without a bunker, it is very unlikely youll be 'safe'. as to the fact there is alot of radiation involved, so if you survive the explosion you may be killed by the following radiation.
Radiation.
No especially in summer because the material is thin
A safe reactor don't emit a significant or dangerous quantity of any radiation. But in the core of the reactor all the types of nuclear radiations are emitted.
Radiation sources are stored in containers which provide shielding to make handling and transport of the sources safe. The amount of shielding depends on the type of radiation-a gamma source requires more than a alpha or beta emitter.
For many years, there was radiation in the air in Japan from the dropping of atomic bombs on Hiroshima and Nagasaki. However, Japan is perfectly safe to visit today, with no risk of radiation poisoning.
without a bunker, it is very unlikely youll be 'safe'. as to the fact there is alot of radiation involved, so if you survive the explosion you may be killed by the following radiation.
They are totally rebuild and safe on radiation.
no they do not because it is just a motor. there is no radiation that comes out of rc boat motors. it is completely safe when it comes to radiation, that is.
No. It emits radiation and is very harmfull without a proper Radiation Protective equipment
none. They are safe.
Ct scan
non-threshold
which one is the conduction, convection of radiation
no
Generally no radiation is safe. You cannot "inject" radiation into anything because it is the product of various unstable nuclei decaying. Alpha radiation is much more ionising than gamma, but much less penetrating than it. That makes it more dangerous if it is inside your body; it can be stopped by skin. Therefore you would have to swallow a sample of a radioactive material. However, gamma radiation is always emitted together with alpha or beta radiation.
Not directly, but it allows them to monitor how much dose of radiation they have received over a period of time, so they can look at it and check they haven't received too much dosage.