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Results: 1-19 |
Results: 19
A concept for the generalization of the standard electrokinetic model
Authors: Dukhin, SS Zimmermann, R Werner, C
Citation: Ss. Dukhin et al., A concept for the generalization of the standard electrokinetic model, COLL SURF A, 195(1-3), 2001, pp. 103-112
Dynamic effects in maximum bubble pressure experiments
Authors: Kovalchuk, VI Dukhin, SS
Citation: Vi. Kovalchuk et Ss. Dukhin, Dynamic effects in maximum bubble pressure experiments, COLL SURF A, 192(1-3), 2001, pp. 131-155
Hydrodynamic processes in dynamic bubble pressure experiments Part 5. The adsorption at the surface of a growing bubble
Authors: Mishchuk, NA Dukhin, SS Fainerman, VB Kovalchuk, VI Miller, R
Citation: Na. Mishchuk et al., Hydrodynamic processes in dynamic bubble pressure experiments Part 5. The adsorption at the surface of a growing bubble, COLL SURF A, 192(1-3), 2001, pp. 157-175
Poisson-Boltzmann equation for spherical cell model: approximate analytical solution and applications
Authors: Zholkovskij, EK Dukhin, SS Mishchuk, NA Masliyah, JH Czarnecki, J
Citation: Ek. Zholkovskij et al., Poisson-Boltzmann equation for spherical cell model: approximate analytical solution and applications, COLL SURF A, 192(1-3), 2001, pp. 235-251
Coalescence coupled with either coagulation or flocculation in dilute emulsions
Authors: Dukhin, SS Sjoblom, J Wasan, DT Saether, O
Citation: Ss. Dukhin et al., Coalescence coupled with either coagulation or flocculation in dilute emulsions, COLL SURF A, 180(3), 2001, pp. 223-234
Microflotation suppression and enhancement caused by particle/bubble electrostatic interaction
Authors: Mishchuk, NA Koopal, LK Dukhin, SS
Citation: Na. Mishchuk et al., Microflotation suppression and enhancement caused by particle/bubble electrostatic interaction, J COLL I SC, 237(2), 2001, pp. 208-223
Specific features of heterocoagulation during microflotation
Authors: Mishchuk, NA Koopal, LK Dukhin, SS
Citation: Na. Mishchuk et al., Specific features of heterocoagulation during microflotation, COLL J, 62(2), 2000, pp. 179-188
Effect of the nonstationary viscous flow in the capillary on oscillating bubble and oscillating drop measurements
Authors: Kovalchuk, VI Kragel, J Miller, R Fainerman, VB Kovalchuk, NM Zholkovskij, EK Wustneck, R Dukhin, SS
Citation: Vi. Kovalchuk et al., Effect of the nonstationary viscous flow in the capillary on oscillating bubble and oscillating drop measurements, J COLL I SC, 232(1), 2000, pp. 25-32
Dynamics of rear stagnant cap formation at low Reynolds numbers 1. Slow sorption kinetics
Authors: Zholkovskij, EK Koval'chuk, VI Dukhin, SS Miller, R
Citation: Ek. Zholkovskij et al., Dynamics of rear stagnant cap formation at low Reynolds numbers 1. Slow sorption kinetics, J COLL I SC, 226(1), 2000, pp. 51-59
Bubble oscillations in a closed cell
Authors: Kovalchuk, VI Zholkovskij, EK Kragel, J Miller, R Fainerman, VB Wustneck, R Loglio, G Dukhin, SS
Citation: Vi. Kovalchuk et al., Bubble oscillations in a closed cell, J COLL I SC, 224(2), 2000, pp. 245-254
Resonance behavior of oscillating bubbles
Authors: Zholkovskij, EK Kovalchuk, VI Fainerman, VB Loglio, G Kragel, J Miller, R Zholob, SA Dukhin, SS
Citation: Ek. Zholkovskij et al., Resonance behavior of oscillating bubbles, J COLL I SC, 224(1), 2000, pp. 47-55
Investigation of dynamic Stern layer of liposomes by utilizing the isoelectric point and isoconducting point
Authors: Matsumura, H Verbich, SV Dukhin, SS
Citation: H. Matsumura et al., Investigation of dynamic Stern layer of liposomes by utilizing the isoelectric point and isoconducting point, COLL SURF A, 159(2-3), 1999, pp. 271-276
Hydrodynamic processes in dynamic bubble pressure experiments. 4. Calculation of magnitude and time of liquid penetration into capillaries
Authors: Koval'chuk, VI Dukhin, SS Fainerman, VB Miller, R
Citation: Vi. Koval'Chuk et al., Hydrodynamic processes in dynamic bubble pressure experiments. 4. Calculation of magnitude and time of liquid penetration into capillaries, COLL SURF A, 151(3), 1999, pp. 525-536
The interaction between particles and bubbles
Authors: Ralston, J Dukhin, SS
Citation: J. Ralston et Ss. Dukhin, The interaction between particles and bubbles, COLL SURF A, 151(1-2), 1999, pp. 3-14
Inertial hydrodynamic particle-bubble interaction in notation
Authors: Ralston, J Dukhin, SS Mishchuk, NA
Citation: J. Ralston et al., Inertial hydrodynamic particle-bubble interaction in notation, INT J MINER, 56(1-4), 1999, pp. 207-256
Investigation of dynamic stern layer of liposomes by measurements of conductivity and electrophoresis
Authors: Verbich, SV Dukhin, SS Matsumura, H
Citation: Sv. Verbich et al., Investigation of dynamic stern layer of liposomes by measurements of conductivity and electrophoresis, J DISP SCI, 20(1-2), 1999, pp. 83-104
A videomicroscopic investigation of coupled reversible flocculation and coalescence at singlet-doublet equilibrium in an O/W emulsion of low density contrast
Authors: Saether, O Sjoblom, J Verbich, SV Dukhin, SS
Citation: O. Saether et al., A videomicroscopic investigation of coupled reversible flocculation and coalescence at singlet-doublet equilibrium in an O/W emulsion of low density contrast, J DISP SCI, 20(1-2), 1999, pp. 295-314
Bubble formation in maximum bubble pressure measuring systems employing a gas reservoir of limited volume
Authors: Koval'chuk, VL Fainerman, VB Miller, R Dukhin, SS
Citation: Vl. Koval'Chuk et al., Bubble formation in maximum bubble pressure measuring systems employing a gas reservoir of limited volume, COLL SURF A, 143(2-3), 1998, pp. 381-393
Video-microscopic investigation of the coupling of reversible flocculationand coalescence
Authors: Saether, O Sjoblom, J Verbich, SV Mishchuk, NA Dukhin, SS
Citation: O. Saether et al., Video-microscopic investigation of the coupling of reversible flocculationand coalescence, COLL SURF A, 142(2-3), 1998, pp. 189-200
Risultati: 1-19 |