Thallium(I) sulfide's electrical conductivity changes with exposure to infrared light therefore making this compound useful in photoresistors.
Thallium selenide has been used in a bolometer for infrared detection.
Doping selenium semiconductors with thallium improves their performance, thus it is used in trace amounts in selenium rectifiers.
Another application of thallium doping is the sodium iodide crystals in gamma radiation detection devices.
In these, the sodium iodide crystals are doped with a small amount of thallium to improve their efficiency as scintillation generators.
Some of the electrodes in dissolved oxygen analyzers contain thallium.
Thallium(I) sulfide's electrical conductivity changes with exposure to infrared light therefore making this compound useful in photoresistors. Thallium selenide has been used in a bolometer for infrared detection. Doping selenium semiconductors with thallium improves their performance, thus it is used in trace amounts in selenium rectifiers. Another application of thallium doping is the sodium iodide crystals in gamma radiation detection devices. In these, the sodium iodide crystals are doped with a small amount of thallium to improve their efficiency as scintillation generators. Some of the electrodes in dissolved oxygen analyzers contain thallium.
Thallium