Study of the microleakage on bonding resin for amalgam filling.
树脂粘结剂对银汞合金充填微渗漏的影响。
Objective To study the microleakage of amalgam filling with bonding resin.
目的研究树脂粘结技术对银汞合金充填时微渗漏的影响。
Resin; cement; Fiber; post; Hybrid; layer; Microleakage; Scanning; electron; microscope;
树脂水门汀；纤维桩；混合层； 微渗漏；扫描电镜；
Conclusion Bonded technique can distinctly reduce marginal microleakage of amalgam restoration.
结论采用粘结技术可以明显减少银汞合金充填体的边缘微漏。
Objective to study influence of bonded technique on marginal microleakage of amalgam restoration.
目的研究粘结技术对银汞合金充填体边缘微漏的影响。
Objective To investigate the relationship between marginal film thickness of resin luting cements and microleakage.
目的研究树脂类粘结剂边缘厚度与全瓷冠边缘微渗漏的相关关系。
Objective To evaluate microleakage of total-and self-etch system combining with resin composites in rehabilitating flared root canal.
目的比较全酸蚀和自酸蚀两种黏结系统联合复合树脂重塑喇叭状残根的微渗漏。
Objective To evaluate the variation in vitro microleakage of wedge-shaped class V restorations filled with flowable composites and compomer and GIC.
目的研究可流动复合树脂充填楔状缺损离体牙模型的边缘微渗漏情况。
Notice Microleakage can cause secondary caries and restoration loose off even bad consequences, such as pulp disease, is one of the factors that lead to repair failure, has serious harm.
微渗漏可导致修复体松动脱落，继发龋齿甚至牙髓病等不良后果，是导致修复失败的主要因素，具有严重的危害性。
In addition, an imagination of using the reverse setting of oil seal to produce the microleakage inord er to make clean the lip contact region using in the agricultural construction Mach...
此外，对农业工程机械中的密封提出反装油封产生微泄漏，以形成对唇口接触区域清洗作用的设想。
There are two purposes of this experiment is to use the same, a cementation agent bond 3 different materials full crown, observe different materials of the full crown edge microleakage situation.
本实验有两个目的，一是使用同种粘结剂粘结三种不同瓷全冠，观察粘结后瓷全冠边缘的微渗漏情况。
Results There was a statistically significant difference of microleakage between the Gallium Alloy and GK High Copper Amalgam group after 28 days' immersion in 1% Methylene Blue solution (P<0.01).
结果镓合金组根尖充填后2 8天时的微渗漏情况明显优于GK高铜银汞合金组，差异有显著性意义（P< 0 .0 1 ）。
Results There was a statistically significant difference of microleakage between the Gallium Alloy and GK High Copper Amalgam group after 28 days' immersion in 1% Methylene Blue solution (P<0.01).
结果镓合金组根尖充填后2 8天时的微渗漏情况明显优于GK高铜银汞合金组，差异有显著性意义（P< 0 .0 1 ）。
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