From FAQ: >> Can I bring a Reactor on a plane? > Yes. Per FAA rules every traveler can carry-on up to two Reactor sized batteries. Well, if supposedly[0] a charged laptop battery can be shorted to unleash energy equivalent of a small hand grenade, how strong a bomb made of two Reactors would be?... [0] - so I read at random places in the Internet.
Show HN: Trontium Reactor, the first USB Power Delivery battery
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Re: Show HN: Trontium Reactor, the first USB Power Delivery battery
#12From FAQ: >> Can I bring a Reactor on a plane? > Yes. Per FAA rules every traveler can carry-on up to two Reactor sized batteries. Well, if supposedly[0] a charged laptop battery can be shorted to unleash energy equivalent of a small hand grenade, how strong a bomb made of two Reactors would be?... [0] - so I read at random places in the Internet.
Air travel is ruled by irrational fears more than by FAA rules. I can absolutely see how a metal case that looks like a pipe bomb on x-ray is going to cause some interesting conversations at the security gates.
Re: Show HN: Trontium Reactor, the first USB Power Delivery battery
#13Re: Show HN: Trontium Reactor, the first USB Power Delivery battery
#14Re: Show HN: Trontium Reactor, the first USB Power Delivery battery
#15Earlier quoted context omitted.
Air travel is ruled by irrational fears more than by FAA rules. I can absolutely see how a metal case that looks like a pipe bomb on x-ray is going to cause some interesting conversations at the security gates.
Especially if you say, "No, it's fine, it's a Trontium Reactor".
Re: Show HN: Trontium Reactor, the first USB Power Delivery battery
#16Re: Show HN: Trontium Reactor, the first USB Power Delivery battery
#17What a bad name for a product. It reminds one of strontium and nuclear reactor. http://en.wikipedia.org/wiki/Strontium It's an accu battery pack (lithium-ion), no nuclear reaction, the name is misleading.
thats probably intended. A mash of thorium and strontium maybe.. http://en.wikipedia.org/wiki/Thorium-based_nuclear_power
Thorium reactors are a dead-end, as European research found out. They had stopped all work years ago. There were major accidents with this type of reactors and one even happened at the same time as the Chernobyl disaster: http://de.wikipedia.org/wiki/Kernkraftwerk_THTR-300#St.C3.B6...
For some reasons some countries don't want to learn from history.
Edit: English language links:
http://en.wikipedia.org/wiki/THTR-300
http://en.wikipedia.org/wiki/Pebble-bed_reactor#Thorium_high...
Re: Show HN: Trontium Reactor, the first USB Power Delivery battery
#18Re: Show HN: Trontium Reactor, the first USB Power Delivery battery
#19The only way I can see they could have made it look more threatening would be to write "Atomic Bomb" in large letters down the side and have a large LED display counting down to zero in 15 seconds or so.
Edit: The perfect add-on for your reactor: http://www.instructables.com/id/Crazy-Countdown-Timer/
Re: Show HN: Trontium Reactor, the first USB Power Delivery battery
#20Earlier quoted context omitted.
thats probably intended. A mash of thorium and strontium maybe.. http://en.wikipedia.org/wiki/Thorium-based_nuclear_power
I don't get the fanciness. Thorium reactors are a dead-end, as European research found out. They had stopped all work years ago. There were major accidents with this type of reactors and one even happened at the same time as the Chernobyl disaster: http://de.wikipedia.org/wiki/Kernkraftwerk_THTR-300#St.C3.B6... For some reasons some countries don't want to learn from history. Edit: English language links: http://en.w…
From the link: The nuclear power plant THTR-300 ( thorium high-temperature reactor) was a helium-cooled high-temperature reactor of the type pebble bed reactor in North Rhine-Westphalia Hamm with an electrical output of 300 megawatts . Despite its designation as a thorium reactor , it was essentially a normal on uranium fission ( 235 U) based reactor: While there was his nuclear fuel to 90 per cent of thorium, but this was holds less than 30 percent of its energy. Because of its high cost and because of his unsatisfactory, short operation he is widely regarded as the greatest technical debacle in post-war Germany.
The reactor was in fact a URANIUM REACTOR!
I still need to see relevant proof that Thorium technology failed for any other reason than good sales and marketing from the Uranium camp.