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A Gaussian beam of wavelength 2 = 10.6 m (emitted by a CO, laser) has widths w, = 1.699 mm and w2 = 3.380 mm at two points separated by a distance d = 10 cm. Determine the location of the waist and the waist radius.

A Gaussian beam of wavelength 2 = 10.6 m (emitted by a CO, laser) has widths w, = 1.699 mm and w2 = 3.380 mm at two points separated by a distance d = 10 cm. Determine the location of the waist and the waist radius.

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10.6 µm (emitted by a CO: laser) has widths w, = 10 cm. A Gaussian beam of wavelength 2 = 1.699 mm and w2 = 3.380 mm at two points separated by a distance d Determine the location of the waist and the waist radius. %3D
Transcribed Image Text:10.6 µm (emitted by a CO: laser) has widths w, = 10 cm. A Gaussian beam of wavelength 2 = 1.699 mm and w2 = 3.380 mm at two points separated by a distance d Determine the location of the waist and the waist radius. %3D
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