Static Reflection in C++ Using Tuples

Experimental Reflection Evaluation for Attitude Monitoring of Space Orbiting Systems with NRL Arch Method

Applied Sciences ◽

10.3390/app11188632 ◽

2021 ◽

Vol 11 (18) ◽

pp. 8632

Author(s):

Andrea Delfini ◽

Roberto Pastore ◽

Fabrizio Piergentili ◽

Fabio Santoni ◽

Mario Marchetti

Keyword(s):

Reflection Coefficient ◽

Space Debris ◽

Reflection Method ◽

Reliable System ◽

The Earth ◽

Static Reflection ◽

Wide Range ◽

Space Age ◽

Orbiting Systems ◽

Tracking Objects

The increasing number of satellites orbiting around Earth has led to an uncontrolled increase in objects within the orbital environment. Since the beginning of the space age on 4 October 1957 (launch of Sputnik I), there have been more than 4900 space launches, leading to over 18,000 satellites and ground-trackable objects currently orbiting the Earth. For each satellite launched, several other objects are also sent into orbit, including rocket upper stages, instrument covers, and so on. Having a reliable system for tracking objects and satellites and monitoring their attitude is at present a mandatory challenge in order to prevent dangerous collisions and an increase in space debris. In this paper, the evaluation of the reflection coefficient of different shaped objects has been carried out by means of the bi-static reflection method, also known as NRL arch measurement, in order to evaluate their visibility and attitude in a wide range of frequencies (12–18 GHz). The test campaign aims to correlate the experimental measures with the hypothetical reflection properties of orbiting systems.

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