HEAT-RESISTANT CONCRETE BASED ON ALUMINOTHERMIC SLAGS OF THE KLYUCHEVSKII FERROALLOYS PLANT

A. N. Abyzov; V. A. Perepelytsyn; V. M. Rytvin

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HEAT-RESISTANT CONCRETE BASED ON ALUMINOTHERMIC SLAGS OF THE KLYUCHEVSKII FERROALLOYS PLANT

机译：基于Klyuchevskii铁合金厂的铝热熔渣的耐热混凝土

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Substance and grain compositions, parameters of physicochemical properties, and ranges of application of heat-resistant concretes produced on the basis of aluminothermic slags are presented. A wide range of fillers and lime-aluminate cements of refractory and heat-resistant concretes is considered. Experience in the use of slag concretes in linings of various heating units is described.

机译：介绍了基于铝热矿渣生产的耐热混凝土的物质和晶粒组成，理化性能参数以及应用范围。考虑了各种耐火和耐热混凝土的填料和石灰铝酸盐水泥。描述了在各种加热单元的衬里中使用矿渣混凝土的经验。

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《Refractories and Industrial Ceramics》 |2007年第6期|共4页
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A. N. Abyzov; V. A. Perepelytsyn; V. M. Rytvin;
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中图分类硅酸盐工业;
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1. HEAT-RESISTANT CONCRETE BASED ON ALUMINOTHERMIC SLAGS OF THE KLYUCHEVSKII FERROALLOYS PLANT [J] . A. N. Abyzov, V. A. Perepelytsyn, V. M. Rytvin Refractories and Industrial Ceramics . 2007,第6期

机译：基于Klyuchevskii铁合金厂的铝热熔渣的耐热混凝土
2. Modified Binders from Aluminothermal Production Slags and Cellular Heat-Resistant Concretes Based on Them [J] . Abyzov V. A., Rechkalov D. A., Chernogorlov S. N. Refractories and Industrial Ceramics . 2015,第4期

机译：基于它们的铝热生产矿渣和蜂窝状耐热混凝土的改性粘合剂
3. Recovery of metal from slag/mixed metal generated in ferroalloy plants-a case study [J] . R. Sripriya, Ch. V.G.K. Murty International Journal of Mineral Processing . 2005,第1a2期

机译：从铁合金厂产生的炉渣/混合金属中回收金属-案例研究
4. Characterization of Aluminum Titanate Prepared with Alumina-Titania Slag from a Ferroalloy Plant [C] . LUO Xudong, ZHANG Guodong, QU Dianli, International symposium on refractories . 2012

机译：铁合金厂用氧化铝-二氧化钛渣制备的钛酸铝的表征
5. The feasibility of incorporating various amendments into Copper Cliff slag to create a slag-based plant growth medium for the purpose of revegetation. [D] . Walker, Bradley James. 2001

机译：将各种修正物掺入铜悬崖矿渣中以形成基于矿渣的植物生长培养基以进行植被恢复的可行性。
6. Aluminothermic Reduction of Manganese Oxide from Selected MnO-Containing Slags [O] . Artur Kudyba, Shahid Akhtar, Inge Johansen, 2021

机译：由选定的含汞渣的氧化锰的渗透还原
7. An increase of longevity of heat-resistant concretes by modification of heat-resistant astringent [O] . Якуш Євген, Iakush Evgen 2010

机译：通过改性耐热性收敛剂来提高耐热性混凝土的寿命
8. HEAT-RESISTANT CONCRETE FOR PRESTRESSED-CONCRETE-PRESSURE-VESSEL (PCPV) REACTORS [R] . Donald L. Birkimer, David R. Lankard, F. Frederick Fondriest 1969

机译：预应力混凝土 - 压力容器（pCpV）反应堆用耐热混凝土

HEAT-RESISTANT CONCRETE BASED ON ALUMINOTHERMIC SLAGS OF THE KLYUCHEVSKII FERROALLOYS PLANT

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