@@Galaxy-oy4nj The shell he is talking about BR-482B has 13.5 MJ (Megajoule) of energy fired from the is-7 s-70 gun at 0m if you are talking about the is-2 shell BR-471B it has 7.9 MJ at 0m. The object-279 also fires the BR-482B but at a higher velocity than the is-7 (900 m/s vs 1000 m/s) leading to 16.7 MJ at 0m. So either way the BR-482B is a much more devastating round to be hit by.
It appears that the energy peaked at 1.2242e10 joules, or 12.242 Gigajoules. One tonne (1000kg, 2200lbs) of TNT releases around 4.184 Gigajoules of energy. So, the energy here is equal to 2.93 Tonnes (or 3.22 US tons, or 6437.2 lbs) of TNT. That's about 6 Tomahawk cruise missiles worth. Damn.
@@alicorn3924 What you are looking for is particle, but the author replied it was only '0.0000000001 kg' of antimatter, so it would have been so little I'm not sure it would have done much of anything, considering 0.5 kg's is roughly equivalent to 21 Kilotons of TnT or roughly similar to the Nuclear bomb dropped on Nagasaki.
APDS-HE Antimatter Shell is an AA shell (anti-anything) made by Soviet in '85. Its material are highly classified, but all we know is that it was made from Stalinium, blessed by Stalin himself (yes, he's alive).
As a powerful sorcerer (it's true, I've seen the comic where he defeated Hitler in a magical battle) he individually blessed each shell with a potent hex. So potent in fact that if the round didn't actually kill the crew of the vehicle it was fired upon they were cursed with erectile dysfunction and piles for the rest of their lives.
I love watching these simulations. There must be a lot of time spent taking into account the myriad of factors involved. Also, there's something satisfying about watching particles fly.
in war thunder, this is how it feels when the Conqueror's APDS shatters on the side of a ZSU-57-2 when hitting the storage box on it. like 4mm structural steel, ~30cm air, 4mm structural steel, and 15mm RHA, and the 6kg+ APDS at 1400m/s just shatters
Geeeez! Now this takes me back to when I was at university 25+ years ago, and playing with Flow3D on a hilariously expensive (for me that is!) HP-9000 workstation. Everything simulating fine and all of a sudden there is a physically impossible leak ruining your hours-long simulation.
Actually appreciate videos like that, even though if they may be errors. This video in particular shown that even what is essentially a giant bomb didnt affected the steel much/didn't pushed the fragments to "speed of light" as one would expect.
Ironically, this is the exact effect reactive material bullets have, specifically High Density Reactive Material rounds. Tungsten is bonded with ceramics an energetic metals, yielding a round that has both good penetration and damage.
@@dejmianxyzsimulations4174 Ah, I didn't know it was such a low yield- I thought it was like, the tip or filler of the round, in which case it would have been like many many MANY nuclear bombs worth of explosive energy- as according to some quick research I did 0.5 kg's of antimatter is equivalent to 21 Kilotons of energy (roughly the same as the bomb dropped on Nagisaki) At least, according to the 1 quick youtube video I watched. But if you used truly that little antimatter would it have really done anything?
@@WelcomeToDERPLAND You're off by 3 orders of magnitude. 0.5kg of antimatter + 0.5kg of matter is 21.5 _mega_tons of TNT equivalent. Or, to put it another way, the Tsar Bomba was the equivalent of ~1.5 kg of antimatter. (Note some calculations are off by a factor of 2. 1kg of antimatter and 1kg of matter reacting give off _2_ c^2 of energy, as they both annihilate.) (Also note that antimatter explosions aren't quite as powerful as mc^2 would lead you to believe - a significant chunk of the energy release goes into making particles and radiation that end up just flying off instead of contributing to the explosion. Still quite powerful, however.) This explosion was the equivalent of ~70ug (micrograms - somewhere around 1/4 of a grain of sand) of antimatter.
@@dejmianxyzsimulations4174 I dont know if this helps but i found ammunition register for the Swedish army 1960 tanks.mod16.org/pdf/Amregister,%201960.pdf on page 65 there is some info but i couldn't find anything else
