Dein Suchergebnis zum Thema: Model

Solar and wind energy may stabilise the power grid

https://www.mpg.de/6351135/power-grid-regenerative-energy

A decentralized power grid with many small wind generators, solar generators and other renewable energy transducers along with additional power lines may be less vulnerable to outages than a centralized power grid with a small number of large power plants, because self-synchronization occurs in the former. This finding was made through simulations performed by the research team led by M. Timme at the Max Planck Institute for Dynamics and Self-Organisation. However, they found that it is important for grid stability that new lines are planned with care in order to avoid Braess’s Paradox.
Institute for Dynamics and Self-Organization in Göttingen have now discovered in model

CMIP5 – Klimasimulationen und Datenbasis für den nächsten Weltklimabericht

https://www.mpg.de/6880685/jb_20121?c=5732343&force_lang=de

Der deutsche Beitrag zu CMIP5 und zum 5. Weltklimabericht wurde am DKRZ mit dem Erdsystemmodell des MPI-M erstellt. Einige Ergebnisse werden im CORDEX Projekt für Afrika bzw. Europa regionalisiert. Die Daten werden qualitätsgeprüft bereitgestellt.
Klimamodellierungsgemeinschaft vereinbarte dafür im Modellvergleichsprojekt CMIP5 (Coupled Model

The nanostructure of a material is decisive in determining how resistant it is to corrosion

https://www.mpg.de/7495852/corrosion-steel-nanostructure

The nano- or microstructure of a material influences its resistance to corrosion. This was the finding of materials scientists from the Max-Planck-Institut für Eisenforschung GmbH, who used atom probe tomography and electrochemical analyses on an amorphous alloy that resembles a chrome molybdenum steel. The less crystalline the structure of this steel is, the more resistant it is to rust.
allows materials researchers in Düsseldorf to understand how the nanostructure of a model

Amazon region more resilient than assumed

https://www.mpg.de/24234854/amazon-rainforest-tipping-point-precepitation?c=12641503

New evidence suggests that mean annual precipitation in the Amazon region is not going to change significantly even if it were completely deforested. This finding of the Max Planck Institue for Meteorology is contrary to concerns that beyond a tipping point, the Amazon would turn into a savannah.
scientists Arim Yoon and Cathy Hohenegger used the global storm-resolving ICON model