The properties of ceramics in the case of clay modification with a small addition of glass fiber during ultrasonic extrusion of laboratory specimens have been investigated. Ultrasound enhances the hardening effect of the modifier. It compresses the charge and orients its elongated particles along the direction of extrusion. After firing, the modifier particles turn into hollow geode nodules with a polycrystalline anorthite shell, filled with needle crystals. The proposed extrusion technique increases the accuracy and information content of testing modified clays.
G. R. FASEEVA
1 , R. M. NAFIKOV
1 , S. E. LAPUK
1 , A.G. KIYAMOV
1 , Cand. physical-mat. Sciences Yu. A. ZAKHAROV
1 (
e-mail: This email address is being protected from spambots. You need JavaScript enabled to view it. ), gene. Director R. R. KABIROV
2 , Ch. engineer L. N. GARIPOV
2 , N. M. LYADOV
3 , Dr. of Phys.-Math. Sciences I. A. FAYZRAKHMANOV
3 ;
1 FGAOU VO & # 171; Kazan (Volga Region) Federal University & # 187; (Russia, Kazan)
2 JSC & # 171; Alekseevskaya ceramics & # 187; (Russia, Tatarstan, Alekseevsky district, urban settlement Alekseevskoe)
3 Kazan Institute of Physics and Technology E. K. Zavoisky KazSC RAS ??(Russia, Kazan)
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