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首页> 外文期刊>Refractories and Industrial Ceramics >PROSPECTS FOR USING ALUMINOSILICATE REFRACTORIES FOR ALUMINUM ELECTROLYZERS--PART 2. RESISTANCE OF ALUMINOSILICATE REFRACTORIES TO THE ACTION OF COMMERCIAL ELECTROLYTE
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PROSPECTS FOR USING ALUMINOSILICATE REFRACTORIES FOR ALUMINUM ELECTROLYZERS--PART 2. RESISTANCE OF ALUMINOSILICATE REFRACTORIES TO THE ACTION OF COMMERCIAL ELECTROLYTE

机译:铝电解材料使用铝硅酸盐耐火材料的前景-部分2.铝硅酸盐耐火材料对商业电解质作用的抵抗

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摘要

Data are provided for laboratory studies of the resistance of aluminosilicate refractories to the action of commercial electrolyte. It is established that refractory ShPD_M-45, prepared using a mullite-corundum chamotte, is most resistant to electrolyte action. Results are provided for studies in the change of mineral composition and phase transformations in aluminosilicate refractories during reaction with commercial electrolyte. It is shown that long-prismatic titanium-containing mullite is more resistant to the action of the fluoride ion than short-prismatic material.
机译:提供的数据用于实验室研究铝硅酸盐耐火材料对商业电解质作用的抵抗性。已确定使用莫来石-刚玉黏土制备的耐火材料ShPD_M-45对电解质的作用最强。为研究与商业电解质反应期间硅铝酸盐耐火材料中矿物成分的变化和相变提供了研究结果。结果表明,长棱柱形的含钛莫来石比短棱柱形的材料对氟离子的作用更有抵抗力。

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