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The effect of using variable curing light types and intensities on the parameters of a mathematical model that predicts the depth of cure of light- activated dental composites

机译：使用可变的固化光类型和强度对预测光活化牙科复合材料固化深度的数学模型参数的影响

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Ridha Hashem M. 1977-;
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年度 2009
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1. Raman scattering determination of the depth of cure of light-activated composites: influence of different clinically relevant parameters. [J] . Leloup G, Holvoet PE, Bebelman S, Journal of oral rehabilitation . 2002,第6期

机译：拉曼散射测定光活化复合材料的固化深度：不同临床相关参数的影响。
2. Raman scattering determination of the depth of cure of light-activated composites: influence of different clinically relevant parameters. [J] . Leloup G, Holvoet PE, Bebelman S, Journal of oral rehabilitation . 2002,第6期

机译：拉曼散射测定光活化复合材料的固化深度：不同临床相关参数的影响。
3. Modeling of the viscoelastic behavior of dental light-activated resin composites during curing [J] . Bibi S. Dauvillier, Maxim P. Aarnts, Albert J. Feilzer Dental materials . 2003,第4期

机译：牙科光活化树脂复合材料固化过程中粘弹性行为的建模
4. EFFECT OF LAYERING METHODS, COMPOSITE TYPE, AND FLOWABLE LINER ON THE POLYMERIZATION SHRINKAGE STRESS OF LIGHT CURED DENTAL COMPOSITES [C] . Y. C. Kwon, I. B. Lee International Conference on Composite Materials . 2011

机译：分层方法，复合型和可流动衬里对光固化牙科复合材料聚合收缩应力的影响
5. Alkali Activated Systems: Understanding the Influence of Curing Conditions and Activator Type/Chemistry on the Mechanical Strength and Chemical Structure of Fly Ash/Slag Systems. [D] . Chowdhury, Ussala. 2013

机译：碱活化系统：了解固化条件和活化剂类型/化学性质对粉煤灰/矿渣系统机械强度和化学结构的影响。
6. DEPTH OF CURE OF DENTAL COMPOSITES SUBMITTED TO DIFFERENT LIGHT-CURING MODES [O] . Raphael Vieira Monte Alto, José Guilherme Antunes Guimarães, Laiza Tatiana Poskus, 2006

机译：不同光诱导模式下牙科复合材料的固化深度
7. A Comparative Evaluation of Curing Depth and Compressive Strength of Dental Composite Cured with Halogen Light Curing Unit and Blue Light Emitting Diode: An in vitro Study [O] . R Divyashree, M Gururaj, CN Vijaya Kumar, 2012

机译：卤素光固化单元固化深度和抗压强度对卤素光固化单元和蓝光二极管的比较评价：体外研究

The effect of using variable curing light types and intensities on the parameters of a mathematical model that predicts the depth of cure of light- activated dental composites

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