검색결과 : 148건
No. | Article |
---|---|
131 |
Disintegration behavior of particles in fluidized beds application of a constant surface-related attrition coefficient Rangelova J, Morl L, Heinrich S, Peters R Chemie Ingenieur Technik, 76(8), 1078, 2004 |
132 |
Fluidized bed air drying: Experimental study and model development Henneberg M, Heinrich S, Ihlow M, Morl L Canadian Journal of Chemical Engineering, 81(2), 176, 2003 |
133 |
Study of dynamic multi-dimensional temperature and concentration distributions in liquid-sprayed fluidized beds Heinrich S, Blumschein J, Henneberg M, Ihlow M, Peglow M, Morl L Chemical Engineering Science, 58(23-24), 5135, 2003 |
134 |
Fluidized bed spray granulation - Novel simulation software for calculation of particle size distribution, temperatures, and gas loading Ihlow M, Drechsler J, Peglow M, Henneberg M, Heinrich S, Morl L Chemie Ingenieur Technik, 75(12), 1852, 2003 |
135 |
Particle population modeling in fluidized bed-spray granulation - analysis of the steady state and unsteady behavior Heinrich S, Peglow M, Ihlow M, Morl L Powder Technology, 130(1-3), 154, 2003 |
136 |
An optimization model of the operating costs of a fluidized bed steam-drying plant Heinrich S, Ihlow M, Henneberg M, Kruger G, Morl L Canadian Journal of Chemical Engineering, 80(2), 326, 2002 |
137 |
Decay behavior of particles in a fluidized bed - Application of a mass-related attrition coefficient Rangelova J, Morl L, Heinrich S, Dalichau J Chemical Engineering & Technology, 25(6), 639, 2002 |
138 |
Unsteady and steady-state particle size distributions in batch and continuous fluidized bed granulation systems Heinrich S, Peglow M, Morl L Chemical Engineering Journal, 86(1-2), 223, 2002 |
139 |
Analysis of the start-up process in continuous fluidized bed spray granulation by population balance modelling Heinrich S, Peglow M, Ihlow M, Henneberg M, Morl L Chemical Engineering Science, 57(20), 4369, 2002 |
140 |
Fluidized bed-steam drying - Modeling and experimental studies Machnow E, Ihlow M, Henneberg M, Heinrich S, Morl L Chemical Engineering & Technology, 24(9), 884, 2001 |