
Originally Posted by
mixedgas
Perhaps a 10-20 millijoule or more, ~1-2 khz rep rate, Qswitched, fiber coupled with a temoo beam, 20-30 watts or more Average power, probably a 7 nanosecond or less pulse. Yeah, I just love the idea of those showing up in Autozone.
Would bring the price of vandate, qswitches, and surface mount pump diodes down though..
Cant wait to see the optical distributor...
I used to own a 110Vac 20 Hz rep rate flashlamp pumped 1060 nM YAG at about 10x that power. Not something I trusted just anyone to handle, and not even myself some times. It was a baby as pulsed yags go, but damn scary to be around.
It nicely made a flickering white hot fireball in AIR when focused, but if you had a defect in the lens, it would make white clouds of compressed glass mixed with gas bubbles where the defect was. Yes, engrave inside the glass if it was a cheap lens or scratched.
I have seen lots of pics of engines with test windows on the heads, for measuring flame fronts etc. I've never seen one where the windows were easily cleaned or installed.
I do not know how you would keep the oil or soot off the lenses, without a gas jet.
Poor English translation, Quote:
The researchers say that to ignite the fuel mixture the laser has to focus 100 gigawatts per square centimeter square with short pulses of more than 10 millijoules each measures in Hz. "In the past, lasers that could meet those requirements were limited to basic research because they were big, inefficient, and unstable." The researchers have created a laser that can meet the requirements using ceramics.
End quote..
Ok, you can start with the jiggawatts of flux capacitor jokes now..
Steve