Jive Turkey
Karen
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Finished watching the series tonight. It's really a perfect show. Directing, pacing, cinematography, writing... it's flawless. The first episode is one of the most gripping episodes in television history
There's no way this isn't CGI. Even the shaky cam looks phoney
Why HBO's "Chernobyl" Gets Nuclear So Wrong
If Hollywood ever decides to tell the true story of nuclear it won’t need to resort to sensationalism.www-forbes-com.cdn.ampproject.org
Yeah, but they clearly insinuated that they ran into the chain because the pilot was being barbecued by radiation, not that it was just a routine crash due to pilot error.
While it's not exactly history repeating, some of this has been scary to read over the last day or so.
'Brief radiation spike' after rocket engine blast in northern Russia
The explosion on a naval test range in Arkhangelsk region kills two people and injures six.www.bbc.com
The sea adjacent to this incident has now been closed by Russia for a month.
Yeah...I think the rocket acts upon the fuel, so it has a much more finite range. This is more of a reactor that just transfers heat to the air for propulsion. The early experiments didn't have the power they would have liked, compared to conventional turbines.Super heat the air... I'd be interested to know how long that reactor actually functions for before fusing the whole thing into a solid lump of melty badness.
Is it different than this? Nuclear thermal rocket - Wikipedia
yo, we gotta invade russiaRussia Admits Mysterious Missile Engine Explosion Involved A Nuclear 'Isotope Power Source' (Updated)
This new detail and other information suggest that the accident might have involved one of Russia's nuclear-powered cruise missiles.www.thedrive.com
I don't take victory laps often, but when I do, it involves RussiaRussia Admits Mysterious Missile Engine Explosion Involved A Nuclear 'Isotope Power Source' (Updated)
This new detail and other information suggest that the accident might have involved one of Russia's nuclear-powered cruise missiles.www.thedrive.com
There have been no previous reports that Russia has previously tested Burevestnik, also known to NATO as SSC-X-9 Skyfall, which Russian President Vladimir Putin first revealed the existence of in a speech in March 2018, at this particular location.
In Norway and Finland, radioactive isotopes were discovered at monitoring stations in January and March last year, as well as in January and February this year. The first cloud of radioactivity last year was first detected at Svanhovd air filter station on Norway’s border to Russia in the north, but spread over most of Europe south to France and Spain over the following two weeks.
Authorities underline that the levels were nearly undetectable and are far from presenting any health concern to population.
From the SLAM program:«If it is true that Russia has tested its new nuclear-powered missile, some radioactive released could have occurred,” Bøhmer says and points to the United States’ on-ground testing of reactors for a nuclear-powered aircraft back in the late 1950s. «That project was cancelled because of high releases of radioactivity behind the engines at the test site in Idaho Falls,» Nils Bøhmer explains.
He says there could be a connection between the mysterious iodine-131 detected and Russia’s new missile. «This could be explained by the secret testing of Russia’s new nuclear-powered missile. Because of short half-life of eight days of iodine-131, this isotope measured in the air could only be explained by reactor operations. Other isotopes, like Cecium-137 that has a half-life of 30 years is found in nature long after the releases have happened. This could explain why only iodine-131 is detected, because Cesium-137 is masked by the releases from the Chernobyl accident,» Bøhmer tells.
A nuclear-powered cruise-missile with a small reactor would most likely have an partly open-air cooling system, where isotopes simply would fly out as the missile speeds away.
The source of energy for SLAM propulsion was to be a nuclear fission reactor operating at a power level of 600 MWth. To minimize its weight, the reactor was not to have radiation shielding for the fission products of neutrons and gamma rays. As a result, the neutron flux was calculated to vary from 9 x 1017n/(cm2.sec)in the aft section to 7 x 1014n/(cm2.sec)in the nose section.Gamma ray energy was expected to be 4 x 1011MeV in the aft section and 1.2 x 108MeV in the electronics compartment.This requires careful selection of materials which could survive not only the high temperatures but also the high radiation levels.Some very sensitive components required a feasible amount of local shielding. The result of the investigations led to the conclusion that missile subsystems were available or could be made available for the SLAM application. Flight testing of the missile was planned to be conducted over the northwest Pacific Ocean with termination in deep ocean waters in the neighborhood where atmospheric testing of nuclear weapons had taken place at that time period.