1 | Remove excess cement immediately with a brush or instrument. | |
2 | 树脂水门汀;纤维桩;混合层;微渗漏;扫描电镜。
Resin; cement; Fiber; post; Hybrid; layer; Microleakage; Scanning; electron; microscope; | |
3 | 该文对近几年玻璃离子水门汀的发展做一简要综述。
This paper is to introduce the development of GIC in recent years. | |
4 | 观察玻璃离子水门汀和氢氧化钙联合修复髓室底穿孔的临床疗效。
Its effective to repair perforation of pulp floor with glass ionomer cement . | |
5 | 结论磷酸锌水门汀基是防治内漂白后牙颈部外吸收的一种有效方法。
Conclusion The zine oxide phosphorate base was a kind of effective measure to prevent post-bleaching external cervical resorption. | |
6 | 为了了解微小尺寸的成形空间对磷酸锌水门汀初凝后的厚度变化规律的影响。
To understand the influence of minute film thickness on the volume changes after the solidification of zinc phosphate cement. | |
7 | 结论玻璃离子水门汀和光固化复合树脂联合应用是修复楔状缺损的较好方法。
Conclusion The combination of glass ionomer cement and light cured composite resin is good method to... | |
8 | 长方形的用红砖墙严密地封锁着的工房区域,被一条水门汀的小巷划成狭长的两块。
The compound is oblong, enclosed by a high red brick wall and intersected into two long narrow strips by a cement road. | |
9 | 结论:磷酸钙水门汀与软硬组织有良好的相容性,具有促进根尖孔闭合的生物学作用。
Conclusion:Calcium phosphate cement has excellent compatibility with soft and hard tissues, it has the potential of being a root canal filling material available for promoting apical closure. | |
10 | 玻璃离子水门汀(GIC)作为传统的口腔修复材料已在口腔临床工作中应用了相当长的时间。
Glass ionomer cement(GIC)has been used for a long time as a traditional clinic restore material. | |
11 | 对照组以自凝氢氧化钙衬洞及磷酸锌水门汀垫底后与光固化复合树脂联合修复后牙牙体缺损。
The control group to self-congealing calcium hydroxide cavity lining and zinc phosphate cement basing with curing light compound resin repaired teeth defect. | |
12 | 近年来,研究者又在传统玻璃离子的基础上通过加入新成分相继开发出新型改性型玻璃离子水门汀。
In recent years, with the development of the GIC, researchers developed some new typical glass ionomer cement by adding some composition in traditional GIC. | |
13 | 方法应用光固化玻璃离子水门汀修复髓室底穿孔,然后按常规进行牙髓病治疗,共38例38颗患牙。
Methods 38 perforations of pulp floor in maxillary molars were repaired with light-cured glass ionomer cement, and repaired teeth were treated for endodontics according to traditional method. | |
14 | 方法:髓室底穿孔患牙62例,实验组采用复方珊瑚糊剂作髓室底穿孔修补,对照组采用玻璃离子水门汀作髓室底穿孔修补。
Method: 62 teeth with perforation of pulp floor were randomly divided into two groups. Coral paste composite was applied in experimental group. Glass ionomer cements was used in control group. | |
15 | 探讨并记录护髓垫底材料玻璃离子粘固剂与自凝氢氧化钙联合磷酸锌水门汀治疗后牙深龋的疗效并进行比较。
Explored and recorded the curative effect of protecting pulp bottom material glass ion curing agent and self-congealing hl joint zinc phosphate cement posterior teeth with deep caries repaired. |