1) crystalline phase
结晶矿相
1.
Mold flux films were made after molten slag was cooled to room temperature in graphite crucible at 2℃/min in MoSi_2 high temperature resisting furnace, and the crystalline phases were analysed by petrographic microscope.
熔融保护渣在MoSi2高温电阻炉内以2℃/min降温速率冷却至室温,制成薄片,采用岩相显微镜分析保护渣的结晶矿相·结果表明:在本实验条件下,结晶矿相主要有枪晶石,硅灰石,黄长石,个别渣样有霞石,萤石,橄榄石;增大保护渣碱度,能促进保护渣结晶;随着渣中CaF2,Na2O,K2O和Li2O质量分数的增大,保护渣结晶化率增大;随着渣中Al2O3,MgO,BaO和MnO质量分数的增大,保护渣结晶化率减小
2) crystalline phases
结晶矿相
1.
Study on crystalline phases of free fluoride mould powder;
无氟结晶器保护渣结晶矿相研究
3) Mineralogical Phase
结晶矿相
1.
An Analysis on Solidified Film Structure and Mineralogical Phase of Mould Powder for Compact Strip Production;
14 mm厚的结晶层;CSP固态渣膜的析晶率为40%~80%,结晶矿相主要为枪晶石(3CaO。
4) Mineral crystal phase
矿物晶相
5) crystallization phase
结晶矿物
1.
The effect of Li_2O and B_2O_3 doping on the crystallization phase composition of mold fluxes bearing rare earth oxide was investigated by lithofacies and energy chart analysis in scanning electron microscopy.
通过在结晶器保护渣中添加Li2O和B2O3作助熔剂,在实验室内模拟渣膜的形成条件,结合岩相和扫描电镜能谱分析,研究了Li2O3和B2O3对含稀土氧化物保护渣结晶矿物组成的影响。
2.
Influence of little Li_2O and B_2O_3 on the crystallization phases of mold fluxes containing rare earth oxide was investigated by the methods of lithofacies and SEM enrage chart analysis in this paper.
本文通过在保护渣中添加少量Li_2O和B_2O_3,结合岩相和扫描电镜能谱分析,研究了其对含稀土氧化物保护渣结晶矿物组成的影响,得到如下结论:(1)稀土氧化物可以促进保护渣中枪晶石析出,抑制玻璃相形成,增大保护渣析晶率;(2)当稀土氧化物含量达到一定数值,在保护渣结晶矿物中可以形成稀土硅酸钙相,稀土氧化物继续增加,会有未溶稀土氧化物固态质点出现;(3)保护渣中加入少量B_2O_3和Li_2O,可以促进硅灰石析出并抑制枪晶石形成,也可以有效抑制高熔点稀土硅酸钙形成,防止渣膜形成过程中过早析出高熔点物相。
补充资料：二次再结晶(见再结晶晶粒长大)
二次再结晶(见再结晶晶粒长大)
secondary recrystallization
erCI 201」le」Ing二次再结晶(seeondary reerystallization) 见再结晶晶杠长大。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条