HMS Ark Royal
Established Member
Presumably any nuclear train would have to be topped and tailed with Cl37s.
Or some 20s
Presumably any nuclear train would have to be topped and tailed with Cl37s.
Or some 20s
If it were travelling FTL, you wouldn't see it...
Not a signalling engineer, certainly not a nuclear physicist, so forgive what could be a silly question, but as nuclear reactors produce a variety of Alpha, Beta and particularly the high energy Gamma radiation, what impact will these have on traditional copper based signalling systems.
We have a big enough problem not causing endless amounts of interference with OLE and well ordered 25kV, 50Hz supplies, won't Gamma radiation risk significant interference effects on our copper based signalling systems, on GSM-R and so on ?
Also, and I don't know much about this, but could they even upset fibre optic signalling, can the high energy radiation particles disrupt photons travelling down the fibre optic cables or the fibre optic detectors at the end of each cable ? I watched a program on BBC4 a few weeks ago where radiation from a nuclear reactor caused interference on a camera, so is that something that is a problem, can it be controlled within our loading gauge if it is, or is it another reason why nuclear powered trains are a folly ?
If it were travelling FTL, you wouldn't see it...
If it were a train that ran from Earth to Neptune and started going past, you'd see it going past for 3 minutes, despite it travelling at Warp 5.
Somebody watching Star Trek: Enterprise recently? Thats almost a line from the pilot episode
There is only one season of Star Trek: Enterprise - and it doesn't contain the pilot.
[Its Season 4 btw]
Its not all that stupid when you find out they have already done it in a bus
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There are many reactor designs that have no cooling water at all. There even more that are incapable of going into meltdown. I'd suggest a PWR or BWR is unlikely to be chosen for a train.One thing has been forgotten here. With s submarine or power station. Vast amounts of sea water or fresh water is used to stop the reactor going into meltdown. How are you going to cool the reactor in the locomotive. What happens when all the water boils away after an accident !
You carry a large supply of water behind the loco in, let's think, a "tender", which can be replenished from regular "troughs". In the event of possible meltdown, the reactor is shut down, and the steam is used to power a relatively simple mechanical system that provides "last 350 miles" capability.One thing has been forgotten here. With s submarine or power station. Vast amounts of sea water or fresh water is used to stop the reactor going into meltdown. How are you going to cool the reactor in the locomotive. What happens when all the water boils away after an accident !
Fairly sure there are four of them
There's only one matrix movie though.
Listen - why don't we just skip a generation and wait until they perfect propulsion powered by Dilithium crystals?
They never go wrong