Reentry trajectory optimization of hypersonic vehicle has been a hotspot in recent years, and
the existing methods suffer from two drawbacks. First, the navigation error caused by the …

Terahertz (THz) communication has always been considered as a potential solution for
“communication blackout” during aircraft reentry. In this article, the propagation …

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 …

The accuracy and sensitivity of plasma generation predicted by several different chemical
kinetics models is investigated in the context of weakly ionized hypersonic flowfields around …

A self-consistent calculation model of hypersonic fluid and electromagnetic wave (EM)
propagation around a vehicle was used for radio frequency (RF) blackout prediction. First …

A numerical analysis of electromagnetic waves around the atmospheric reentry
demonstrator (ARD) of the European Space Agency (ESA) in an atmospheric reentry …

An inflatable aerodynamic decelerator with a membrane aeroshell is a promising key
technology in the reentry, descent, and landing phases of future space transportation. 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 …

The reentry blackout phenomenon, which is the communication cut-off between the re-entry
vehicle and ground station, is a crucial problem that needs to be addressed. To improve …