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As radium is radioactive, radium chloride would also be radioactive. Any compounds make with any radioactive material are radioactive, and they cannot be "not" radioactive. Radioactive material doesn't really care if it is "alone" or in compound; it will be radioactive in any case.
Patients receiving brachytherapy do become temporarily radioactive
It starts out that way.It became radioactive when it was produced in an ancient supernova explosion, long before earth formed. Supernova explosions are responsible for producing all elements heavier than nickel and iron (radioactive or not), the heaviest elements that can be formed by nuclear fusion.
Patients receiving intracavitary radiation do become temporarily radioactive
Due to unstable atomic structures (or a weak nuclear force), radioactive materials release alpha particles as radiation.
As radium is radioactive, radium chloride would also be radioactive. Any compounds make with any radioactive material are radioactive, and they cannot be "not" radioactive. Radioactive material doesn't really care if it is "alone" or in compound; it will be radioactive in any case.
Patients receiving brachytherapy do become temporarily radioactive
Yes, there are a number of uses for radioactive material. It depends on the type of radioactive material.
It starts out that way.It became radioactive when it was produced in an ancient supernova explosion, long before earth formed. Supernova explosions are responsible for producing all elements heavier than nickel and iron (radioactive or not), the heaviest elements that can be formed by nuclear fusion.
Patients receiving intracavitary radiation do become temporarily radioactive
Patients receiving interstitial radiation do become temporarily radioactive
Patients receiving implant therapy do become temporarily radioactive
Patients receiving internal radiation therapy do become temporarily radioactive
Pretty much any radioactive material can be used.
If you are a smart guy, you can make a nuclear bomb, or a nuclear reactor...
Water itself does not become radioactive, luckily, but any dissolved material in the water in the reactor primary circuit gets irradiated by the neutron flux and so can become radioactive. Therefore it is very important to control the water purity, it is all treated in a demineralisation plant, but then that is normal practice for power plants anyway, the difference in a nuclear plant is that the removed material can be radioactive. The secondary water/steam system in a PWR will not become radioactive, neither will the station cooling water used to cool the turbine condenser.
We often use a Geiger counter to detect and count the decay of radioactive material.