Yes.Baking soda and vinegar. This is possibly 40 Watts. Power density does matter. If I calculate the intensity per centimeter, focusing the beam to 1/10 mm gives an intensity of 509,554 Watts/cm^2, or 12,738 times more intinse! Alternately, by expanding the beam to 1 meter in diameter, the intensity becomes only 5 milliwatts/cm^2. The intensity is reduced 8000 times!
Area = (pi)(r^2)
Intensity = Power/Area
This is a simplified explanation which ignores mode structure.
Yes.Baking soda and vinegar. This is possibly 40 Watts. Power density does matter. If I calculate the intensity per centimeter, focusing the beam to 1/10 mm gives an intensity of 509,554 Watts/cm^2, or 12,738 times more intinse! Alternately, by expanding the beam to 1 meter in diameter, the intensity becomes only 5 milliwatts/cm^2. The intensity is reduced 8000 times!
Area = (pi)(r^2)
Intensity = Power/Area
This is a simplified explanation which ignores mode structure.
magx1 8 months ago
Baking soda and vinegar to create CO2 correct? Power density doesn't matter when you have extremely high powers. How many Watts?
sudoLinux666 8 months ago
Watch out that you don´t burn your fingers.
What is the distance it will still make fire on the wood ?
Well done !
Regards. Stefan,
overunitydotcom 8 months ago
Hell yeah! Is there way you can measure the light output in watts? Would be interesting to see what power you get with this thing. Nice work.
AntiProtonBoy 8 months ago
Insane!great job.
m3sca1 8 months ago