CAJ | 학술논문

利用力学理论、室内放矿模拟实验及数值分析,研究了高粘性铝土矿在矿仓内矿石结拱堵塞的机理、影响矿仓内矿石流动性的主要因素.研究表明:矿石含水量、漏斗壁面摩擦系数及装矿量为影响矿石在矿仑内流动性的主要因素.根据研究结果,提出了一种新的矿仓助流技术.经现场工业试验研究表明:该助流技术能有效解决高粘性铝土矿在矿仑内结拱堵塞的问题.
이용역학이론、실내방광모의실험급수치분석,연구료고점성려토광재광창내광석결공도새적궤리、영향광창내광석류동성적주요인소.연구표명:광석함수량、루두벽면마찰계수급장광량위영향광석재광륜내류동성적주요인소.근거연구결과,제출료일충신적광창조류기술.경현장공업시험연구표명:해조류기술능유효해결고점성려토광재광륜내결공도새적문제.
The mechanism of highly viscous bauxite ores arch and blockage and the main factors influencing the flowability of ores in the silo were studied from mechanics theory,the indoor ore-drawing similarity simulation experiment and numerical analysis. It shows that the water content of ores,friction coefficient of the hopper wall and the loading ores amount are. the main factors influencing the flowability. A new flow-aiding technology was put forward according to the results of research. Through many field industrial tests, it shows the flow-aidiag technology can effectively solve the highly viscous bauxite ores problem of the arch and blockage in silo.