Martin Iggland

Modeling Nucleation, Growth, and Ostwald Ripening in Crystallization Processes: A Comparison between Population Balance and Kinetic Rate Equation

Thomas Vetter, Martin Iggland, David R. Ochsenbein et al. · Crystal Growth & Design · 2013 · 149 citations · Full text

Engineering, Computational Chemistry, Chemistry +19

A Population Balance Model for Chiral Resolution via Viedma Ripening

Martin Iggland, Marco Mazzotti · Crystal Growth & Design · 2011 · 110 citations

Materials Science, Enantioselective Synthesis, Engineering +12

Population Balance Modeling with Size-Dependent Solubility: Ostwald Ripening

Martin Iggland, Marco Mazzotti · Crystal Growth & Design · 2012 · 90 citations

Engineering, Physics, Ripening Phenomenon +11

Complete solid state deracemization by High Pressure Homogenization

Martin Iggland, María P. Fernández‐Ronco, Remo Senn et al. · Chemical Engineering Science · 2014 · 49 citations

Materials Science, High Pressure Homogenization, Engineering +6

On the Effect of Initial Conditions in Viedma Ripening

Martin Iggland, Roland Müller, Marco Mazzotti · Crystal Growth & Design · 2014 · 32 citations

Engineering, Botany, Computational Chemistry +17