Detecting radiation is achieved through the use of a variety of instruments. We have a choice list of high quality radiation detectors in our product range.
Every day, wherever we go, we are exposed to minute amounts of environmental radiation. This environmental radiation is emitted continuously, day and night, from various objects and substances in the natural world and our living environment.
Environmental radiation, also known as natural radiation, includes radiation emitted from space, soil, stones, the ground and the air, as well as from manmade objects such as concrete and buildings
Mass exposure to ionizing radiation will affect individuals differently depending on their precise location relative to the source. There are now several treatment options for radiation exposure and the most appropriate strategy must be selected according to the level of radiation absorbed.
In order to commence appropriate treatment as soon as possible, the amount of ionizing radiation absorbed by an individual after accidental exposure must thus be determined rapidly. A suitable sample must be obtained safely, and the results of the analysis must be available immediately in order to maximize the individual’s chances of recovery.
Electron paramagnetic resonance (EPR) has been effectively used to quantify the dose of absorbed radiation in human tissue. The tissue used is typically bone or tooth enamel, which are challenging to acquire.
Data obtained from tissues that can be obtained less invasively, such as nail clippings, are distorted by water and light exposure and the mechanical cutting of the samples.
Most environmental radiation consists of three types: alpha rays (α), beta rays (β) and gamma rays (γ). HORIBA’s PA-1000 “Radi” environmental radiation monitor makes it easy for non-specialists to measure even minute levels of gamma rays.
The ELEXSYS-II EPR spectrometer series is a research platform delivering outstanding performance and flexibility for the ultimate EPR System for Life Science, Materials Science and Quantum Computing.