In this paper, various multi-layer shields are designed, optimized, and analyzed for electron
and proton space environments. The design process is performed for various suitable …

Abstract The Langton Ultimate Cosmic ray Intensity Detector (LUCID) is a payload onboard
the satellite TechDemoSat-1, used to study the radiation environment in Low Earth Orbit (∼ …

Instruments for measuring the absorbed dose and dose rate under radiation exposure,
known as radiation dosi-meters, are indispensable in space missions. They are composed …

CubeSat technology has recently attracted great interest from the scientific community,
industry and space agencies, and represents today an exciting movement towards a more …

This paper presents an approach for implementing radiation protection FDIR (Fault
Detection, Isolation and Recovery) techniques designed especially for nanosatellites …

Performance stability of optical imaging systems during mission lifetime is a central issue for
space optical Earth Observation (EO) missions due to the harsh conditions in low Earth orbit …

After a decade of experimental nanosatellite projects, the past few years have seen a
growing trend of utilizing nanosatellites in more complex scientific and commercial missions …

Measurement of absorbed dose and dose rate is a common task in radiation environments
such as space. This is accomplished with the specialized instruments known as radiation …

Sandwich panels are used in various industries due to their high special strength. It is used
in ultra-light aerospace structures. In this paper the protective effect of sandwich structures …

The design, development and first flight results of the MuREM and prototype SSTL-RM
miniaturised radiation monitors, capable of measuring the space radiation environment and …