Comment Re:Horrible article (Score 2, Informative) 165
Apparently, it was 684 MBq of Germanium (which should mean it's 76Ge). Unfortunately, that isotope is not in any of my data sheets, so I can't tell you what that means in terms of dose rate...
Correction: it was 68Ge. As I stated, I couldn't find it in my data sheets, so I just looked at a list of germanium isotopes - which only listed naturally occurring ones. Silly me!
I do however have data for the next step in the decay chain, 68Ga (68Ge decays by electron capture, so let's just disregard that first decay). The first sheet I found put it at 0.103 mSv/h/MBq beta skin dose and 0.173 mSv/h/MBq gamma at 30 cm. At 684 MBq, that means a dose rate of about 70 and 120 mSv/h at 30 cm, respectively.
So no, these sources weren't particularly dangerous. Even at that close a distance (if you don't speak metric, 30 cm is about a foot), it would take half a day of exposure to become acutely ill (radiation sickness starts setting in at around 1 Sv). And as radiation sources don't tend to be that big, you can probably consider these rods point sources, which means that the inverse square law applies: at double the distance - only 60 cm - it would take four times as long.