We are involved in a program to study the antimatter components of the cosmic rays in outer space. We present the performances of a transition radiation detector we have built for positron identification during a balloon flight 4-50 Gev. We present also the design and expected performances of a similar detector we intend to build for a future experiment (PAMELA), to be run on a satellite by the end of 1999, in order to complete this program with higher statistics and at higher energies, namely about 200 GeV
The PAMELA equipment will be assembled in 2001 and installed on board the Russian satellite Resurs. ...
We provide in this paper a status report of the space experiment PAMELA. PAMELA aims primarily to me...
The PAMELA equipment will be assembled in 2001 and installed on board the Russian satellite Resurs. ...
We are involved in a program to study the antimatter components of the cosmic rays in outer space. W...
The WiZard Collaboration is involved in a program studying the antimatter components of the cosmic r...
A Transition Radiation Detector (TRD) has been developed for the PAMELA instrument. PAMELA is a sate...
We have built and tested a transition radiation detector of about 76 X 80 cm(2) active surface to di...
The WiZard Collaboration is involved in a program studying the antimatter components of the cosmic r...
PAMELA space mission objective is to flight a satellite-borne magnetic spectrometer built to fulfill...
The performance of the transition radiation detector (TRD) of the PAMELA telescope has been studied ...
We have carefully implemented a transition radiation detector prototype in order to design a similar...
The performance of the Transition Radiation Detector (TRD) of the PAMELA telescope has been studied ...
PAMELA telescope is a satellite-borne magnetic spectrometer built to ful-fill the primary scientific...
The PAMELA satellite experiment has measured the cosmic-ray positron fraction between 1.5 GeV and 10...
The PAMELA equipment will be assembled in 2001 and installed on board the Russian satellite Resurs. ...
We provide in this paper a status report of the space experiment PAMELA. PAMELA aims primarily to me...
The PAMELA equipment will be assembled in 2001 and installed on board the Russian satellite Resurs. ...
We are involved in a program to study the antimatter components of the cosmic rays in outer space. W...
The WiZard Collaboration is involved in a program studying the antimatter components of the cosmic r...
A Transition Radiation Detector (TRD) has been developed for the PAMELA instrument. PAMELA is a sate...
We have built and tested a transition radiation detector of about 76 X 80 cm(2) active surface to di...
The WiZard Collaboration is involved in a program studying the antimatter components of the cosmic r...
PAMELA space mission objective is to flight a satellite-borne magnetic spectrometer built to fulfill...
The performance of the transition radiation detector (TRD) of the PAMELA telescope has been studied ...
We have carefully implemented a transition radiation detector prototype in order to design a similar...
The performance of the Transition Radiation Detector (TRD) of the PAMELA telescope has been studied ...
PAMELA telescope is a satellite-borne magnetic spectrometer built to ful-fill the primary scientific...
The PAMELA satellite experiment has measured the cosmic-ray positron fraction between 1.5 GeV and 10...
The PAMELA equipment will be assembled in 2001 and installed on board the Russian satellite Resurs. ...
We provide in this paper a status report of the space experiment PAMELA. PAMELA aims primarily to me...
The PAMELA equipment will be assembled in 2001 and installed on board the Russian satellite Resurs. ...