The objective of this paper was to evaluate the stability of the model solutions determining initial freezing temperature after repeated freezing process. The solutions were composed by water, sucrose and Carboxymethylcellulose (CMC). Were evaluated the concentrations of sucrose from 15% to 31.1% (w/w) and the concentration of CMC from 0.5%, 1.0% to 1.5% (w/w). It was also studied the possibility of reutilization of the model solutions for freezing tests. The results showed that at the concentration of 0.5% there was no alteration at the water binding capacity. The variation of sucrose concentration did not interfered in the stability of the solution during the study28112513
Celem pracy było porównanie wpływu dodatku κ-karagenu i jego hydrolizatów oraz białka typu AFP III, ...
The ice crystallization and melting in systems where the equilibrium state is difficult to reach is ...
The ice crystallization and melting in systems where the equilibrium state is difficult to reach is ...
The objective of this paper was to evaluate the stability of the model solutions determining initial...
7 páginasThe progressive freeze concentration of sucrose solutions was tested. The effect of the ini...
The progressive freeze concentration of sucrose solutions was tested. The effect of the initial conc...
Continuous processes to freeze-concentrate aqueous solutions of sucrose are proposed that integrate...
Continuous processes to freeze-concentrate aqueous solutions of sucrose are proposed that integrates...
The classical DSC methods was employed to study aqueous solutions of sucrose in the whole concentrat...
Progressive freeze concentration is an alternative method to concentrate aqueous industrial streams ...
This study focused on modelling ice growth and solute inclusion behaviour during progressive freeze ...
Progressive freeze concentration is an alternative method to concentrate aqueous industrial streams ...
The retention of solutes in the ice formed in a falling-film freeze concentrator (multi-plate freeze...
The retention of solutes in the ice formed in a falling-film freeze concentrator (multi-plate freeze...
This study investigated the glass transitional region of sucrose solutions and of freeze dried sucro...
Celem pracy było porównanie wpływu dodatku κ-karagenu i jego hydrolizatów oraz białka typu AFP III, ...
The ice crystallization and melting in systems where the equilibrium state is difficult to reach is ...
The ice crystallization and melting in systems where the equilibrium state is difficult to reach is ...
The objective of this paper was to evaluate the stability of the model solutions determining initial...
7 páginasThe progressive freeze concentration of sucrose solutions was tested. The effect of the ini...
The progressive freeze concentration of sucrose solutions was tested. The effect of the initial conc...
Continuous processes to freeze-concentrate aqueous solutions of sucrose are proposed that integrate...
Continuous processes to freeze-concentrate aqueous solutions of sucrose are proposed that integrates...
The classical DSC methods was employed to study aqueous solutions of sucrose in the whole concentrat...
Progressive freeze concentration is an alternative method to concentrate aqueous industrial streams ...
This study focused on modelling ice growth and solute inclusion behaviour during progressive freeze ...
Progressive freeze concentration is an alternative method to concentrate aqueous industrial streams ...
The retention of solutes in the ice formed in a falling-film freeze concentrator (multi-plate freeze...
The retention of solutes in the ice formed in a falling-film freeze concentrator (multi-plate freeze...
This study investigated the glass transitional region of sucrose solutions and of freeze dried sucro...
Celem pracy było porównanie wpływu dodatku κ-karagenu i jego hydrolizatów oraz białka typu AFP III, ...
The ice crystallization and melting in systems where the equilibrium state is difficult to reach is ...
The ice crystallization and melting in systems where the equilibrium state is difficult to reach is ...