Laboratory experiments provide a valuable complement to explore the fundamental physics
of space plasmas without the limitations inherent to spacecraft measurements. Specifically …

In the past decades, laboratory experiments have contributed significantly to the exploration
of the fundamental physics of space plasmas. Since 1908, when Birkeland invented the first …

Laboratory experiments have contributed significantly to the exploration of the fundamental
physics of Earth's and planetary space plasma. In this work, a ground-based plasma device …

Magnetic anomalies on the surface of the Moon interact with the solar wind plasma flow,
resulting in both magnetic and electrostatic deflection/reflection of charged particles …

In the present study, the microwave resonant plasma source has been designed to provide
the ionosphere like condition inside the Iranian Space Plasma Simulation Chamber …

The electrostatic charging environment inside lunar lava tubes was investigated in
laboratory experiments using a glass tube exposed to a simulated solar wind flow. A …

Abstract Space‐borne Langmuir probes generally have a self‐wake behind themselves due
to supersonic relative velocities (Mach number M> 1) between the spacecraft and ambient …

This study aimed to explore the effect of acupuncture on account of composite diamond-like
nano-membrane sensors (DLNF) sensors on post-stroke depression. Titanium/antigen …

Langmuir probes have been widely used for space plasma measurements for decades.
However, there are still challenges in the interpretation of their measurements. Due to the …

In this thesis, a combination of experimental and theoretical simulation methods are used to
study plasma interactions at the lunar surface. A variety of phenomena are examined …