A scintillation counter time of flight system, incorporated into the Goddard 50 cm by 50 cm spark chamber gamma ray telescope is described. The system, which utilizes constant fractions timing and particle position compensation and digitizes up to 10 ns time differences to six bit accuracy in less than 500 ns is analyzed. The performance of this system during balloon flight is discussed
Digitized spark chamber for charged particle and gamma radiation detection during balloon and satell...
A program currently in progress to conduct extended duration spectroscopic and photometric observati...
A 5200 cm2 , xenon-filled, multiwire proportional counter of 21 cm depth has been constructed for b...
A time of flight measuring device is the basic triggering system of most of medium and high energy g...
The High Energy Gamma Ray Balloon Instrument was built in part to verify certain subsystems' perform...
A magnetic core digitized spark chamber gamma ray telescope has been developed for satellite use. Th...
Systems description of SAS-B gamma ray telescope with multilayer digitized spark chamber for gamma r...
High altitude balloon magnetic-core digitized spark chamber detector system for determining point so...
This thesis describes a new balloon-borne system which was designed, constructed, and flown with the...
Measurements of detection efficiency, angular resolution, and energy resolution properties of a gamm...
The PAMELA satellite-borne experiment, scheduled to be launched in 2004, is designed to provide a be...
During the report period the BUGS-4 instrument was completed, and the maiden voyage took place on 29...
Yilmaz, Ali/0000-0001-5963-8306WOS: 000486396800004Time-of-Flight methods have been rapidly develope...
The development of the gamma ray telescope is investigated. The wide gap spark chambers, used to ide...
Gamma ray burst studies are reviewed. The past results, present status and future expectations are o...
Digitized spark chamber for charged particle and gamma radiation detection during balloon and satell...
A program currently in progress to conduct extended duration spectroscopic and photometric observati...
A 5200 cm2 , xenon-filled, multiwire proportional counter of 21 cm depth has been constructed for b...
A time of flight measuring device is the basic triggering system of most of medium and high energy g...
The High Energy Gamma Ray Balloon Instrument was built in part to verify certain subsystems' perform...
A magnetic core digitized spark chamber gamma ray telescope has been developed for satellite use. Th...
Systems description of SAS-B gamma ray telescope with multilayer digitized spark chamber for gamma r...
High altitude balloon magnetic-core digitized spark chamber detector system for determining point so...
This thesis describes a new balloon-borne system which was designed, constructed, and flown with the...
Measurements of detection efficiency, angular resolution, and energy resolution properties of a gamm...
The PAMELA satellite-borne experiment, scheduled to be launched in 2004, is designed to provide a be...
During the report period the BUGS-4 instrument was completed, and the maiden voyage took place on 29...
Yilmaz, Ali/0000-0001-5963-8306WOS: 000486396800004Time-of-Flight methods have been rapidly develope...
The development of the gamma ray telescope is investigated. The wide gap spark chambers, used to ide...
Gamma ray burst studies are reviewed. The past results, present status and future expectations are o...
Digitized spark chamber for charged particle and gamma radiation detection during balloon and satell...
A program currently in progress to conduct extended duration spectroscopic and photometric observati...
A 5200 cm2 , xenon-filled, multiwire proportional counter of 21 cm depth has been constructed for b...