Khashishi said:A cloud chamber might be able to pick up positrons from tritium decay. But it would be so much simpler and cheaper to use a Geiger counter.
There are several methods for detecting tritium in fusor exhaust, including liquid scintillation counting, gas proportional counting, and accelerator mass spectrometry. These methods all involve isolating the tritium from the exhaust and measuring its radioactivity.
The sensitivity of these methods varies, but they are all capable of detecting extremely small amounts of tritium. Liquid scintillation counting and gas proportional counting can detect as little as 0.1 picocuries of tritium, while accelerator mass spectrometry can detect even lower levels, down to 0.0001 picocuries.
Yes, these methods are able to distinguish between tritium and other isotopes by measuring the ratio of different isotopes present in the exhaust. Tritium has a distinct ratio compared to other isotopes, allowing it to be identified and measured separately.
The time required to perform these methods varies, but they typically take between a few hours to a few days. This depends on the specific method used, the sensitivity required, and the amount of tritium present in the exhaust.
These methods do have some limitations, such as the need for specialized equipment and trained personnel, as well as the potential for interference from other radioactive elements present in the exhaust. Additionally, these methods may not be able to detect very small amounts of tritium, and may not be suitable for continuous monitoring of tritium levels.