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Gaussian beams have the smallest possible divergence angle of all beams with a given waist diameter. A measure of how close a beam is to an ideal Gaussian beam is the parameter M2 Find the specifications for the following lasers on the web and calculate the M2 value for each. A- Thorlabs HNLS00SL, self-contained HeNe Laser, 0.8 mW B- Thorlabs CPS635R, Collimated laser diode module C- Millennia® eV™M High Power CW DPSS Laser (by Spectra-Physics) Gaussian beams have the smallest possible divergence angle of all beams with a given waist diameter. A measure of how close a beam is to an ideal Gaussian beam is the parameter M2 Find the specifications for the following lasers on the web and calculate the M2 value for each. A- Thorlabs HNLS00SL, self-contained HeNe Laser, 0.8 mW B- Thorlabs CPS635R, Collimated laser diode module C- Millennia® eV™M High Power CW DPSS Laser (by Spectra-Physics) Gaussian beams have the smallest possible divergence angle of all beams with a given waist diameter. A measure of how close a beam is to an ideal Gaussian beam is the parameter M2 Find the specifications for the following lasers on the web and calculate the M2 value for each. A- Thorlabs HNLS00SL, self-contained HeNe Laser, 0.8 mW B- Thorlabs CPS635R, Collimated laser diode module C- Millennia® eV™M High Power CW DPSS Laser (by Spectra-Physics) Gaussian beams have the smallest possible divergence angle of all beams with a given waist diameter. A measure of how close a beam is to an ideal Gaussian beam is the parameter M2 Find the specifications for the following lasers on the web and calculate the M2 value for each. A- Thorlabs HNLS00SL, self-contained HeNe Laser, 0.8 mW B- Thorlabs CPS635R, Collimated laser diode module C- Millennia® eV™M High Power CW DPSS Laser (by Spectra-Physics)
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To calculate the M2 value for each of these lasers we need to know their beam parameters such as the ... View the full answer
Related Book For
Modern Classical Physics Optics Fluids Plasmas Elasticity Relativity And Statistical Physics
ISBN: 9780691159027
1st Edition
Authors: Kip S. Thorne, Roger D. Blandford
Posted Date:
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