Dein Suchergebnis zum Thema: wind

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Max-Planck-Princeton partnership in fusion research confirmed

https://www.mpg.de/11805837/max-planck-princeton-partnership-in-fusion-research-confirmed

The scientific performance of Max-Planck-Princeton Center for Plasma Physics, established in 2012 by the Max Planck Society and Princeton University, USA, has been evaluated and awarded top grade. The Max Planck Society has now decided to continue its support for another two to maximum five years with 250,000 euros annually. The center’s objective is to link up the hitherto less coordinated research on fusion, laboratory and space plasmas and utilise synergies.
Turbulence in solar wind plasma.

Max-Planck-Princeton partnership in fusion research confirmed

https://www.mpg.de/11805837/max-planck-princeton-partnership-in-fusion-research-confirmed?c=155019

The scientific performance of Max-Planck-Princeton Center for Plasma Physics, established in 2012 by the Max Planck Society and Princeton University, USA, has been evaluated and awarded top grade. The Max Planck Society has now decided to continue its support for another two to maximum five years with 250,000 euros annually. The center’s objective is to link up the hitherto less coordinated research on fusion, laboratory and space plasmas and utilise synergies.
Turbulence in solar wind plasma.

Oxygen in Earth’s Higher Atmosphere

https://www.mpg.de/19836694/oxygen-in-earth-s-higher-atmosphere?c=11970220

The airborne infrared observatory Sofia for the first time detected the atomic 18O isotope in the mesosphere and lower thermosphere of Earth. Their measurements are an important step in the understanding of how biological processes permeate Earth’s atmosphere and could help to refine the search for potential signs of life in exoplanet atmospheres.
, which is more exposed to disruption from the sun’s UV radiation and the solar wind

Oxygen in Earth’s Higher Atmosphere

https://www.mpg.de/19836694/oxygen-in-earth-s-higher-atmosphere

The airborne infrared observatory Sofia for the first time detected the atomic 18O isotope in the mesosphere and lower thermosphere of Earth. Their measurements are an important step in the understanding of how biological processes permeate Earth’s atmosphere and could help to refine the search for potential signs of life in exoplanet atmospheres.
, which is more exposed to disruption from the sun’s UV radiation and the solar wind