No exact match found for Magrla,, Radek, using Magrla Radek instead...
National Repository of Grey Literature 5 records found  Search took 0.02 seconds. 
Modicications of Portland cement properties focused on reducing CO2 emissions
Magrla, Radek ; Staněk,, Theodor (referee) ; Fridrichová, Marcela (advisor)
This thesis aims to burn raw material with a lower content of carbonate component for the production of Portland cement. Substitution of carbonate component is done by fluidized fly ash. The model cements are tested of basic technological properties and the hydration process is observed.
The thermodynamic stability of etringite
Magrla, Radek ; Durica,, Tibor (referee) ; Bílek,, Vlastimil (referee) ; Brauner,, Josef (referee) ; Fridrichová, Marcela (advisor)
The theoretical part of this doctoral thesis summarizes the current knowledge of portland cement and its manufacturing technology, information of FBC ash, Aft phases, AFm phases and the current knowledge of thermodynamic stability of ettringite. The practical part of the doctoral thesis focuses on manufacturing of ettringite based on yeelimite clinker, studying the influence of environment on thermodynamic stability of ettringite and manufacturing of ettringite by direct addition of calcium hydroxide and aluminum sulfate.
Proposal to Reduce the Energy Intensity of the Production Process
Bičan, Vladimír ; Magrla,, Radek (referee) ; Videcká, Zdeňka (advisor)
The thesis deals with the optimization of the energy consumption of a production process, the main input raw material for processing the product to the required quality is natural gas. The basis for the preparation of the thesis is the analysis of the data from the tests conducted. On the basis of the analyzed data, the optimization of the production wheel, the proposal for reducing the energy consumption and, lastly, the economic evaluation of the savings expected from the optimization.
The thermodynamic stability of etringite
Magrla, Radek ; Durica,, Tibor (referee) ; Bílek,, Vlastimil (referee) ; Brauner,, Josef (referee) ; Fridrichová, Marcela (advisor)
The theoretical part of this doctoral thesis summarizes the current knowledge of portland cement and its manufacturing technology, information of FBC ash, Aft phases, AFm phases and the current knowledge of thermodynamic stability of ettringite. The practical part of the doctoral thesis focuses on manufacturing of ettringite based on yeelimite clinker, studying the influence of environment on thermodynamic stability of ettringite and manufacturing of ettringite by direct addition of calcium hydroxide and aluminum sulfate.
Modicications of Portland cement properties focused on reducing CO2 emissions
Magrla, Radek ; Staněk,, Theodor (referee) ; Fridrichová, Marcela (advisor)
This thesis aims to burn raw material with a lower content of carbonate component for the production of Portland cement. Substitution of carbonate component is done by fluidized fly ash. The model cements are tested of basic technological properties and the hydration process is observed.

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