A laser resonator consisting of two mirrors with reflectivity R1=1 and R2=0.95 respectively, effective medium length 0.1 m, and spontaneous emission lifetime 10-6sec A helium-neon laser was used at a wavelength of 0.6328µm. It has a bandwidth of 10?MHz. Calculate the
A laser resonator consisting of two mirrors with reflectivity R1=1 and R2=0.95 respectively, effective medium length 0.1 m, and spontaneous emission lifetime 10-6sec A helium-neon laser was used at a wavelength of 0.6328µm. It has a bandwidth of 10?MHz. Calculate the
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![A laser resonator consisting of two mirrors with
reflectivity R1=1 and R2=D0.95 respectively, effective
medium length 0.1 m, and spontaneous emission lifetime
10-6sec A helium-neon laser was used at a wavelength of
0.6328µm. It has a bandwidth of 10?MHz. Calculate the
inverse count at the threshold term](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F98dbf995-30ea-45e9-965d-84665d3eda74%2F088c0127-1d99-43a9-b4e0-01837df92d76%2Fvaooq1j_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A laser resonator consisting of two mirrors with
reflectivity R1=1 and R2=D0.95 respectively, effective
medium length 0.1 m, and spontaneous emission lifetime
10-6sec A helium-neon laser was used at a wavelength of
0.6328µm. It has a bandwidth of 10?MHz. Calculate the
inverse count at the threshold term
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