Scintillating technology: how advanced lanthanum bromide crystals are transforming radiation detection
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"Luxium<sup>TM<\/sup> lanthanum bromide detectors are available in various sizes."LuxiumTM lanthanum bromide detectors are available in various sizes.
Scintillation detection advanced rapidly during and after the Second World War, with a major breakthrough coming in 1948 when physicist Robert Hofstadter discovered that thallium-activated sodium iodide (NaI(Tl)) was an exceptionally effective scintillation material for detecting gamma rays. This discovery laid the foundation for pract
Scintillation detection advanced rapidly during and after the Second World War, with a major breakthrough coming in 1948 when physicist Robert Hofstadter discovered that thallium-activated sodium iodide (NaI(Tl)) was an exceptionally effective scintillation material for detecting gamma rays. This discovery laid the foundation for pract
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