Clay Modifier Activation for Ceramic Brick by Ultrasonic Extrusion

Faseeva G. R.; Nafikov R. M.; Lapuk S. E.; Kiyamov A. G.; Zakharov Yu. A.; Kabirov R. R.; Garipov L. N.; Lyadov N. M.; Faizrakhmanov I. A.

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Clay Modifier Activation for Ceramic Brick by Ultrasonic Extrusion

机译：超声挤压陶瓷砖的粘土改性剂激活

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The properties of ceramic are studied in the case where clay is modified by adding small amounts of glass fiber in the process of ultrasonic extrusion of laboratory samples. Ultrasound increases the strengthening action of the modifier. It consolidates the batch and orients its elongated particles along the direction of extrusion. After firing the modifier particles become hollow concretions-geodes which have a polycrystalline shell comprised of anorthite and are filled with needle-shaped crystals. The proposed method of extrusion increases the accuracy and informativeness of tests performed on modified clays.

机译：在通过在实验室样品的超声挤出过程中加入少量玻璃纤维来改变粘土的情况下，研究了陶瓷的性质。超声波增加了改进剂的强化作用。它沿着挤出方向整合批量和颗粒的细长颗粒。在烧制后，改性剂颗粒成为中空凝固 - 夹具，其具有由钙钛矿的多晶壳，并且填充有针状晶体。所提出的挤出方法增加了对改性粘土的测试的准确性和信息性。

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来源
《Glass and ceramics》 |2018年第12期|共6页
作者
Faseeva G. R.; Nafikov R. M.; Lapuk S. E.; Kiyamov A. G.; Zakharov Yu. A.; Kabirov R. R.; Garipov L. N.; Lyadov N. M.; Faizrakhmanov I. A.;
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作者单位

Kazan Privolzhskii Fed Univ Kazan Russia;

Kazan Privolzhskii Fed Univ Kazan Russia;

Kazan Privolzhskii Fed Univ Kazan Russia;

Kazan Privolzhskii Fed Univ Kazan Russia;

Kazan Privolzhskii Fed Univ Kazan Russia;

Alekseevskaya Keramika JSC Alekseevkii Rayon Tatarstan Russia;

Alekseevskaya Keramika JSC Alekseevkii Rayon Tatarstan Russia;

Russian Acad Sci EK Zavoiskii Kazan Physicotech Inst Kazan Sci Ctr Kazan Russia;

Russian Acad Sci EK Zavoiskii Kazan Physicotech Inst Kazan Sci Ctr Kazan Russia;

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原文格式 PDF
正文语种 eng
中图分类玻璃工业;
关键词
ultrasonic extrusion; ceramic brick; clay modifier;

机译：超声波挤压;陶瓷砖;粘土改性剂;

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专利

1. Clay Modifier Activation for Ceramic Brick by Ultrasonic Extrusion [J] . Faseeva G. R., Nafikov R. M., Lapuk S. E., Glass and ceramics . 2018,第11a12期

机译：超声挤压陶瓷砖的粘土改性剂激活
2. Prototyping of Ultrasonic Die for Extrusion of Ceramic Brick [J] . Kabirov R. R., Garipov L. N., Faseeva G. R., Glass and ceramics . 2017,第3a4期

机译：超声管型挤出陶瓷砖的原型
3. Use of zeolite rocks for ceramic bricks based on brick clays and clay loams with high drying sensitivity [J] . Vakalova T. V., Revva I. B. Construction and Building Materials . 2020,第Sepa20期

机译：基于砖粘土的陶瓷砖对陶瓷砖的使用和粘土壤土的使用高干燥敏感性
4. Evaluation of Different Steel Wastes and its Influence in Ceramic Bricks Shaping by Extrusion [C] . Nancy Quaranta, Gisela Pelozo, Osmell Diaz International Congress of Science and Technology of Metallurgy and Materials . 2015

机译：不同钢废物评价及其对挤压陶瓷砖的影响
5. Experimental Investigation on Ultrasonic-assisted Extrusion of Aluminum Fabricated by Ultrasonic Powder Consolidation [D] . Liu, Xiaochen. 2019

机译：超声波粉末固结制造铝超声波辅助挤出的实验研究
6. Alkali Activation of Waste Clay Bricks: Influence of The Silica Modulus SiO2/Na2O H2O/Na2O Molar Ratio and Liquid/Solid Ratio [O] . R. A. Gado, Marek Hebda, Michal Łach, 2020

机译：废粘土砖的碱活化：二氧化硅模量SiO2 / Na2OH2O / Na2O摩尔比和液/固比的影响
7. Evaluation of Different Steel Wastes and its Influence in Ceramic Bricks Shaping by Extrusion [O] . Quaranta Nancy, Pelozo Gisela, Díaz Osmell 2015

机译：不同钢废料的评价及其对陶瓷砖挤压成型的影响
8. Ultrasonic Extrusion: Reduction in Vehicle and Plasticizer Requirements for Non-Clay Ceramics. [R] . Tarpley, W. B., Yocom, K. H., Pheasant, R. 1961

机译：超声波挤出：减少非粘土陶瓷的载体和增塑剂要求。

Clay Modifier Activation for Ceramic Brick by Ultrasonic Extrusion

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