Search results

Actually... I found my answers thanks to this review... edmuseum candlepower us/tenth/rigel2.htm

actually Cyparagon, that's another good question. But let me rephrase what i'm trying to ask. Every laser has a curve on a spectrometer where the peak is somewhere around the major wavelength. Take a look at this www lexellaser com/techinfo_wavelengths.htm to get an idea'ish of what i mean about...

What i'm mostly concerned about is how "strong" the yellow beam is at the 593.5nm range in comparison to a non interactive sum frequency mixed laser. As in if the curve peaks as strongly per mW as other lasers like a green laser. Thanks for the responses btw!

from what I understand the yellow laser comes from 2 frequencies and 1064 and 1342nm I'd like to see how stable the 593.5nm frequency is for consumer yellow lasers.

I'm interested in both cases actually. I'd like to see something through a spectrometer more specifically to get an idea of it's curve in the 590-600nm range.

Hello everyone, first post here. I'm an experimental physicist looking for some answers =) Does anyone here have a Yellow laser, a green filter, and a red filter?? If they do.. could you tell me if you can filter out the collimated green or red laser and have the opposite initial laser emit...