酸抛光与化学钢化对防眩玻璃力学性能的影响

风轻扬 · 发表于 2015-7-12 19:39:34

酸抛光与化学钢化对防眩玻璃力学性能的影响
Impact of acid polishing and chemical strengthening on the properties of antiglare glass
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作　　者：白晓光王青王嘉健张红王海风
Bai Xiaoguang, Wang Qing, Wang Jiajian, Zhang Hong ,Wang Haifeng （College of Materials Science and Engineering, Donghua University, Shanghai 201620）
机构地区：东华大学材料科学与工程学院,上海201620
出　　处：《化工新型材料》 CSCD 2014年第42卷第2期 127-129页,共3页
New Chemical Materials
摘　　要：采用酸腐蚀法制备防眩玻璃，通过酸抛光处理防眩玻璃得到抛光玻璃，再对防眩玻璃和抛光玻璃进行化学钢化。通过2TB型微控电子万能试验机（WDW3020）测试不同玻璃的断裂强度，采用光学轮廓仪NT9100观察玻璃表面的三维立体形貌特征。实验结果发现防眩玻璃和抛光玻璃表面的缺陷和微裂纹较多，同时其断裂强度比玻璃原片有所下降。经过化学钢化处理，防眩玻璃的表面缺陷得到部分修复，断裂强度得到提高。
Antiglare glass was made by acid erosion. Polished glass was made by acid polishing on the antiglare glass. After above, the antiglare glass and polished glass were strengthened by chemical strengthening. The fracture strength and three dimensional surface morphology of glasses were studied by Micro-Controlled Electronic Universal Tes- ting Maehine（WDW3020）and Optical Profiler respectively. The results showed that the defects and micro-cracks of anti- glare glass were in a larger amount, thus the fracture strength of antiglare glass and polished glass were lower than that of the untreated one. After the chemical strengthening process, the defects were repaired to a certain extent and the fracture strength was improved.
关键词：防眩玻璃抛光玻璃化学钢化表面缺陷
antiglare glass, polished glass, chemical strengthen, surface defect ;

[资料] 酸抛光与化学钢化对防眩玻璃力学性能的影响

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