Match dating Egedal
The beam ion losses are simulated using a guiding center code.
In the simulations, the TAE eigenfunction calculated using the ideal MHD model acts as a perturbation to the equilibrium field.
The mechanism is effective in an extended region of the reconnection exhaust allowing for the generation of super-thermal electrons in reconnection scenarios including only a single x-line.
An expression for the phase-space distribution of the super-thermal electrons is derived, providing an accurate match to the kinetic simulation results.
Egedal Municipality is implementing a smart lighting system along the bicycle path between Veksø and Lærkeskolen in Stenløse in a partnership with Aalborg University, Lolle & Nielsen and Philips. Read more How can safety lighting be better integrated at large-scale events?
Read more A research team at Aalborg University in Copenhagen (AAU CPH) have identified a list of 111 light related competencies, across 8 different categories, required by the industry to future proof..
Read more A group of creative schoolchildren spent most of their Monday afternoon designing smart lighting solutions for their own bike path between their school, Lærkeskolen, and the village of Veksø...
Read more As the team behind the Musicon path project are getting ready to instal their innovative lighting solutions at Roskilde’s new creative quarter, DONG Energy reveals the collaborative process behind with..
Read more At a recent seminar on the lifecycle of LED, facilitated by the International Institute of Industrial Environmental Economics at Lund University (IIIEE), we asked post-doctoral researcher Leena Tähkämö from Aalto..