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Formát
| Článek |
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Hlavní záhlaví
|  Ravaszová, Simona |
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Název
| Effect of Different High-energy Grinding Technologies on Granulometric and Crystallographic Properties of Portland Cement / Simona Ravaszová, Karel Dvořák |
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Popis (rozsah)
| 4 obrázky, 4 tabulky |
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Typ obsahu
| text |
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Ext.odkaz
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 Plný text
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EXEMPLÁŘE
| Všechny jednotky |
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Zdroj.dokument
| Transactions of the VSB - Technical University of Ostrava. Civil Engineering Series. -- Ročník 22, číslo 2, (2022), strana 74-78. -- ISSN 1213-1962 |
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Další původce
| Dvořák, Karel, 1980- |
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Poznámka
| Obsahuje bibliografii |
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Abstrakt
| The present article deals with the effect of different high-energy grinding technologies through available laboratory mills on Portland cement’s granulometric and crystallographic properties. Two types of commonly available laboratory mills were selected, namely the planetary mill and the vibratory mill. The type of laboratory mill used, the grinding environment, and the grinding time were monitored. The planetary laboratory mill with 10 mm in diameter grinding steel balls proved to be more efficient in the scope of material reduction, which effectively reduces the material, especially during wet grinding of the material. The agglomeration effect is significantly reduced, which is a big advantage of method of wet grinding.. |
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Předmět. heslo
| stavební materiály |
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| cement |
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| mletí |
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| mlýny |
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Klíčová slova
| * portlandský cement * vysokoenergetické mletí * laboratorní mlýny |
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Skupina Konspektu
| 691 - Stavební hmoty |
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MDT
| 691 |
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Systém. číslo
| 006506455 |
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