Matches in SemOpenAlex for { <https://semopenalex.org/work/W4365448285> ?p ?o ?g. }
- W4365448285 endingPage "441" @default.
- W4365448285 startingPage "441" @default.
- W4365448285 abstract "In this paper, the 946/1030 nm dual-wavelength LG01 mode vortex laser is obtained by applying the intracavity cascade pumped structure and annular-beam end-pumped method, an innovative and pioneering exploration of the transverse mode of the dual-wavelength laser. First, we demonstrate the oscillation characteristic theoretical model of the dual-wavelength LG01 mode laser, considering the reabsorption effect. Then the length of the laser crystal and the transmittance of the output mirror are simulated and analyzed, respectively, related to the oscillation characteristics of the 946 and 1030 nm LG01 mode vortex lasers. Finally, a 946/1030 nm LG01 mode vortex laser with the same handedness is successfully achieved in our experiment. With 20 W of annular-beam pump power, the output power of 946 and 1030 nm LG01 mode vortex lasers is 0.404 and 0.510 W, the slope efficiency is 3.6% and 6.2%, and the total optical-optical conversion efficiency is 4.6%. At the maximum output power, the fluctuations of output power within 1 h are 4.02% and 4.23%, and the beam quality factors M2 are 2.32 and 2.27, respectively, for 946 and 1030 nm LG01 mode vortex lasers. The wavefront phase exp(iϕ) of the 946/1030 nm dual-wavelength is also proved by the self-interference method." @default.
- W4365448285 created "2023-04-15" @default.
- W4365448285 creator A5015978857 @default.
- W4365448285 creator A5028011421 @default.
- W4365448285 creator A5061954077 @default.
- W4365448285 creator A5073657677 @default.
- W4365448285 date "2023-04-12" @default.
- W4365448285 modified "2023-10-05" @default.
- W4365448285 title "946/1030 nm Dual-Wavelength Laguerre-Gaussian (LG01) Mode Vortex Laser Based on Intracavity Cascade Pumped Resonator" @default.
- W4365448285 cites W1984219343 @default.
- W4365448285 cites W2005839876 @default.
- W4365448285 cites W2010044743 @default.
- W4365448285 cites W2053654613 @default.
- W4365448285 cites W2059270355 @default.
- W4365448285 cites W2064371338 @default.
- W4365448285 cites W2066343805 @default.
- W4365448285 cites W2066897067 @default.
- W4365448285 cites W2068425860 @default.
- W4365448285 cites W2117614937 @default.
- W4365448285 cites W2145196446 @default.
- W4365448285 cites W2155643490 @default.
- W4365448285 cites W2156946794 @default.
- W4365448285 cites W2163859318 @default.
- W4365448285 cites W2169704141 @default.
- W4365448285 cites W2313662358 @default.
- W4365448285 cites W2331111505 @default.
- W4365448285 cites W2416036418 @default.
- W4365448285 cites W2464525622 @default.
- W4365448285 cites W2465988769 @default.
- W4365448285 cites W2509940931 @default.
- W4365448285 cites W255611753 @default.
- W4365448285 cites W2580239330 @default.
- W4365448285 cites W2606078250 @default.
- W4365448285 cites W2608963492 @default.
- W4365448285 cites W2741353385 @default.
- W4365448285 cites W2754120443 @default.
- W4365448285 cites W2782823488 @default.
- W4365448285 cites W2783277262 @default.
- W4365448285 cites W2786531256 @default.
- W4365448285 cites W2801018633 @default.
- W4365448285 cites W2806782464 @default.
- W4365448285 cites W2807557808 @default.
- W4365448285 cites W2884553797 @default.
- W4365448285 cites W2904040303 @default.
- W4365448285 cites W2913107456 @default.
- W4365448285 cites W2962982755 @default.
- W4365448285 cites W2966615772 @default.
- W4365448285 cites W2966684963 @default.
- W4365448285 cites W3034566815 @default.
- W4365448285 cites W3099753305 @default.
- W4365448285 cites W3116754712 @default.
- W4365448285 cites W3130056688 @default.
- W4365448285 cites W3152595436 @default.
- W4365448285 cites W4281805535 @default.
- W4365448285 cites W4289884659 @default.
- W4365448285 cites W4320914796 @default.
- W4365448285 doi "https://doi.org/10.3390/photonics10040441" @default.
- W4365448285 hasPublicationYear "2023" @default.
- W4365448285 type Work @default.
- W4365448285 citedByCount "0" @default.
- W4365448285 crossrefType "journal-article" @default.
- W4365448285 hasAuthorship W4365448285A5015978857 @default.
- W4365448285 hasAuthorship W4365448285A5028011421 @default.
- W4365448285 hasAuthorship W4365448285A5061954077 @default.
- W4365448285 hasAuthorship W4365448285A5073657677 @default.
- W4365448285 hasBestOaLocation W43654482851 @default.
- W4365448285 hasConcept C115171683 @default.
- W4365448285 hasConcept C120665830 @default.
- W4365448285 hasConcept C121332964 @default.
- W4365448285 hasConcept C140820882 @default.
- W4365448285 hasConcept C142181693 @default.
- W4365448285 hasConcept C17163034 @default.
- W4365448285 hasConcept C173781883 @default.
- W4365448285 hasConcept C185592680 @default.
- W4365448285 hasConcept C192562407 @default.
- W4365448285 hasConcept C194136796 @default.
- W4365448285 hasConcept C2984025587 @default.
- W4365448285 hasConcept C33163612 @default.
- W4365448285 hasConcept C34146451 @default.
- W4365448285 hasConcept C43617362 @default.
- W4365448285 hasConcept C520434653 @default.
- W4365448285 hasConcept C6260449 @default.
- W4365448285 hasConcept C90416638 @default.
- W4365448285 hasConcept C97126364 @default.
- W4365448285 hasConcept C97355855 @default.
- W4365448285 hasConcept C9986408 @default.
- W4365448285 hasConceptScore W4365448285C115171683 @default.
- W4365448285 hasConceptScore W4365448285C120665830 @default.
- W4365448285 hasConceptScore W4365448285C121332964 @default.
- W4365448285 hasConceptScore W4365448285C140820882 @default.
- W4365448285 hasConceptScore W4365448285C142181693 @default.
- W4365448285 hasConceptScore W4365448285C17163034 @default.
- W4365448285 hasConceptScore W4365448285C173781883 @default.
- W4365448285 hasConceptScore W4365448285C185592680 @default.
- W4365448285 hasConceptScore W4365448285C192562407 @default.
- W4365448285 hasConceptScore W4365448285C194136796 @default.
- W4365448285 hasConceptScore W4365448285C2984025587 @default.
- W4365448285 hasConceptScore W4365448285C33163612 @default.