3 - 14 |
Models of nonlinear thermokinetics in drying Sieniutycz S |
15 - 26 |
Structure of complex periodic solutions of a set of parallel tank reactors Berezowski M |
27 - 40 |
The effect of physicochemical parameters on the kinetics of SO2 desorption from aqueous solutions Jaschik M, Buzek J, Warmuzinski K |
41 - 60 |
Purification of air in hospital ventilation systems Grzybowski P, Bujnowski R, Gradon L |
61 - 74 |
Mixing time and pumping capacity in the crystallizer with helicoidal agitator Bechtold Z, Matynia A, Musiol M, Wierzbowska B |
75 - 86 |
The method of the hold-up calculation during the three-phase flow Witczak S, Pendyk B |
87 - 97 |
Potentials of mass and heat transfer in drying of capillary-porous materials Kowalski SJ |
99 - 108 |
Modelling of drying process with jet impinging on a wet surface Nowosielski J, Gradzki P |
109 - 121 |
Numerical model of freeze drying of random solids at two-region conductive-radiative heating Nastaj J, Witkiewicz K |
123 - 141 |
Aggregation and breakage of solid particles in mixers Gierczycki A, Dzido G, Kocurek J |
143 - 154 |
Flow structure in a rectangular channel with uniformly spaced wall protrusions Jezowiecka-Kabsch K, Grygoriev A, Szewczyk H, Wedrychowicz W |
155 - 168 |
Intensification of the mixing process in a pulsating flow through a tube with a sharp-edge constriction Jezowiecka-Kabsch K, Szewczyk H, Wedrychowicz W |
169 - 181 |
Room-temperature ionic liquids Sawinski W |