No....go review the fire triangle......heat is what you need.
In the case of gaseous oxygen and hydrogen, a platinum catalyst may be sufficient to lower the ignition temperature down to room temperature.
No....go review the fire triangle......heat is what you need.
They use magnesium to make ductile iron and ths reaction is fun to see.Magnesium would make brillian white hot flames once you get it to burn. It's the stuff they put in flash bulbs and they used to dump some into our training fires back in the day. Putting water on it makes it worse as the fire burns so hot it disassociates the water
I think you have the magnesium confused with sodium or another group I metal; I buy it as ribbons or powder. Maybe it will make sparkles.
That is correct. You won't want your balloon too high or the rocket motor will burn out before it gets there. Using a 2 stage model for an extended burn might be a good idea or maybe you could coat the exterior of the rocket with something flammable and light it on fire immediately before launch....I think you have the magnesium confused with sodium or another group I metal; I buy it as ribbons or powder. Maybe it will make sparkles.
As for igniting it, most small rockets (I think) burn their fuel and coast for a while on momentum. This means there isn't really a flame during this period of flight. They have some sort of internal fusing for exploding (fireworks) or kicking off a parachute or next stage (models). So lighting off the hydrogen is going to require some timing as well as aim, if I'm correct.
That is correct. You won't want your balloon too high or the rocket motor will burn out before it gets there. Using a 2 stage model for an extended burn might be a good idea or maybe you could coat the exterior of the rocket with something flammable and light it on fire immediately before launch....
I also vote for 6PC doing this at night to make the explosion more visible