Proportional counters are important instruments used in sensing hard x-rays. The possibility is described of doubling the number of readout channels in the detector without increasing the electronics needed to amplify channel signals. This suggests that it should be possible, conversely, to reduce the number of amplifiers, thereby reducing the weight and energy budget of the instrument. Various numerical multiplexing schemes are analyzed, and a computer program is presented that can reconstruct multiplexed channel outputs with very good accuracy
An Uhuru class Ar-CO2 gas filled proportional counter sealed with a 1.5 mil beryllium window and sen...
The techniques and procedures for producing very-large-format pulse-counting array detector systems ...
Preliminary designs were made for a multiplane, multiwire position sensitive proportional counter fo...
The X-ray multiwire proportional counter is designed to measure cosmic X-ray fluxes at sounding rock...
Future space submillimeter telescopes will require large-format (many 1000's of elements) imagi...
Future submillimeter and far-infrared space telescopes will require large-format (many 1000's o...
The development of large area multiwire proportional chambers, to be used as high resolution spatial...
Gas-filled detectors, such as proportional counters, have long been used in x-ray astronomy. They ar...
Reducing noise in multiplier of quadrupole mass spectrometer when operating in ion counting mod
Multiplier is formed of glass and includes cylindrically-shaped main channel element having length-t...
We are developing a frequency-multiplexed readout for arrays of high-resolution Gamma detectors base...
Microwave Kinetic Inductance Detectors (MKIDs) are the most attractive radiation detectors for far-i...
201-208A new instrument has been developed for the study of diffuse soft X-ray features and hot spot...
More target mass is required in current TPC based directional dark matter detectors for improved det...
The requirements for multiple-coincidence counting systems with 10{sup -8}- to 10{sup -9}-sec time r...
An Uhuru class Ar-CO2 gas filled proportional counter sealed with a 1.5 mil beryllium window and sen...
The techniques and procedures for producing very-large-format pulse-counting array detector systems ...
Preliminary designs were made for a multiplane, multiwire position sensitive proportional counter fo...
The X-ray multiwire proportional counter is designed to measure cosmic X-ray fluxes at sounding rock...
Future space submillimeter telescopes will require large-format (many 1000's of elements) imagi...
Future submillimeter and far-infrared space telescopes will require large-format (many 1000's o...
The development of large area multiwire proportional chambers, to be used as high resolution spatial...
Gas-filled detectors, such as proportional counters, have long been used in x-ray astronomy. They ar...
Reducing noise in multiplier of quadrupole mass spectrometer when operating in ion counting mod
Multiplier is formed of glass and includes cylindrically-shaped main channel element having length-t...
We are developing a frequency-multiplexed readout for arrays of high-resolution Gamma detectors base...
Microwave Kinetic Inductance Detectors (MKIDs) are the most attractive radiation detectors for far-i...
201-208A new instrument has been developed for the study of diffuse soft X-ray features and hot spot...
More target mass is required in current TPC based directional dark matter detectors for improved det...
The requirements for multiple-coincidence counting systems with 10{sup -8}- to 10{sup -9}-sec time r...
An Uhuru class Ar-CO2 gas filled proportional counter sealed with a 1.5 mil beryllium window and sen...
The techniques and procedures for producing very-large-format pulse-counting array detector systems ...
Preliminary designs were made for a multiplane, multiwire position sensitive proportional counter fo...