@Hakzaw1
I hope you are well, and all are well.
I last was involved in the 2012 event at urban 15. Can you please direct me to any newer TEXLEM info, and is there an active DFW group?
Thank you,
Patrick
There were two sides to it. The 'good ol boy network' which avoided involving HR, and the 'protected classes' which used HR as much as possible. To be fair, it is necessary to mention the g.o.b. network as equally responsible and generally creating as much misery and buffoonery as the other...
Most of the ones like that i have used are made with a filler in the ends that looks like an epoxy or plastic. Might make a good smell.
It might be as well to strip an old space heater for the nichrome wire, rewind it on a ceramic sheet and use radiant heat to boil up the diode.
The lamp idea...
There's an interesting publication here about research into a nuclear laser suitable to instrument use but it does not seem practical for hobby construction. Proposed gamma-ray laser could emit 'nuclear light'
The answer to the riddle is "management". I worked with a technician once that pretty much consistently failed to do good work. There was also a quota system in place due to government contracts and for that reason they didn't want to get rid of the particular individual, but they didn't want...
I'd have thought the optical properties of the target would have been investigated more thoroughly before the experiment was conducted. Enjoy carefully!
What is the temperature rating of those resistors? I think nowhere near the goal. This goal temperature seems unusual. Is the expected result worth what it will cost to do it?
A lamp is workable but choose it carefully so it can itself do without cooling air. The heating will be slow.
A useful technique for quickly heating your device and avoiding the thermal inertia of a block of metal would be to use a 0.001 to 0.01" thick strip of perhaps copper, or another metal...