It is the disintegration chain of each atom and the particules and half life of all.
Half life is the time it takes for half the atoms to disintegrate. The first letter is the emited radiation (alpha, beta, gamma).
You can derived how dangerous each of these materials is from these informations.
On a quick glance, radium should be the deadliest one, because the half lives are all very short, so that’s a lot of deadly radiations. On the other hand, uranium is said to be on a critical mass, which could be a chain reaction.
I didn’t say it was anywhere close to critical mass. People were suggesting Alvin’s sample would be worst (likely because of how U-235 is notoriously used in nukes) but I reminded them that only a big chunk of sufficiently pure U-235 would be catastrophic, otherwise the radiation is surprisingly mild.
And Theodore’s sample will also contain a varying amount of U-235 but it will take tens of thousands of years to get pure enough.
It is the disintegration chain of each atom and the particules and half life of all.
Half life is the time it takes for half the atoms to disintegrate. The first letter is the emited radiation (alpha, beta, gamma).
You can derived how dangerous each of these materials is from these informations.
On a quick glance, radium should be the deadliest one, because the half lives are all very short, so that’s a lot of deadly radiations. On the other hand, uranium is said to be on a critical mass, which could be a chain reaction.
I didn’t say it was anywhere close to critical mass. People were suggesting Alvin’s sample would be worst (likely because of how U-235 is notoriously used in nukes) but I reminded them that only a big chunk of sufficiently pure U-235 would be catastrophic, otherwise the radiation is surprisingly mild.
And Theodore’s sample will also contain a varying amount of U-235 but it will take tens of thousands of years to get pure enough.