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Date : 1999-01-28

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Particle detector Wikipedia ~ Particle detector In experimental and applied particle physics nuclear physics and nuclear engineering a particle detector also known as a radiation detector is a device used to detect track andor identify ionizing particles such as those produced by nuclear decay cosmic radiation or reactions in a particle accelerator

Detectors Particle Radiation 2ed Kleinknecht ~ Detectors for highenergy particles and radiation are used in many areas of science especially particle physics and nuclear physics experiments nuclear medicine cosmic ray measurements space sciences and geological exploration

Radiation Detectors ~ Particle detectors also called radiation detectors are instruments designed for the detection and measurement of subatomic particles such as those emitted by radioactive materials produced by particle accelerators or observed in cosmic rays

Radiation Detector Types Scintillator Geiger Counter ~ Type of Detectors Scintillator When excited by ionizing radiation a scintillator exhibits scintillation which is Gaseous Ionization Detectors A radiation detection instrument used in particle physics to Geiger Counter GeigerMueller counter commonly called the Geiger

Silicon Charged Particle Radiation Detectors Silicone ~ Silicon Charged Particle Radiation Detectors ORTEC introduced the first silicon surface barrier detectors for charged particle spectroscopy in the early 1960’s Since then ORTEC has expanded the product line with more than ten different options to choose from

Detection of Alpha Radiation Alpha Particle Detector ~ Detection of Alpha Radiation using Ionization Chamber For alpha and beta particles to be detected by ionization chambers they must be provided with a thin window This “endwindow” must be thin enough for the alpha and beta particles to penetrate

Si Charged Particle Radiation Detectors Alpha ~ The most common application areas of Alpha Spectroscopy are in radiochemistry and the screening of health physics and environmental samples The silicon radiation detectors of choice for these applications are ULTRA radiation detectors with a depletion depth of ≥100 microns and ULTRAAS radiation detectors for ultra low background applications

Detection of Beta Radiation Beta Particle Detector ~ Detection of beta radiation is very specific because beta particles are more penetrating than alpha particles On the other hand a thin aluminum plate can stop them Detection of Beta Radiation Beta Particle Detector

Introduction to Radiation Detectors ~ Scintillation is the act of giving off light and for radiation detection it is the ability of some material to scintillate when exposed to radiation that makes them useful as detectors Each photon of radiation that interacts with the scintillator material will result in a distinct flash of light meaning that in addition to being highly sensitive scintillation detectors are able to capture specific spectroscopic profiles for the measured radioactive materials