660-6,660-70.
6 Shortall AC,Palin WM,Jacquot B,et al.Advances in light-curing units:Four generations of LED lights and clinical implications for optimizing their use:Part 2.From present to the future.Dental Update,2012,39(1):13-7,20-2.
7 Jandt KD,Mills RW.A brief history of LED photopolymerization.Dental Materials,2013,29(6):605-17.
8 Sze SM,Ng,KK,Rafailov EU,et al.Physics of senliconductor deves.3rd ed.New Jersey:John Wiley Sons,Inc,2007.
9解路杨,张保卫.发光二极管光固化灯应用于复合树脂的研究进展.口腔医学,2007,27(9):494-496.
10朱松,郝新青.光固化灯及复合树脂聚合固化的影响因素.中国实用口腔科杂志,2010,3(8):461-464.
11 Ario,Santina;Sesna,Miletic;Michael D.swift,et al.Degree of conversion and microhardness of TPO-containing resin-based composites cured by polywave and monowave LED units.Journal of Dentistry,2012,40(7):577-84.
12 Price RB,Felix CM,Fahey J.Knoop hardness of five composites cured with single-peaand polywave LED curing lights.Quintessence International,2010,41(10):e181.
13 Flury S,Lussi A,Hicel R,et al.Light curing through glass ceramics with a second-and a third-generation LED curing unit:effect of curing mode on the degree of conversion of dual-curing resin cements.Clinical Oral Investigations,2013,17(9):2127-37.
14 Prati C,Chersoni S,Montebugnoli L,et a1.Effect of air,dentin and resin-based composite thicness on light intensity reduction.American Journal of Dentistry,1999,12(5):231-234.
15 Felix CA,Price RB.The effect of distance from light source on light intensity from curing lights.Journal of Adhesive Dentistry,2003,5(4):283-291.
16 Kopperud SE,Rue HV,Kopperud HM,et al.Light curing procedures-performance,nowledge level and safety awareness among dentists.Journal of Dentistry,2017,58:67-73.
17李颐欣,杨杨,石磊,等.能量恒定时不同光密度对不同颜色纳米树脂硬度的影响.口腔医学研究,2014,(1):13-16.
18 Busemann I,Lipe C,Schattenberg A,et al.Shortest exposure time possible with LED curing lights.American Journal of Dentistry,2011,24(1):37-44.
19林晓丽,于皓,林泓磊,等.口腔临床5种常用光固化灯光学性能的研究.口腔医学研究,2016,32(4):383-387.
20邓淑丽,李聪,朱海华,等.光固化灯功率密度的影响因素分析.中华口腔医学杂志,2012,47(s1):263-266.
21 Runnacles P,Arrais CAG,Pochapsi MT,et al.In vivo temperature rise in anesthetized human pulp during exposure to a polywave LED light curing unit.Dental Materials,2015,31(5):505-513.