
Transport phenomenon of surface modified bimetallic nanoparticles through porous media
How are nanoparticles transported through porous surface?
The prediction of crop yield can be improved by correcting model simulations with measurement data using data assimilation methods. In this project, new data types captured by stationary and mobile cosmic-ray probes, and sun-induced fluorescence will be used for this purpose.
The improved quality of weather predictions for the next month and next three months will be evaluated at several study sites in Australia and Germany. It will be evaluated to which degree crop yield prediction is already possible at the beginning of the growing season (with seasonal weather predictions and initial soil moisture content), and to what degree it can be improved later in the growing season (with data assimilation).
Contact: t.boas@fz-juelich.de
How are nanoparticles transported through porous surface?
How do we develop policies that can effectively govern new technologies like fog computing.
How does ACL reconstruction surgery affect day-to-day activities.
What are the thermal, flow and species profiles of near-wall combustion phenomena?