Radiation Detectors (34 items)
Portable Radiation Meter
RaySafe 452 Radiation Survey Meter
Radiation Survey Meter, LCD, NIST
Radiation Survey Meter, LCD, NIST
Radiation Dos Mtr, 0.05to50 Sv/hr, Digital
Ion Chamber Survey Meter with Beta Slide
451P-RYR Pressurized Ion Chamber Survey Meter, Radiation Detector
Rad Surv Mtr, 0.01to10000uSv/hr, Digital
Radioactivity Meter, x- radiation
Analog Radiation Detector
Radiation Survey Meter, LCD, NIST
Radiation Surv Mtr, 1to50uSv/hr, Digital
Radon detector, 0.10-99.9 pCi/L with TFT display, WiFi, SD logging and acoustic alarm
Analog Radiation Detector
Radiation Detector, LCD, NIST
Radiation detector, measures 0-1000 microsecondv/h with Geiger tube, alarms, and 2.4 in color display
Radiation detector, measures 0-9999 microsecondv/h with Geiger tube, TFT display, and acoustic alarm
Radiation Survey Meter, Analog
Dosimeter Radiation Alert
Solar Power Test Meter, LCD, 3 yr, Warr
Radiation Survey Meter, Analog, NIST
Radiation Meter, Digital, NIST
Radiation Detector
DATA RADIATION MONITOR
Swipes, Reusable Type, 1 qty.
Radon monitor, 2-20000 Bq/m cu. with HD touchscreen, USB-C logging and 12-day battery
Radiation detector, measures 0.05 microsecondv-50 mSv with 5 s response and USB-C charging
Radiation detector, measures 0-1500 microsecondv/h with Geiger tube, alarms, and 32 GB data logging
Radiation meter, measures 0.08-9999 microsecondv/h with 10 s response and USB-C charging
About Radiation Detectors
Radiation Detectors are devices used to detect, measure, and monitor radiation levels in various environments. They can be used for safety purposes, such as detecting radiation leaks or measuring background radiation levels in a given area. Radiation Detectors are also used for research and medical applications.
Types of Radiation Detectors
Radiation Detectors come in many different forms, from handheld dosimeters to large stationary detectors. Depending on the type of detector, they may use different technologies to detect ionizing radiation such as alpha particles, beta particles, gamma rays, and x-rays. Many Radiation Detectors also have adjustable sensitivity settings to accommodate different levels of radiation.
How Radiation Detectors are Made
Radiation Detectors are typically made up of several components including a scintillator material that absorbs the incoming radiation and converts it into light; a photomultiplier tube (PMT) which detects the light generated by the scintillator material; an amplifier circuit that amplifies the PMT signal; and finally an output device such as a digital display or computer interface.
Industries that use Radiation Detectors
Many industries make use of Radiation Detectors in their day-to-day operations. Nuclear power plants often employ them for safety purposes while medical professionals use them for diagnostics and treatment. Scientists also rely on these devices when conducting experiments involving radioactive materials.
Find the Radiation Detectors You Need at Zoro
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