Water states and displacements can be investigated with thermogravimetry (TG) either in its classical or in the Knudsen version (where standard pans are replaced with Knudsen cells). The case of wheat flour dough is considered in various steps of bread making, namely, mixing, proofing, baking, staling. The split of DTG signals into various components (gaussian functions) support the assumption that the overall dough water is partitioned into various fractions. Few comments are devoted to water displacements during freezing
The thermal properties of different kinds of dough were investigated after different kneading times ...
Bread dough is a foam and the stability of the gas bubbles towards disproportionation and coalescenc...
AbstractThermodynamic properties of bread dough (fusion enthalpy, apparent specific heat, initial fr...
Thermo-Gravimetric Analysis (TGA) investigations suggest that in many foods water is partitioned in ...
Thermo-Gravimetric Analysis (TGA) investigations suggest that water in a wheat flour dough is partit...
Thermogravimetric analysis allowed inspection of the behavior of water within a wheat flour dough. I...
Bread dough and bread are dispersed systems where several aqueous phases coexist and exchange water ...
Phase separation of dough is based on the thermodynamic incompatibility of its components. The studi...
The thermogravimetry (TGA) and derivative thermogravimetry (DTG) methods have been used to measure t...
Frozen storage increased the amount of liquid phase and decreased the storage modulus of water‐flour...
Thermodynamic properties of bread dough (fusion enthalpy, apparent specific heat, initial freezing p...
The subzero properties of wheat doughs were measured by dynamic mechanical thermal analysis (DMTA) a...
Bread baking can be viewed as a complex physico-chemical process. It is governed by transport of hea...
The formation and distribution of ice upon the freezing of fresh breadcrumb were investigated using ...
Wheat starch gelatinization taking place during the baking of different bread dough recipes was stud...
The thermal properties of different kinds of dough were investigated after different kneading times ...
Bread dough is a foam and the stability of the gas bubbles towards disproportionation and coalescenc...
AbstractThermodynamic properties of bread dough (fusion enthalpy, apparent specific heat, initial fr...
Thermo-Gravimetric Analysis (TGA) investigations suggest that in many foods water is partitioned in ...
Thermo-Gravimetric Analysis (TGA) investigations suggest that water in a wheat flour dough is partit...
Thermogravimetric analysis allowed inspection of the behavior of water within a wheat flour dough. I...
Bread dough and bread are dispersed systems where several aqueous phases coexist and exchange water ...
Phase separation of dough is based on the thermodynamic incompatibility of its components. The studi...
The thermogravimetry (TGA) and derivative thermogravimetry (DTG) methods have been used to measure t...
Frozen storage increased the amount of liquid phase and decreased the storage modulus of water‐flour...
Thermodynamic properties of bread dough (fusion enthalpy, apparent specific heat, initial freezing p...
The subzero properties of wheat doughs were measured by dynamic mechanical thermal analysis (DMTA) a...
Bread baking can be viewed as a complex physico-chemical process. It is governed by transport of hea...
The formation and distribution of ice upon the freezing of fresh breadcrumb were investigated using ...
Wheat starch gelatinization taking place during the baking of different bread dough recipes was stud...
The thermal properties of different kinds of dough were investigated after different kneading times ...
Bread dough is a foam and the stability of the gas bubbles towards disproportionation and coalescenc...
AbstractThermodynamic properties of bread dough (fusion enthalpy, apparent specific heat, initial fr...