材料科学与工程
材料科學與工程
재료과학여공정
MATERIALS SCIENCE AND ENGINEERING
2001年
1期
104-108
,共5页
马德伟%杨利群%徐先宇
馬德偉%楊利群%徐先宇
마덕위%양리군%서선우
C6 A4 MS%C11 A7.CaF2%共存与转化
C6 A4 MS%C11 A7.CaF2%共存與轉化
C6 A4 MS%C11 A7.CaF2%공존여전화
本文详细研究了C6 A4 MS与C11 A7.CaF2的共存与转化条件。结果表明：C11 A7.CaF2含量较高时能够抑制C6 A4 MS的形成，含量较低时则能与C6 A4 MS共存；升高温度能够消除C11 A7.CaF2对C6 A4 MS的形成的影响；C11 A7.CaF2能与合成矿物C6 A4 MS共存。
本文詳細研究瞭C6 A4 MS與C11 A7.CaF2的共存與轉化條件。結果錶明：C11 A7.CaF2含量較高時能夠抑製C6 A4 MS的形成，含量較低時則能與C6 A4 MS共存；升高溫度能夠消除C11 A7.CaF2對C6 A4 MS的形成的影響；C11 A7.CaF2能與閤成礦物C6 A4 MS共存。
본문상세연구료C6 A4 MS여C11 A7.CaF2적공존여전화조건。결과표명：C11 A7.CaF2함량교고시능구억제C6 A4 MS적형성，함량교저시칙능여C6 A4 MS공존；승고온도능구소제C11 A7.CaF2대C6 A4 MS적형성적영향；C11 A7.CaF2능여합성광물C6 A4 MS공존。
The coexistence and transformation condition between C6 A4 MS and C11 A7 . CaF2 is studied in detail in this paper. The results shows that C11 A7 . CaF2 can restrain the formation of C6 A4 MS when in higher content, but It can coexist with C6 A4 MS when its concentration is lower. Increasing temperature can avoid the effect of C11 A7 . CaF2 on the formation of C6 A4 MS. C11 A7 . CaF2 can coexist with syntheitical mineral C6 A4 MS.
