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1)  superionic glass
快离子玻璃
2)  amorphous fast ion conductor
玻璃态快离子导体
3)  Glass-ionomer
玻璃离子
1.
Methods: Standard instruments and procedures of ART were used in 128 fissure seal,The material used was a high-strength glass-ionomer material.
方法采用日本松风FX—Ⅱ型玻璃离子材料完成128颗磨牙的窝沟充填和窝沟封闭,观察ART充填体封闭窝沟的保存情况。
2.
Objective:To appraise the filling effect of silver amalgam and glass-ionomer in the elderly decayed tooth Ⅰ&Ⅱ type cavity using ART technique,to expands the treating range of the ART technique.
目的:评价ART(非创伤性充填)技术中银汞合金和玻璃离子在老年人龋齿Ⅰ类、Ⅱ类洞的充填效果。
3.
Methods 518 teeth in 186 cases with wedge-shaped defects were randomly divided into three groups which were restored with GC FujiⅡ glass-ionomer(A group),Dyract AP Cement(B group)and 3M-Vitremer glass-ionomer cement(C group),respectively.
方法186例患者的518颗患牙随机分为3组,分别用GC FujiⅡ型玻璃离子(A组)、Dyract AP复合体(B组)和3M-VitremerTM光固化玻璃离子水门汀(C组)修复楔状缺损,修复后1、2年复查,观察临床疗效。
4)  glass ionomer
玻璃离子
1.
Residual HEMA released from five hybrid dental materials of composite resin and glass ionomer after curing;
五种复合树脂和玻璃离子混合型牙科材料固化后HEMA单体释放量的检测
2.
An in vitro study on inhibition of enamel demineralization by fluoride-releasing resin sealant and glass ionomer sealant
含氟树脂封闭剂与玻璃离子封闭剂抑制牙釉质脱矿能力的体外研究
3.
Group A were restored by glass ionomer,the group B by light curing composite.
目的比较玻璃离子和光固化树脂两种材料修复牙体楔状缺损的临床效果。
5)  glass ionomers
玻璃离子
1.
Objective To observe the clinical effect of Ketac-Molar glass ionomers used as pit and fissure Sealant in the prevention of fissure caries with fissure sealing.
目的观察采用Ketac-Molar玻璃离子用于窝沟封闭剂预防窝沟龋的临床效果。
2.
Objective To observe the clinical effect of GCIX glass ionomers used as pit and fissure sealant in the prevention of fissure caries with fissure sealing.
目的 观察采用GCIX玻璃离子用于窝沟封闭剂预防窝沟龋的临床效果。
6)  glass ionomer cements
玻璃离子
1.
Method:Twentieth intact human posterior teeth extracted freshly were sectioned into vertically fractured models and bonded with glass ionomer cements,Super-Bond C&B, Super-Bond C&B(without aciding),and TYRIAN SPE+ Super-Bond C&B respectively.
分别用玻璃离子、Super-BondC&B树脂水门汀(简称超强粘接剂)、超强粘接剂(省去酸蚀步骤)、TYRIANSPE结合超强粘接剂4种方法粘接折裂面。
补充资料:玻璃态快离子导体
分子式:
CAS号:

性质:又称离子导电玻璃,非晶态电解质材料。这种材料在结构上属长程无序,多为含碱金属离子及银离子的氧化物玻璃,具有较高的离子电导率。其中银离子导电玻璃75AgI·25Ag2SeO4在20℃达到6×10-2S·cm-1的电导率。玻璃的电导率主要取决于氧化物组分和性质。例如,对于SiO2-Na2O体系,当单位体积中钠原子的浓度增加2倍,在100℃时电导率增加100倍;当两种不同碱金属离子以相同浓度在玻璃中共存时,电导率降为原来的千分之一,被称为混合碱金属效应。目前对玻璃的离子电导机制提出的微观模型还不能完全解释其复杂性。

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