大众科技
大衆科技
대음과기
DAZHONG KEJI
2012年
1期
62-64
,共3页
微波还原%软锰矿%微波加热%动态焙烧
微波還原%軟錳礦%微波加熱%動態焙燒
미파환원%연맹광%미파가열%동태배소
Microwave deoxygenate%Pyrolusite%Microwaveheating%Dynamic microwave roasting
微波在冶金研究领域就迅速发展，并不断扩展其应用范围。利用软锰矿与煤粉吸收微波能力强的特点，实验研究微波加热还原低品位软锰矿的效果。结果表明，添加10％煤粉微波加热至500℃反应30min软锰矿的还原率达到94％以上，实现锰浸出浸出率高，铁浸出率低。
微波在冶金研究領域就迅速髮展，併不斷擴展其應用範圍。利用軟錳礦與煤粉吸收微波能力彊的特點，實驗研究微波加熱還原低品位軟錳礦的效果。結果錶明，添加10％煤粉微波加熱至500℃反應30min軟錳礦的還原率達到94％以上，實現錳浸齣浸齣率高，鐵浸齣率低。
미파재야금연구영역취신속발전，병불단확전기응용범위。이용연맹광여매분흡수미파능력강적특점，실험연구미파가열환원저품위연맹광적효과。결과표명，첨가10％매분미파가열지500℃반응30min연맹광적환원솔체도94％이상，실현맹침출침출솔고，철침출솔저。
Microwave is rapidly developing in the metallurgical research area and expanding its scope of application. The use of manganese ore and coal has strong microwave absorption characteristics in the experimental, the study of microwave heating can effectively restore low-grade pyrolusite. The results show that the addition of 10% coal microwave, heating to 500℃ in 30min, low-grade pyrolusite ore reductionreaction rate of 94% or more. It can achieve high rate of leaching manganese, and iron leaching rate.
