Some military jets are half liquid, half dough kerosene fuel, some military jet only require dough kerosene. Mixing kerosene into flour ( choose the type of flour, usually is either the flour for noodle, or flour for bread) to make a long cylinder shape dough like making noodle dough for ramen, place it into chemical industry machines which process the kerosene mixed into flour into a directional explosive kerosene, choose one direction of explosion, choose direction of explosion towards the back of military jet, the kerosene is activated enough to use without another activator machine in the military jet, the kerosene dough is feeded into military jet and ignited, combusted to create combustion. The kerosone dough is eiher cut up in requires pieces to ignite while keep the rest in the protected flame proof chamber or ignited normally like a cigarette. Using two robotic arm help to hold the kerosene dough in combustion by holding the middle or the other end of kerosene dough, and the other robotic arm help to feed the dough kerosene fuel.
The diameter of jetfuel rod and size of military jet propulsions are two things which can be studied for other military jets designs.
The military jets should be using metal lighters to fire their combustion of fuel in propulsions with lighter fuel tank and lighter fuel meter at their speedometer, all combustion mechanisms in transportations which use spark plug should use metal lighters to fire their combustion.
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