铁合金
鐵閤金
철합금
FERRO-ALLOYS
2015年
3期
9-11
,共3页
海绵钛%还原%爬壁钛
海綿鈦%還原%爬壁鈦
해면태%환원%파벽태
sponge titanium%reduction%climbing titanium
为减少海绵钛坨中杂质元素偏析,阐述了还原过程中海绵钛坨各部分的形成机理。通过合理控制反应期料速、反应液面和排镁制度等措施,可提高钛锭质量,减少爬壁钛、底皮等劣质海绵钛的产生。
為減少海綿鈦坨中雜質元素偏析,闡述瞭還原過程中海綿鈦坨各部分的形成機理。通過閤理控製反應期料速、反應液麵和排鎂製度等措施,可提高鈦錠質量,減少爬壁鈦、底皮等劣質海綿鈦的產生。
위감소해면태타중잡질원소편석,천술료환원과정중해면태타각부분적형성궤리。통과합리공제반응기료속、반응액면화배미제도등조시,가제고태정질량,감소파벽태、저피등렬질해면태적산생。
To decrease impurity segregation in sponge titanium, it expounds forming mechanism for every part of sponge titanium in reduction process. It takes many measures as rational controlling reaction period raw material speed, reaction liquid level, and discharging magnesium mechanism to diminish the generation of inferior sponge titanium, like climbing titanium and bottom titanium.