Dein Suchergebnis zum Thema: wind

Meintest du wird?

Effiziente Algorithmen für energiereiche Plasmateilchen

https://www.mpg.de/17933715/ipp_jb_2021?c=119452

Energiereiche Teilchen in Plasmen sind häufig Ursache interessanter Welle-Teilchen-Wechselwirkungen, welche die Stabilität des Plasmas fundamental beeinflussen. Wir entwickeln neuartige numerische Verfahren zur Simulation solcher Phänomene und kombinieren dabei effiziente Fluid-Modelle zur Beschreibung der Welle mit aufwendigeren kinetischen Modellen zur Beschreibung der Teilchen.
magnetic fields, for example, they can excite special forms of oscillation; the solar wind

Effiziente Algorithmen für energiereiche Plasmateilchen

https://www.mpg.de/17933715/ipp_jb_2021?c=2249

Energiereiche Teilchen in Plasmen sind häufig Ursache interessanter Welle-Teilchen-Wechselwirkungen, welche die Stabilität des Plasmas fundamental beeinflussen. Wir entwickeln neuartige numerische Verfahren zur Simulation solcher Phänomene und kombinieren dabei effiziente Fluid-Modelle zur Beschreibung der Welle mit aufwendigeren kinetischen Modellen zur Beschreibung der Teilchen.
magnetic fields, for example, they can excite special forms of oscillation; the solar wind

Close-ups of the Sun

https://www.mpg.de/15159523/0716-aero-061986-closer-than-ever-before-solar-orbiter-s-first-images-of-the-sun

Only a few months after its launch, ESA’s Solar Orbiter has captured images of the Sun from a previously unattainable distance. Among other things, these images reveal structures in the Sun’s atmosphere that could possibly be interpreted as so-called nanoflares, very small bursts of radiation. The images from the six remote sensing instruments published today were taken in the days before and after 15 June, when the spacecraft reached the point closest to the Sun on its current orbit. Only 77 million kilometres separated the probe from our star. Although this early mission phase is primarily aimed at commissioning the instruments, the data already provide impressive evidence of Solar Orbiter’s uniquely comprehensive view of the Sun – from the magnetic fields at the surface to the particles streaming into space. The Max Planck Institute for Solar System Research (MPS) in Germany is an important partner of the mission and is significantly involved in four of the instruments.
Four further instruments, the so-called in-situ instruments, measure the solar wind

Robert Schlögl on the hydrogen economy and possible contributions of science to climate protection

https://www.mpg.de/17431692/schloegl-klima-energie-wasserstoff?c=11863417

Robert Schlögl talks about the energy transition, the possibilities of generating electricity from renewable sources and the hydrogen economy as well as carbon capture and carbon use techniques such as Carbon2Chem and what science can contribute towards helping protect the climate.
Schlögl, we cannot cover even the current electricity demand with wind power and

Robert Schlögl on the hydrogen economy and possible contributions of science to climate protection

https://www.mpg.de/17431692/schloegl-klima-energie-wasserstoff

Robert Schlögl talks about the energy transition, the possibilities of generating electricity from renewable sources and the hydrogen economy as well as carbon capture and carbon use techniques such as Carbon2Chem and what science can contribute towards helping protect the climate.
Schlögl, we cannot cover even the current electricity demand with wind power and