1990
DOI: 10.1117/12.18425
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New developments in laser resonators

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Cited by 679 publications
(228 citation statements)
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“…(This relationship is again more conveniently expressed using the product of the e −2 sizes rather than the RMS values used here.) Siegman [9 Thus when the equivalent M for the emission from the particle beam is greater than 1, we use M to find the embedded mode and to scale the image size found by ZEMAX. When M < 1, we propagate an embedded Gaussian in ZEMAX with a divergence equal to that of the light emitted by the particle beam.…”
Section: Diffraction Of Radiation From the Dipole Centrementioning
confidence: 99%
“…(This relationship is again more conveniently expressed using the product of the e −2 sizes rather than the RMS values used here.) Siegman [9 Thus when the equivalent M for the emission from the particle beam is greater than 1, we use M to find the embedded mode and to scale the image size found by ZEMAX. When M < 1, we propagate an embedded Gaussian in ZEMAX with a divergence equal to that of the light emitted by the particle beam.…”
Section: Diffraction Of Radiation From the Dipole Centrementioning
confidence: 99%
“…Полученные результаты также справедливы для лазерного пучка с параметром качества 2 1 M  или произвольной поперечной моды TEM mn [10,18]. В этом случае в полученных соотношениях инвариант лазерного пучка необходимо рассчитывать по формуле s i n , .…”
Section: T T H H  до торцов активного элемента; unclassified
“…As we mentioned above, the forward and backward beams go through the crystal waveguide in different passes. Thus, we apply a linearly expanding coordinate transform [4] in the calculation. For the forward laser beam, the primed coordinate is adopted.…”
Section: Unstable Resonator For Edge-pumped Planar Waveguide Lasersmentioning
confidence: 99%
“…The beam propagation factor M 2 is calculated by propagating the output beam through a long focal length lens. The beam width is defined by the second moment intensity [4].…”
Section: Unstable Resonator For Edge-pumped Planar Waveguide Lasersmentioning
confidence: 99%