VladiO
September 30th, 2003, 12:28 AM
I was thinking of new ways of combining explosives when I remembered a camp moment when a basketball blew up on the court. It was inflated to the limit when cold, and as it heated, air expanded and BOOM. Sounds loud as hell.
Now, thinking that that releases a shitload of compressed air (20psi in a 1.1 gallon ball), which is already a good amount of pressure.
Now, if such a ball is inflated to 20psi with hydrogen/butane + oxygen in 7-3 proportion (+- a little for perfect balance), would it not create a sickeningly powerful explosive? Think about it, you have pressurized butane giving off a huge amount of energy and pressure, multiplied by the initial expansion of the gases as they exit the ball... that looks like a quite a big bang.
That is... with a 1.1 gallon amoutn of 20 psi hydrogen/air mixture, plus a gas expansion rate at about just under 8 times original temperature in kelvin, something like 100 psi. 20x100 psi = 2000psi pressure at release of gas... Now... combusting at about 2070 degrees C, thats quite an explosion. With the added BOOM it's really mind blowing.
Now, thinking that that releases a shitload of compressed air (20psi in a 1.1 gallon ball), which is already a good amount of pressure.
Now, if such a ball is inflated to 20psi with hydrogen/butane + oxygen in 7-3 proportion (+- a little for perfect balance), would it not create a sickeningly powerful explosive? Think about it, you have pressurized butane giving off a huge amount of energy and pressure, multiplied by the initial expansion of the gases as they exit the ball... that looks like a quite a big bang.
That is... with a 1.1 gallon amoutn of 20 psi hydrogen/air mixture, plus a gas expansion rate at about just under 8 times original temperature in kelvin, something like 100 psi. 20x100 psi = 2000psi pressure at release of gas... Now... combusting at about 2070 degrees C, thats quite an explosion. With the added BOOM it's really mind blowing.