耐火材粹工业与科学研究机关目前已有足够丰富的高铝耐火材料生产问题方面的经验。考虑到即将扩大此种高级耐火材料的生产,其有关工厂的设计与建筑要求更进一步研究所积累的经验。 H.E.鲍古斯拉夫斯基在自己的文章中很正确地指出生产合成高铝耐火材料的基本特点:细粉碎氧化铝和硬熟料,高温烧成高铝熟料与制品。但作者在提出这些问题的设计决议书中,未充分利用工业中积累的经验,并且在许多情况下也没有提出所选择的工艺过程的必要物理化学根据。选择某一种工艺过程时,采用普通粘土砖生产过程的趋向是较大的,因此所选择的许多生产程序及其 Refractory materials Industry and scientific research agencies currently have sufficient experience in the production of high-alumina refractories. Considering that the production of such advanced refractory materials is about to be expanded, its accumulated experience in the design and construction of the factory is further studied. In his essay H.E. Baucuslavsky correctly pointed out the basic features of producing synthetic high-alumina refractories: finely pulverized alumina and hard clinker, and fired high-alumina clinker and articles at high temperatures. However, the authors did not fully exploit the accumulated experience in industry in design decisions that raised these issues and, in many cases, did not suggest the necessary physico-chemical basis for the chosen process. The choice of a particular process, the use of ordinary clay brick production process tends to be larger, so many of the selected production process and its