This note reports measurements of the response of a Fermilab-designed area monitor ionization chamber used in Chipmunk and Scarecrow detectors to pulsed photon fields of various intensities and durations. The measurements were made to better define the operating limits of the instruments and to understand the possible effects of recombination and space charge on the dose measured by the instruments in pulsed fields. 2 refs., 13 figs., 1 tab
The operation of target diagnostics in a high-energy petawatt laser environment is made challenging ...
Background: Evaluation of the collection efficiencies of ion chambers is a necessity for the proper ...
In this study, the weak alpha radiation sources and the beta radiation by the effect of them on the ...
The response of most survey meters to steady radiation fields is fairly well known and documented. H...
RADIATION FIELDS AND MONITORSIn preparation of the installation of a radiation monitoring system for...
Synchrocyclotrons and laser based particle accelerators, developed with the goal to enable more comp...
Purpose: Ion recombination for ionization chambers in pulsed high-energy photon beams is a well-stud...
The Beam Monitoring group wished to test ionization chambers for its beam monitoring subsystem. The ...
In the novel and promising radiotherapy technique known as FLASH, ultra-high dose-rate electron beam...
Abstract — We have conducted tests at the Fermilab Booster of ionization chambers to be used as moni...
Instruments designed to record high-intensity gamma-ray flashes must have fast time response, wide d...
Small circular beams of synchrotron radiation (0.1mm and 0.4mm in diameter) were used to irradiate i...
Single event effects have been an issue in microelectronic devices and circuits for some time, espec...
When an ionizing particle or radiation enters the sensitive volume of a counter an avalanche of elec...
To achieve the maximum benefit of conformal radiation therapy it is necessary to obtain accurate kno...
The operation of target diagnostics in a high-energy petawatt laser environment is made challenging ...
Background: Evaluation of the collection efficiencies of ion chambers is a necessity for the proper ...
In this study, the weak alpha radiation sources and the beta radiation by the effect of them on the ...
The response of most survey meters to steady radiation fields is fairly well known and documented. H...
RADIATION FIELDS AND MONITORSIn preparation of the installation of a radiation monitoring system for...
Synchrocyclotrons and laser based particle accelerators, developed with the goal to enable more comp...
Purpose: Ion recombination for ionization chambers in pulsed high-energy photon beams is a well-stud...
The Beam Monitoring group wished to test ionization chambers for its beam monitoring subsystem. The ...
In the novel and promising radiotherapy technique known as FLASH, ultra-high dose-rate electron beam...
Abstract — We have conducted tests at the Fermilab Booster of ionization chambers to be used as moni...
Instruments designed to record high-intensity gamma-ray flashes must have fast time response, wide d...
Small circular beams of synchrotron radiation (0.1mm and 0.4mm in diameter) were used to irradiate i...
Single event effects have been an issue in microelectronic devices and circuits for some time, espec...
When an ionizing particle or radiation enters the sensitive volume of a counter an avalanche of elec...
To achieve the maximum benefit of conformal radiation therapy it is necessary to obtain accurate kno...
The operation of target diagnostics in a high-energy petawatt laser environment is made challenging ...
Background: Evaluation of the collection efficiencies of ion chambers is a necessity for the proper ...
In this study, the weak alpha radiation sources and the beta radiation by the effect of them on the ...