日本三菱金属中央研究所的佐藤一祐副主任研究员等最近对镁热还原法生产金属钛的连续还原工艺进行了新的研究。 鉴于过去众多的连续还原工艺方案都存在着还原生成物钛以固体形式排出的问题,该项研究则从开拓出一条在1000℃以下的低温下将钛熔体化而排出反应器外的新途径这一立场出发,对钛的连续还原工艺进行了新的探索。 Japan’s Mitsubishi Research Institute of Metallurgy, deputy director of Yoichi Sato researchers recently magnesium reduction process for the production of titanium metal continuous reduction process was a new study. In view of the past, many continuous reduction process schemes exist in which the titanium of the reduction product is discharged in a solid form. The study proceeds from the development of a new way to melt the titanium out of the reactor at a low temperature of 1000 ° C. Based on this standpoint, a new exploration is made on the continuous reduction process of titanium.