FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3172133052> ?p ?o ?g. }

• W3172133052 endingPage "100942" @default.
• W3172133052 startingPage "100942" @default.
• W3172133052 abstract "In this paper, we design a silicon-core photonic crystal fiber (PCF) composed of MgF 2 background material to generate supercontinuum spectra in the near- and mid-infrared wavelength ranges. The linear properties of the PCF, including effective index, group velocity dispersion, loss, and effective area, as well as the nonlinear parameter, are calculated for several core radii. We show that by choosing the PCF's optimal geometric dimensions using the particle swarm optimization algorithm, high flatness and near-zero dispersion profile at the desired wavelength can be achieved. Numerical results reveal that by pumping 50 femtosecond optical pulses with a peak power of 1 kW centered at the wavelength of 2460 nm into the proposed optimized PCF, a spectrum with a spectral bandwidth of 2670 nm in the near- and mid-infrared wavelength ranges at 10-mm long PCF can be generated. Such a broad spectrum has many applications, especially in the production of highly sensitive optical sensors applicable in the medical, security, and petrochemical industries." @default.
• W3172133052 created "2021-06-22" @default.
• W3172133052 creator A5021397866 @default.
• W3172133052 creator A5068611607 @default.
• W3172133052 creator A5071139058 @default.
• W3172133052 date "2021-09-01" @default.
• W3172133052 modified "2023-09-27" @default.
• W3172133052 title "Supercontinuum generation in near- and mid-infrared spectral region using highly nonlinear silicon-core photonic crystal fiber for sensing applications" @default.
• W3172133052 cites W1230913536 @default.
• W3172133052 cites W1775256263 @default.
• W3172133052 cites W1975948914 @default.
• W3172133052 cites W1986686752 @default.
• W3172133052 cites W1986998271 @default.
• W3172133052 cites W1988348516 @default.
• W3172133052 cites W1993877050 @default.
• W3172133052 cites W2004226819 @default.
• W3172133052 cites W2006107925 @default.
• W3172133052 cites W2016999605 @default.
• W3172133052 cites W2023182146 @default.
• W3172133052 cites W2027721249 @default.
• W3172133052 cites W2038187241 @default.
• W3172133052 cites W2048366398 @default.
• W3172133052 cites W2053071862 @default.
• W3172133052 cites W2063865680 @default.
• W3172133052 cites W2064409533 @default.
• W3172133052 cites W2066522340 @default.
• W3172133052 cites W2079008568 @default.
• W3172133052 cites W2080691690 @default.
• W3172133052 cites W2084974577 @default.
• W3172133052 cites W2086993056 @default.
• W3172133052 cites W2097905352 @default.
• W3172133052 cites W2102670373 @default.
• W3172133052 cites W2104412642 @default.
• W3172133052 cites W2116347708 @default.
• W3172133052 cites W2144764224 @default.
• W3172133052 cites W2145054581 @default.
• W3172133052 cites W2150849763 @default.
• W3172133052 cites W2153086900 @default.
• W3172133052 cites W2157967376 @default.
• W3172133052 cites W2158874186 @default.
• W3172133052 cites W2159516164 @default.
• W3172133052 cites W2170419031 @default.
• W3172133052 cites W2294894678 @default.
• W3172133052 cites W2328066304 @default.
• W3172133052 cites W2473282908 @default.
• W3172133052 cites W2518558681 @default.
• W3172133052 cites W2561184529 @default.
• W3172133052 cites W2605824526 @default.
• W3172133052 cites W2784952722 @default.
• W3172133052 cites W2805389277 @default.
• W3172133052 cites W2805530584 @default.
• W3172133052 cites W2811408968 @default.
• W3172133052 cites W2899425094 @default.
• W3172133052 cites W2908973329 @default.
• W3172133052 cites W2912482048 @default.
• W3172133052 cites W2946230525 @default.
• W3172133052 cites W2946904984 @default.
• W3172133052 cites W2968987246 @default.
• W3172133052 cites W2996676897 @default.
• W3172133052 cites W3000903255 @default.
• W3172133052 cites W3006210863 @default.
• W3172133052 cites W3010433856 @default.
• W3172133052 cites W3023858170 @default.
• W3172133052 cites W3039493798 @default.
• W3172133052 cites W3044756393 @default.
• W3172133052 doi "https://doi.org/10.1016/j.photonics.2021.100942" @default.
• W3172133052 hasPublicationYear "2021" @default.
• W3172133052 type Work @default.
• W3172133052 sameAs 3172133052 @default.
• W3172133052 citedByCount "7" @default.
• W3172133052 countsByYear W31721330522021 @default.
• W3172133052 countsByYear W31721330522022 @default.
• W3172133052 countsByYear W31721330522023 @default.
• W3172133052 crossrefType "journal-article" @default.
• W3172133052 hasAuthorship W3172133052A5021397866 @default.
• W3172133052 hasAuthorship W3172133052A5068611607 @default.
• W3172133052 hasAuthorship W3172133052A5071139058 @default.
• W3172133052 hasConcept C107157254 @default.
• W3172133052 hasConcept C120665830 @default.
• W3172133052 hasConcept C121332964 @default.
• W3172133052 hasConcept C158355884 @default.
• W3172133052 hasConcept C159985019 @default.
• W3172133052 hasConcept C191154138 @default.
• W3172133052 hasConcept C192562407 @default.
• W3172133052 hasConcept C2164484 @default.
• W3172133052 hasConcept C49040817 @default.
• W3172133052 hasConcept C544956773 @default.
• W3172133052 hasConcept C6260449 @default.
• W3172133052 hasConcept C75302062 @default.
• W3172133052 hasConceptScore W3172133052C107157254 @default.
• W3172133052 hasConceptScore W3172133052C120665830 @default.
• W3172133052 hasConceptScore W3172133052C121332964 @default.
• W3172133052 hasConceptScore W3172133052C158355884 @default.
• W3172133052 hasConceptScore W3172133052C159985019 @default.
• W3172133052 hasConceptScore W3172133052C191154138 @default.
• W3172133052 hasConceptScore W3172133052C192562407 @default.
• W3172133052 hasConceptScore W3172133052C2164484 @default.
• W3172133052 hasConceptScore W3172133052C49040817 @default.

• next