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Technological spin-offs of the PMST program of the Italian Space agency (ASI)

Author(s)
Stalio, R.  
Svelto, Francesco  
Bonifazi, Carlo  
D'Aversa, Emanuela  
Di Pippo, Simonetta
more
Subjects

80 to 100 GHz

AGILE gamma-ray obser...

ASI satellite launch ...

Earth observation sci...

Frequency

Gamma ray detection

Gamma ray detectors

Geoscience Observator...

PMST Program

Satellites

Space missions

Space technology

Technology transfer

aerospace

artificial satellites...

dedicated TLC program...

gamma-ray astronomy

gamma-ray detection

gamma-ray observatory...

photon detectors

remote sensing by rad...

research initiatives

satellite links

science missions

scientific satellites...

space technology

technological satelli...

technological spin-of...

technology transfer

Date Issued
2002-01-01
Publisher
IEEE
Abstract
ASI Small (Piccole) Missions for Science and Technology (PMST) have been running full speed ahead for four years already. The program is one of Italys responses to the general call, by the Space Agencies, for challenging science missions that are also a good opportunity for new advancements in space technology and in the related technology transfer. Both research institutes and industries are asked to cooperate in the program. Another goal of the program is to demonstrate ASIs capability of launching a scientific/technological satellite every two years with the objective of doubling launching frequency by 2005. Currently ASI has two PMST already approved and in advanced development phases: AGILE and DAVID. The former is a gamma-ray observatory, which uses innovative photon detectors developed in Italian centers; the latter a dedicated TLC program operating at very high frequencies: 80-100 GHz. A third PMST, for Earth observation science, will be selected by the end of the year, out of five preselected proposals which have been funded for Phase A study.
URI
https://hdl.handle.net/20.500.13025/1274
Journal
IEEE Aerospace Conference Proceedings
Volume
2
Start Page
583
Start Page
590
DOI
10.1109/AERO.2002.1035573
54dcce088580fe1368eeb032
URL
http://ieeexplore.ieee.org/lpdocs/epic03/wrapper.htm?arnumber=1035573
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