Add to ORKGDesign studies for an X-ray experiment to investigate planetary magnetospheres using solid state detectors, or proportional counters are reported. The detectors, background counting rate, and leakage fluxes are discussed. It is concluded that the best choice of instruments appears to be two separate multiproportional counters for redundancy
The results are described of theoretical and experimental investigations aimed at the development of...
This thesis describes experimental and theoretical work and technology development directed towards ...
The X-ray multiwire proportional counter is designed to measure cosmic X-ray fluxes at sounding rock...
Design studies for an X-ray experiment using solid state detectors and for an experiment using a pro...
Models of Jupiter's magnetosphere were examined to predict the X-ray flux that would be emitted in a...
X-ray collectors and detectors evaluated for use as spectrography experiment in Orbiting Astronomica...
Chapters 1 to 3 are devoted solely to review of the X-ray sky, the environmental limitations on an ...
A research program to design and develop instruments suitable for rocket-borne X-ray astronomy exper...
This thesis describes experimental and theoretical work and technology development directed towards ...
Detectors that will be used for planetary missions must have their responses calibrated in a reprodu...
An instrument combining mechanical collimators and proportional counter detectors was designed to re...
To establish the expected sensitivity of a new hard X-ray telescope design, an experiment was conduc...
X-ray observatories advance Solar System studies by probing Sun-object interactions, developing surf...
The expected performance of an X-ray detector as an instrument aboard a mission to a comet was evalu...
Recent innovations in X-ray instrumentation have enabled a new generation of planetary XRS instrumen...
The results are described of theoretical and experimental investigations aimed at the development of...
This thesis describes experimental and theoretical work and technology development directed towards ...
The X-ray multiwire proportional counter is designed to measure cosmic X-ray fluxes at sounding rock...
Design studies for an X-ray experiment using solid state detectors and for an experiment using a pro...
Models of Jupiter's magnetosphere were examined to predict the X-ray flux that would be emitted in a...
X-ray collectors and detectors evaluated for use as spectrography experiment in Orbiting Astronomica...
Chapters 1 to 3 are devoted solely to review of the X-ray sky, the environmental limitations on an ...
A research program to design and develop instruments suitable for rocket-borne X-ray astronomy exper...
This thesis describes experimental and theoretical work and technology development directed towards ...
Detectors that will be used for planetary missions must have their responses calibrated in a reprodu...
An instrument combining mechanical collimators and proportional counter detectors was designed to re...
To establish the expected sensitivity of a new hard X-ray telescope design, an experiment was conduc...
X-ray observatories advance Solar System studies by probing Sun-object interactions, developing surf...
The expected performance of an X-ray detector as an instrument aboard a mission to a comet was evalu...
Recent innovations in X-ray instrumentation have enabled a new generation of planetary XRS instrumen...
The results are described of theoretical and experimental investigations aimed at the development of...
This thesis describes experimental and theoretical work and technology development directed towards ...
The X-ray multiwire proportional counter is designed to measure cosmic X-ray fluxes at sounding rock...