Refract Ind Ceram
 2018
DOI: 10.1007/s11148-018-0243-z
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Modeling Moisture Movement within Refractory Concrete During Drying by Means of Percolation Structures

A. V. Zabolotskii
1
,
L. M. Aksel'rod2,
D. A. Marchenko
3
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Cited by 3 publications
(1 citation statement)
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“…В низкотемпературной области происходят разложение кристаллогидратов (в интервале 250-350 о С), удаление дисперсионной среды и другие превращения. Продукты твердения при температуре около 20 °С содержат САН 10 , С 2 АН 8 и АН 3 [10]. Изменения кристаллической структуры уменьшают механическую прочность композита.…”
Section: íàó×íûå èññëåäîâàíèß è ðàçðàáîòêèunclassified

Production and properties of lightweight refractories based on microporous calcined alumina

Zubashchenko1,
Kuzin2
2019
Nov. ogneup.
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“…В низкотемпературной области происходят разложение кристаллогидратов (в интервале 250-350 о С), удаление дисперсионной среды и другие превращения. Продукты твердения при температуре около 20 °С содержат САН 10 , С 2 АН 8 и АН 3 [10]. Изменения кристаллической структуры уменьшают механическую прочность композита.…”
Section: íàó×íûå èññëåäîâàíèß è ðàçðàáîòêèunclassified

Production and properties of lightweight refractories based on microporous calcined alumina

Zubashchenko1,
Kuzin2
2019
Nov. ogneup.
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Preparation and Properties of Lightweight Refractories Based on Microporous Calcined Alumina

Zubashchenko
1
,
Kuzin
2
2019
Refract Ind Ceram
1
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Low-melting-point polymeric fiber performance as drying additives for refractory castables

Bezerra
1
,
Luz
2
,
Salomão
3
et al. 2022
Ceramics International
4
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