Update on Fuel Vaporizer...

The Fundamental Principle my idea works on, the "Coanda Effect":

Although generally unrecognized, Coanda was actually the first person to build and fly a jet powered aircraft. It is commonly believed that the first jet engines were developed during World War II. Dr. Hans Von Ohain designed the first German jet aircraft, which made its first flight on August 27, 1939. Unaware of Dr. Von Ohain's work, A British engineer named Sir Frank Whittle also independently designed a jet aircraft, which first flew on May 15, 1941.

Although these two men are generally thought of as the fathers of jet aircraft, Henri Coanda built and "flew" the first recorded jet aircraft about 30 years earlier. The somewhat amusing first flight is best described in Coanda's own words:

"It was on 16 December 1910. I had no intention of flying on that day. My plan was to check the operation of the engine on the ground but the heat of the jet blast coming back at me was greater than I expected and I was worried in case I set the aeroplane on fire. For this reason I concentrated on adjusting the jet and did not realize that the aircraft was rapidly gaining speed. Then I looked up and saw the walls of Paris approaching rapidly. There was no time to stop or turn round and I decided to try and fly instead. Unfortunately I had no experience of flying and was not used to the controls of the aeroplane. The aeroplane seemed to make a sudden steep climb and then landed with a bump. First the left wing hit the ground and then the aircraft crumpled up. I was not strapped in and so was fortunately thrown clear of the burning machine."

Unfortunately Coanda couldn’t obtain funding to continue his research after the wreck, and so his contribution to jet propulsion never became widespread. If he had been able to continue his work, France could have had a jet-powered air force before WW II began. Even though he didn't build another jet aircraft, he did make a very important contribution to how the aircraft wings produce lift when he discovered what is now called the Coanda Effect.

Coanda Effect: A moving stream of fluid in contact with a curved surface will tend to follow the curvature of the surface rather than continue traveling in a straight line.

To perform a simple demonstration of this effect, grab a spoon and find a sink. Get a small stream of water coming down from the sink, then place the bottom of the spoon next to the stream. Notice how the water curves along the surface of the spoon. If you hold the spoon so that it is free to swing, you should be able to notice that the spoon is actually being pulled towards the stream of water.