Monitoring nutrient flows and economic performance in tropical farming systems (NUTMON); Part 1: manual for the NUTMON-t...
Modelling solute leaching during fingered flow by integrating and expanding various theoretical and empirical concepts
Wetting front instability (fingered flow) accelerates solute transport through the unsaturated zone to the groundwater table. Whether fingers widen or dissipate close to the groundwater is unclear. Water flow in a two-dimensional artificial capillary fringe below a dry layer exhibiting fingered flow was investigated. The flow diverged strongly in t...
Fingered flow : the role of the induction zone below the soil surface and the capillary fringe
Literatuurinventarisatie stabiliteitsvoorspellers en -gegevens
Levering drie Rossum-stuwen Schouwen West
Multi-phase flow modeling of soil contamination and soil remediation
In this thesis multi-phase flow models are used to study the flow behavior of liquid contaminants in aquifers and of gases that are injected below the groundwater table for remediation purposes. Considered problems are redistribution of a lens of light nonaqueous phase liquid(LNAPL)on a horizontal water table with emphasis on the effect ofNAPLentra...
Flow resistance and hydraulic capacity of water courses with aquatic weed growth; Part 2
NMR methods for imaging of transport processes in micro-porous systems.
Dimensioneringsgrondslagen van sparging.
Displacement imaging in porous media using the line scan NMR technique
Displacement imaging is a recent, powerful NMR method with which distributions of displacements can be acquired of e.g. fluids within a porous medium. Both motion parallel and perpendicular to the flow direction may be observed within a time window of a few milliseconds to several seconds. By combining displacement imaging with the line scan techni...
