fluoronator
Newly Enlightened
- Joined
- Jan 4, 2008
- Messages
- 12
My understanding of a textbook nuclear attack goes something like this. First a single high altitude nuke will likely be detonated. This will probably be the largest weapon available to the enemy. It's purpose is to produce an electro-magnetic pulse which will induce a large voltage spike in conductive materials, frying most sensitive electronics. This pulse will extend much further that he light and sound of the blast meaning that most people won't know why everything seemed to stop working all the sudden. With the electronic infrastructure crippled, the next volley of weapons will meet much less resistance.
The thing to do if the lights go out is to turn on the transistor radio, and if it works, see if any stations are on the air. If there are brodcasts, no nuclear attack... if they are not, take cover!
Now... I assume my old fashion Mag light will be fine since there are no sensitive electronics to damage by the pulse, which would be similar to a static discharge. But what about my CREE Q5? Will it's driver be dead? Will it's aluminum housing offer any protection? What'a'bout'a Streamlight Twin Task? Will the incandescent part still work? What's the best EDC is you happen to be a Pakistani (I'm not, by the way)?
The thing to do if the lights go out is to turn on the transistor radio, and if it works, see if any stations are on the air. If there are brodcasts, no nuclear attack... if they are not, take cover!
Now... I assume my old fashion Mag light will be fine since there are no sensitive electronics to damage by the pulse, which would be similar to a static discharge. But what about my CREE Q5? Will it's driver be dead? Will it's aluminum housing offer any protection? What'a'bout'a Streamlight Twin Task? Will the incandescent part still work? What's the best EDC is you happen to be a Pakistani (I'm not, by the way)?