Research on terahertz communication under different vehicles has important guiding
significance for the design of future hypersonic vehicle and Radio Frequency (RF) blackout …

Plasma sheath prediction of hypersonic vehicle is critical to radio frequency (RF) blackout
solutions as well as vehicle design and development. In this paper, an optimized chemical …

Abstract The Tracking, Telemetering, and Command (TT&C) communication of spacecraft
faces severe limitations during reentry. The Electromagnetic (EM) propagation channel is …

Radio frequency blackout indicates the communication interruption between signal
monitoring sites and re-entry vehicles; it is a serious threat to the safety of astronauts and the …

A communication blackout is one of the major problems that occurs during the reentry of a
satellite into the Earth's atmosphere, which is caused by the reentry plasma blocking …

Communication blackouts during the atmospheric reentry phase are a significant challenge,
as flight data are lost due to interruptions caused by plasma gas generated by aerodynamic …

Radio frequency (RF) blackout occurs during radio attenuation measurement C (RAMC)
vehicle reentry due to the attenuation effect of the plasma sheath on the communication …

During the flight of a hypersonic vehicle, a plasma sheath will be produced around the
vehicle due to the effect of the shock layer. Because the plasma sheath will absorb, reflect …

To study the electromagnetic properties through reentry plasma on ground, a large-sized
inductive coupled plasma generator is designed to produce a long-duration, large size and …

A novel DC arc plasma torch is designed in this paper in order to reduce the electrode
erosion, and a series of experiments are carried out to investigate how to improve the …