Red wrote:Yup, that's the original statement which triggered your prattle, however i've pointed out several times that this original stetements was wrong and specifically in relation to reading the article you've posted.
Funny that you say prattle, since you've been the one going on in two threads now on some weird-ass shit tangents and bullshit remarks. You keep posting up loads upon loads of bullshit each time you try to use some information. Your latest post was just classic.
You can't really back out of using a whole quantifier now.
Well, when you nuke an entire (and quite big) country, there's bound to be places where there is no ground zero. Point being that not everything electronic would be destroyed in the country. Not near the blast.
That's another bullshit dodge attempt out of "I'm no expert, but I beleive that EMP only temporary disables electronics." when EMP would mostly destroy electronics. Electrical applications would be less affected, but ELECTRONICS by design would be screwed.
The size of a blast would be significant, even if it were not HEMP. The spacing of cities and targets in the US would even nullify that. Did you not pay attention when a HEMP would have an effect over most of NORTH AMERICA with 50kV/m? Do you have an idea of what amperage that can cause if it were even closer?
Even if the first part is irrelevent, re-read the second part of your own post:
I found some extra information... Of course I can't exacly know how valid it is as much as we can trust the web... Anyway, "Since the ground is a relatively good conductor of electricity it provides an alternative path for the electrons." So ground blasts would be worst then low altitude blasts, and amperage "The nature of the problem is that the voltage pulse arising from the EMP rises to kilovolts in one billionth of a second and currents in the kilo-amp range."
KILO-AMPS. A full amp, when milliamps is working voltage. is often enough to fry most electronics. That kind of power can arc, and most electronics are not a straight wire. Most have sub-circuits would go through an immense amount of amperage, and your average curcuit board would release it's smoke in little time at all. Your computer, for example, wouldn't have a single thing working after it was hit by an EMP field. Perhaps just the mouse or other minor peripheral.
Considering that the ground blasts would be more intense, it would affect the tubes even more and might null any resistance they have. Components around them and supporting them would likely crisp just moments before them.
Actually, the only one who brought up fusion powered motorcycles is still you and in a single post. I'm discounting CBR's comments about it killing the purpose of motorcycles since all it was for is the "cool badass sound" since fossil fuels are largely non-existant.
Well, I guess this proves how utterly clueless you are and that you have lied about reading the thread. You know, it's a
bad thing to prove yourself a liar in a thread about the thread itself.
Original mention of fusion-powered motorcycles:
avenger69ie wrote:
A: well, if a highwayman can run on fusion cells, i dont see why a motorbike cant?
B:Screw Grease and other 50's fliks, i was talking about MadMax 1 and 2...bikes galore.
C: Fallout is already a great game. this was just a thought heheh
Then after that, there were a few more posts about it, not just my own, including your first show of pseudo-information. Let's not forget the little gem of "transistors are usually broken because of radiation (so a friend in electronics told me anyhow)" in conjunct with "I'm no expert, but I beleive that EMP only temporary disables electronics." I think that sums up your point and presence in this thread most admirably.
A) Ground blasts have an EMP effect radius of aproximatly the normal blast radius, making the EMP effect largely irrelevant
This, I highly doubt. Since you've taken your "point C" out of context, I wasn't going to really try to find where the hell you bastardized this from.
C) The amperage is mostly irrelevant
Irrelevent? Now I know you've got no experience with electronics.
(and is quoted to the 10's rather then 10,000's which makes much more sense imho / it's the speed at which the voltage changes which affects the equipement (2ns
The quoted bullshit I'll get to in a sec. Even a 1amp surge can fry most components. You'd be smelling that nice smell of dielectric and other nice burnt scents, IYCI. I also notice you have no clue about electricity. A circuit depends on the resistence to determine amperage from voltage levels. Simplest electrical principle there is. The surge is in voltage, of a magnitude of 50 kilovolts per meter, with a rise time of 10ns. Where you took the 2ns, I have no idea. 10ns, even is pretty rough on DC equipment, and on a lot of AC equipment it is quite significant.
In addition, your "quoted" remark is full of shit. Here's the full deal:
Analyses and simulated EMP testing have shown that currents carried to a facility by long overhead or buried conductors can reach thousands of amperes. Shorter penetrating conductors can carry hundreds of amperes into facilities. Direct EMP penetration through the walls and windows of an unshielded building can induce currents of tens of amperes on illuminated interior conductors.
Inducement is determined mostly by the circuits affected, and it hardly means that it would be only in the tens of amperes. Electronics equipment would be the hardest hit and since it runs mostly on lower voltage (and on relative lower amperes and resistance, too), it would be felt even harder with a larger amperage when the voltage surge goes against the resistance of the circuit, and the amperes would be likely larger than 10s of amperes due to the lower resistances needed for the circuits. That's why electronics are hit much harder and most logic circuits would be DEAD.
moreso considering Fallout only had ground blasts...
Are you sure about that? If, at nuclear war, and considering the effects of EMP have been known for some time, there would have been more than a few HEMP blasts for that effect. Even a dozen at a calculated height of a common strength (of that time that Fallout's fiction was taken), would have been enough to crisp most surface electronics and create some intense power surges. Then again, Fallout might have gone along the thought of larger bombs being available when the war happened, or, as they thought at that time, EMP was far more effective than it actually turns out to be. It is, however, still the longest-reaching known effect of a nuclear weapon.
You seem to think that Fallout kept to today's science, like a lot do (or those who want Counter-Stroke weapons...). Which is what I've been laughing my ass off about this entire tangent. However, one thing is certain, even in the fiction of that time, "EMP from a nuclear weapon = electronics are severely affected, mostly to the point of damage".
Even so, with all this talk of EMP, it doesn't discount the fact that fusion buggies or cobbled vehicles would be much more likely than a Highwayman to be available or practical. True, the Highwayman needed a part, but more of it would have been affected and needed to be replaced. Including what it rolls around on. The original point is that the Highwayman would have been a lot less likely than other vehicles to survive and be workable. Those other vehicles are also make a lot more sense than a car since roads are going to be practically nonexistent.
Mad Max RW brings up a good point, and if today's vehicles are affected like that, even if a Highwayman uses tubes, it would still be affected to an extreme. But without gas, those older cars are ueless.