Active phased array antenna (APAA) is a representative of complex electronic equipment,
and it plays significant roles in scenarios such as battlefield situation perception, aviation …

A phased-array test platform for studying the self-adapting capabilities of conformal
antennas is developed and presented. Specifically, a four-port 2.45-GHz receiver with …

Large planar phased array antenna in space will inevitably occur deformation due to the
space thermal environment, which could severely influence the pointing accuracy of the …

Self-adapting conformal antennas for changing spherical surfaces are investigated in this
work. More specifically, the theory on the relationship between the radius of the spherical …

In satellite phased-array antennas, mechanical distortions, which may be due to vibrations
caused when launching the satellite into the orbit or thermal variations in the orbit, result in …

In practical applications, a highly flexible conformal phased array will experience inevitable
deformations during severe weather conditions. This will distort radiating beams, especially …

Highly crevassed ice surfaces at ice-sheet margins and fast-flowing glaciers significantly
scatter radar signals. The scattered signals, often known as surface clutter, mask weak …

During the service process of active phased array antenna (APAA), factors such as array
heating and wind loading cause significant deformation, which will seriously affect the …

This paper deals with the prediction of the effects of surface distortion on the radiation
characteristics of arrays of slot antennas. The deformation of an object caused by exterior …

Antenna arrays on aircrafts have several advantages if they will be integrated into the skin of
the aircraft. However, conformal and structure integrated antennas are subject to …