Mercuric iodide detectors, experimental development for astronomical use, X ray observations of the 1980 Cygnus X-1 High State, astronomical had X ray detectors in current use, detector development, balloon flight of large area (1500 sq cm) Phoswich detectors, had X ray telescope design, shielded mercuric iodide background measurement, Monte Carlo analysis, measurements with a shielded mercuric iodide detector are discussed
X-ray collectors and detectors evaluated for use as spectrography experiment in Orbiting Astronomica...
Mercuric iodide is well known semiconductor solid state X-ray detector. Stability of Mercuric Iodide...
The Space Shuttle Challenger, with Spacelab 3 as its payload, was launched into orbit April 29, 1985...
To establish the expected sensitivity of a new hard X-ray telescope design, an experiment was conduc...
The recent technological developments and availability of mercuric iodide detectors have made their ...
The results obtained in the development of miniature, lowpower, light weight mercuric iodide, HgI2, ...
Mercuric iodide is a material used for the fabrication of the sensing element in solid state X-ray a...
A single crystal of mercuric iodide (HgI2) will be grown during the International Microgravity Lab. ...
Mercuric iodide is well known semiconductor solid state X-ray detector. Stability of Mercuric Iodide...
Considerable progress has been achieved in HgI_2 detector fabrication technology and amplification e...
Considerable progress has been achieved in HgI_2 detector fabrication technology and amplification e...
Detectors made from single crystals of mercuric iodide are used in increasing numbers for the detect...
A mercuric iodide energy dispersive x-ray spectrometer, with Peltier cooling provided for the dete...
The paper presents advances in two new sensor technologies and a miniaturized associated electronics...
Continued development of a system designed to grow crystals by physical vapor transport in the envir...
X-ray collectors and detectors evaluated for use as spectrography experiment in Orbiting Astronomica...
Mercuric iodide is well known semiconductor solid state X-ray detector. Stability of Mercuric Iodide...
The Space Shuttle Challenger, with Spacelab 3 as its payload, was launched into orbit April 29, 1985...
To establish the expected sensitivity of a new hard X-ray telescope design, an experiment was conduc...
The recent technological developments and availability of mercuric iodide detectors have made their ...
The results obtained in the development of miniature, lowpower, light weight mercuric iodide, HgI2, ...
Mercuric iodide is a material used for the fabrication of the sensing element in solid state X-ray a...
A single crystal of mercuric iodide (HgI2) will be grown during the International Microgravity Lab. ...
Mercuric iodide is well known semiconductor solid state X-ray detector. Stability of Mercuric Iodide...
Considerable progress has been achieved in HgI_2 detector fabrication technology and amplification e...
Considerable progress has been achieved in HgI_2 detector fabrication technology and amplification e...
Detectors made from single crystals of mercuric iodide are used in increasing numbers for the detect...
A mercuric iodide energy dispersive x-ray spectrometer, with Peltier cooling provided for the dete...
The paper presents advances in two new sensor technologies and a miniaturized associated electronics...
Continued development of a system designed to grow crystals by physical vapor transport in the envir...
X-ray collectors and detectors evaluated for use as spectrography experiment in Orbiting Astronomica...
Mercuric iodide is well known semiconductor solid state X-ray detector. Stability of Mercuric Iodide...
The Space Shuttle Challenger, with Spacelab 3 as its payload, was launched into orbit April 29, 1985...