Agricultural University / Danish Institute of Agricultural Sciences / Aalborg University / Institute of Life Sciences / Environmental Engineering Institute of Life Sciences Aalborg University Preface The / /
IndustryTerm
physical and chemical perturbations / low-energy input measurement / chemical / low-energy input dispersion procedure / low-energy dispersible colloids / model systems / soil solution / energy / /
Organization
Department of Environmental Engineering / Royal Veterinary and Agricultural University / Department of Agroecology / Danish Research Council / Institute of Life Sciences / Aalborg University / Danish Institute of Agricultural Sciences / European Doctoral School / præferentiel strømning Ph.D.-afhandling Charlotte Kjærgaard Department of Environmental Engineering Institute / Chemistry Department / /
Person
Bodil Christensen / Michael Koppelgaard / Hans Christian Bruun Hansen / Lis Wollesen de Jonge / Per Møldrup / Palle Jørgensen / Anne Sehested / Per Moldrup / Karen Grothe Villholth / Stig T. Rasmussen / /
Colloid mobilization and transport in structured soils The role of colloid dispersion, colloid stability and preferential flow Ph.D. dissertation Kolloidmobilisering og –transport i struktureret jord Effekt af kolloidd