Search Results - "CANGIOLI, G"

Triple slab radio-frequency discharged CO2 laser by LAPUCCI, A, CANGIOLI, G

“…The operation of a laser having both the advantages of large area discharges and those of laser arrays is reported. The laser consists of three parallel…”
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Phase-locked operation of a compact three-slab-sections radiofrequency discharge CO2 laser by LAPUCCI, A, CANGIOLI, G

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Frequency stability of RF-excited CO2 waveguide lasers in gain-switched and Q-switched regimes by LAPUCCI, A, CANGIOLI, G, MEUCCI, R

“…In this paper we analyze the behavior of RF-excited waveguide laser both in a gain-switched and a Q-switched regime measuring the frequency sweep during the…”
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Triple slab radio-frequency discharged CO sub(2) laser by Lapucci, A, Cangioli, G

“…A carbon dioxide laser is reported based on large area RF discharges and laser arrays. U-shaped, aluminum electrodes form three parallel rectangular optical…”
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Neonatal urinary ascites secondary to posterior urethral valves by Danti, D A, Centonze, N, Pavone, M, Pancani, S, Cangioli, G

“…Urine collection within the perirenal spaces and subsequent urinary ascites may be caused either by calyceal perforation or filtration through the walls of…”
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Frequency stability of RF-excited CO/sub 2/ waveguide lasers in gain-switched and Q-switched regimes by Lapucci, A., Cangioli, G., Meucci, R.

“…The behavior of an RF-excited waveguide laser is analyzed in a gain-switched and a Q-switched regime measuring the frequency sweep during the optical pulse…”
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Frequency stability of RF-excited CO(2) waveguide lasers in gain-switched and < e1 > Q < /e1 > -switched regimes by Lapucci, A, Cangioli, G, Meucci, R

“…The behavior of an RF-excited waveguide laser is analyzed in a gain-switched and a < e1 > Q < /e1 > -switched regime measuring the frequency sweep during the…”
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Phase-locked operation of a compact three-slab-sections radiofrequency discharge CO(2) laser by Lapucci, A, Canglioli, G

“…In order to obtain a compact source with good power extraction and low divergence, a laser making use of both large-area discharges and laser-array principles…”
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