The cellular reflectarray antenna is intended to replace conventional parabolic reflectors that must be physically aligned with a particular satellite in geostationary orbit. These arrays are designed for specified geographical locations, defined by latitude and longitude, each called a "cell." A particular cell occupies nominally 1,500 square miles (3,885 sq. km), but this varies according to latitude and longitude. The cellular reflectarray antenna designed for a particular cell is simply positioned to align with magnetic North, and the antenna surface is level (parallel to the ground). A given cellular reflectarray antenna will not operate in any other cell
The advent of low-cost and lightweight CubeSats has opened up new possibilities to realize the Inter...
In this work a low-cost reflectarray with isoflux pattern for global Earth coverage is designed, man...
Nowadays, satellite communications are basic for the human lifestyle. In this way, a smart, conforma...
A reflectarray antenna with improved performance is proposed to operate in dual-polarization and tra...
The design of a Ku-band reconfigurable reflectarray antenna for emergency satellite communications i...
This paper proposes a new full-metal unit cell for reflectarray antenna for space applications. It c...
This paper presents a folded reflectarray designed for Ka-band satellite communication applications....
Reconfigurable reflectarray antennas operating in Ku-band are presented in this paper. First, a nove...
This paper presents the design of a flat-panel metasurface reflectarray antenna fed by a circular ho...
With an increasing presence among educational, commercial and governmental agencies, CubeSats are on...
The Integrated Solar Array and Reflectarray Antenna (ISARA) mission will demonstrate a reflectarray ...
Broadband communication satellites in Ka-band employ multi-beam antenna systems that produce a high ...
Herein is described a 1.5 m x 1.5 m reflectarray antenna designed to stow in a cylinder of 20 cm dia...
A microstrip reflectarray is a flat reflector antenna that can be mounted conformally onto a spacecr...
Two dual-polarised reflectarray unit cells for the folded reflectarray and one linearly polarized ar...
The advent of low-cost and lightweight CubeSats has opened up new possibilities to realize the Inter...
In this work a low-cost reflectarray with isoflux pattern for global Earth coverage is designed, man...
Nowadays, satellite communications are basic for the human lifestyle. In this way, a smart, conforma...
A reflectarray antenna with improved performance is proposed to operate in dual-polarization and tra...
The design of a Ku-band reconfigurable reflectarray antenna for emergency satellite communications i...
This paper proposes a new full-metal unit cell for reflectarray antenna for space applications. It c...
This paper presents a folded reflectarray designed for Ka-band satellite communication applications....
Reconfigurable reflectarray antennas operating in Ku-band are presented in this paper. First, a nove...
This paper presents the design of a flat-panel metasurface reflectarray antenna fed by a circular ho...
With an increasing presence among educational, commercial and governmental agencies, CubeSats are on...
The Integrated Solar Array and Reflectarray Antenna (ISARA) mission will demonstrate a reflectarray ...
Broadband communication satellites in Ka-band employ multi-beam antenna systems that produce a high ...
Herein is described a 1.5 m x 1.5 m reflectarray antenna designed to stow in a cylinder of 20 cm dia...
A microstrip reflectarray is a flat reflector antenna that can be mounted conformally onto a spacecr...
Two dual-polarised reflectarray unit cells for the folded reflectarray and one linearly polarized ar...
The advent of low-cost and lightweight CubeSats has opened up new possibilities to realize the Inter...
In this work a low-cost reflectarray with isoflux pattern for global Earth coverage is designed, man...
Nowadays, satellite communications are basic for the human lifestyle. In this way, a smart, conforma...