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EFFECT OF PHASE-SEPARATION ON THE CHEMICAL DURABILITY OF SODIUM BOROSILICATE GLASS

机译:相分离对硼硅酸钠玻璃化学耐久性的影响

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The 7Na_2O-23B_2O_3-70SiO_2(wt%) glasses adding rare-earth oxide (Y_2O_3, La_2O_3 & Nd_2O_3) were prepared and heat-treated. The term 'chemical durability' was used to express the resistance offered by glasses towards attack by aqueous solution. The chemical durability was determined in a systematic way for melted glasses and phase-separated glasses. The effect of phase separation on the chemical durability of glasses was studies. The surfaces of uncorrosion glasses and corrosion glasses were examined with the infra-red reflection spectra (IRRS). The mechanism of enhancing the chemical durability of glasses with increasing rare-earth oxide content was discussed.
机译:制备加入稀土氧化物(Y_2O_3,LA_2O_3和ND_2O_3)的7NA_2O-23B_2O_3-70SIO_2(WT%)玻璃制备和热处理。术语“化学耐久性”用于表达眼镜向攻击水溶液提供的阻力。化学耐久性以熔化的眼镜和相分离的眼镜的系统方法测定。相分离对眼镜化学耐久性的影响是研究。用红外线反射光谱(IRRS)检查未腐蚀眼镜和腐蚀玻璃的表面。讨论了提高玻璃化学耐久性随着稀土氧化含量增加的化学耐久性的机理。

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