Electrometers designed for use with ionization chambers may include a high-voltage power supply, which is used to bias the ionization chamber.
22.
Electrometers designed for use with ionization chambers may include a high-voltage power supply, which is used to bias the ionization chamber.
23.
A portable ionization chamber and DuPont type 552 and type 558 film-based radiation monitoring devices were utilized to collect the data.
24.
The ionization chambers and their preamplifiers were destroyed during the explosion, but their simple design allowed their production in sufficient quantities.
25.
The most common use for modern electrometers is the measurement of radiation with ionization chambers, in instruments such as geiger counters.
26.
The experiment involved placing uranium oxide inside of an ionization chamber and irradiating it with neutrons, and measuring the energy thus released.
27.
These peaks result from ions with lifetimes shorter than the time needed to traverse the distance between ionization chamber and the detector.
28.
Ionization chambers use a relatively low electric field of about 100 V / cm to extract all ions and electrons before they recombine.
29.
Uranium and thorium also have diverse current or historical uses, and americium is used in the ionization chambers of most modern smoke detectors.
30.
The external connections are usually of a co-axial or tri-axial design, and allow attachment of diodes or ionization chambers for ionising radiation measurement.
