This article sums up and compares the most important techniques for magnetic sensing of
ferromagnetic nanoparticles. In addition, the most well-known magnetic sensing instruments …

Magnetic cleanliness is a severe electromagnetic compatibility topic in nearly all science
space missions. Nowadays this interest is expanding from dc to the area of extremely low …

Envisioning the next generation electrified chemical reactors heated by induction that will be
able to provide feedback on the material properties online, allowing early diagnosis of …

A lot of studies for spacecraft design have been carried out in the past to ensure space
mission success without compromising the scientific data but electromagnetic issues always …

Catalytic nanoparticles play a key role in our lives and are an important tool for the transition
to a more sustainable future. 85-90% of all manmade chemicals pass through at least one …

Authors prior to this work proposed a methodology providing electric or magnetic
cleanliness on spacecraft implementation by reordering equipment units. More precisely …

Satellites are of tremendous importance for humanity, they play a vital role in internet
communications, Earth observation and much more. To function properly, many satellites …

Understanding the Electromagnetic behavior and studying Electromagnetic Compatibility
issues are essential to ensure the proper functionality of the electrical equipment and …

ADCS magnetometers on board of satellites suffer from the disruptive magnetic field
produced by the satellite itself. For CubeSats and PocketQubes this magnetic field is usually …

Nowadays, a wide range of space missions accommodate ever-stricter electromagnetic
cleanliness requirements arising either from the need for more precise measurements or …