The Vector Analysis of the Optical Resonator with the W-axicon for the Coaxial CO2 Laser

Miyakawa, Naoomi; Ohtani, Nobuyoshi; Adari, Toshihiko; Yamaguchi, Shigeru; Fujioka, Tomoo

doi:10.2184/lsj.36.1098

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2008

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“…When we expect the laser output of 2 kW or higher power (exceeding 4.5 kW), discharge electrode area should be 0.9 m 2 . Taking account these conditions and gain parameters obtained in the experiments by the authors, 16) following geometries of the resonator shown in Figs. 2 and 3 were decided for the calculation.…”

Section: Model Of the Analysismentioning

confidence: 99%

Vector Analysis of W-Axicon Type Optical Resonator for a Coaxial CO₂ Laser

Miyakawa

Ohtani²,

Yamaguchi

et al. 2008

jjap

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We study the noncommutative superspace of arbitrary dimensions in a systematic way. Superfield theories on a noncommutative superspace can be formulated in two folds, through the star product formalism and in terms of the supermatrices. We elaborate the duality between them by constructing the isomorphism explicitly and relating the superspace integrations of the star product lagrangian or the superpotential to the traces of the supermatrices. We show there exists an interesting fine tuned commutative limit where the duality can be still maintained. Namely on the commutative superspace too, there exists a supermatrix model description for the superfield theory. We interpret the result in the context of the wave particle duality. The dual particles for the superfields in even and odd spacetime dimensions are D-instantons and D0-branes respectively to be consistent with the T-duality.

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Section: Model Of the Analysismentioning

confidence: 99%