CAJ | 학술논문

本研究主要针对不同碱度与氟含量的 CaO-CaF2-SiO2保护渣系凝固收缩情况以及与结晶性能；根据生产实践和实验数据分析研究保护渣的组分及结晶性能对凝固收缩性能的影响。实验结果表明：在保护渣的玻璃体向结晶体的转化过程中，出现了体积膨胀现象，组分含量不同，体积变化率也不不同；保护渣的结晶性能与凝固收缩情况密切相关；冷却速度不同获得的同一凝固相的密度不同。
본연구주요침대불동감도여불함량적 CaO-CaF2-SiO2보호사계응고수축정황이급여결정성능；근거생산실천화실험수거분석연구보호사적조분급결정성능대응고수축성능적영향。실험결과표명：재보호사적파리체향결정체적전화과정중，출현료체적팽창현상，조분함량불동，체적변화솔야불불동；보호사적결정성능여응고수축정황밀절상관；냉각속도불동획득적동일응고상적밀도불동。
In this paper, the study focused on the solidification contraction and crystallinity of CaO-CaF2-SiO2 mold fluxes in dif-ferent basicity and fluoride content;according to the experimental data, analyzed the impact of mold fluxes composition and crystallinity to solidification contraction. The results were as follows: In the solidifying process, the systems of the mold fluxes are volume increase, the mold fluxes which have different components have the different volume change rate;There are intimate relationship between the crystallinity and volume change rate of the mold fluxes;the mold fluxes which are cooled in different cooling rate have different volume change rate.