Matches in SemOpenAlex for { <https://semopenalex.org/work/W2017010791> ?p ?o ?g. }
- W2017010791 endingPage "4162" @default.
- W2017010791 startingPage "4153" @default.
- W2017010791 abstract "We have studied superfluorescence (SF) under highly unfavorable conditions of rapid collisional and radiative distribution in a Doppler-broadened medium. Nanosecond SF pulses at 5.5 ensuremath{mu}m were generated on the Ca $4s4p{}^{1}{P}_{1}--3d4s{}^{1}{D}_{2}$ transition from a column of calcium vapor buffered with Ar by optically pumping the ${4s}^{2}{}^{1}{S}_{0}--4s4p{}^{1}{P}_{1}$ transition. The Rabi frequency associated with the intense pump pulse prevents the occurrence of SF while the pump laser is on. As a result, the predicted scaling laws that describe the properties of SF in a transversely excited system, such as peak heights, pulse widths, and delay times, are shown to apply in our situation in which the conditions resemble swept excitation. The delay times were found to be in agreement with a fully quantum mechanical calculation which describes the initiation of SF. Measurements of the densities of the three levels, the absolute SF photon yield, and the spatial distribution of the excited states indicate that the system has a quantum yield of unity. The SF intensity increases with an increase in Ar pressure due to collisional redistribution until the collisional dephasing rate inhibits SF. The conditions describing the transition of SF to amplified spontaneous emission allow us to measure the collisional broadening rate for the SF transition." @default.
- W2017010791 created "2016-06-24" @default.
- W2017010791 creator A5027722751 @default.
- W2017010791 creator A5035966621 @default.
- W2017010791 date "1998-11-01" @default.
- W2017010791 modified "2023-10-16" @default.
- W2017010791 title "Superfluorescence from optically trapped calcium atoms" @default.
- W2017010791 cites W1192613418 @default.
- W2017010791 cites W1967707527 @default.
- W2017010791 cites W1977015670 @default.
- W2017010791 cites W1978988262 @default.
- W2017010791 cites W1979293031 @default.
- W2017010791 cites W1979851534 @default.
- W2017010791 cites W1985849644 @default.
- W2017010791 cites W1991602497 @default.
- W2017010791 cites W1995243923 @default.
- W2017010791 cites W1999748594 @default.
- W2017010791 cites W2002132643 @default.
- W2017010791 cites W2002876439 @default.
- W2017010791 cites W2005935042 @default.
- W2017010791 cites W2005977421 @default.
- W2017010791 cites W2007600675 @default.
- W2017010791 cites W2013561290 @default.
- W2017010791 cites W2013748620 @default.
- W2017010791 cites W2017154611 @default.
- W2017010791 cites W2024452784 @default.
- W2017010791 cites W2032488045 @default.
- W2017010791 cites W2033686485 @default.
- W2017010791 cites W2039169030 @default.
- W2017010791 cites W2047229009 @default.
- W2017010791 cites W2047487570 @default.
- W2017010791 cites W2049408315 @default.
- W2017010791 cites W2050272470 @default.
- W2017010791 cites W2054288606 @default.
- W2017010791 cites W2061991797 @default.
- W2017010791 cites W2067595687 @default.
- W2017010791 cites W2067940329 @default.
- W2017010791 cites W2070044428 @default.
- W2017010791 cites W2070696736 @default.
- W2017010791 cites W2072939938 @default.
- W2017010791 cites W2076714004 @default.
- W2017010791 cites W2078179453 @default.
- W2017010791 cites W2082494725 @default.
- W2017010791 cites W2083691043 @default.
- W2017010791 cites W2085303750 @default.
- W2017010791 cites W2085313168 @default.
- W2017010791 cites W2087114552 @default.
- W2017010791 cites W2090042380 @default.
- W2017010791 cites W2090456893 @default.
- W2017010791 cites W2091330898 @default.
- W2017010791 cites W2095397816 @default.
- W2017010791 cites W2114684227 @default.
- W2017010791 cites W2137795265 @default.
- W2017010791 cites W2154553681 @default.
- W2017010791 cites W3083036858 @default.
- W2017010791 cites W4213345972 @default.
- W2017010791 cites W4236522448 @default.
- W2017010791 cites W4246135083 @default.
- W2017010791 cites W4249830008 @default.
- W2017010791 cites W4376453236 @default.
- W2017010791 doi "https://doi.org/10.1103/physreva.58.4153" @default.
- W2017010791 hasPublicationYear "1998" @default.
- W2017010791 type Work @default.
- W2017010791 sameAs 2017010791 @default.
- W2017010791 citedByCount "20" @default.
- W2017010791 countsByYear W20170107912016 @default.
- W2017010791 countsByYear W20170107912017 @default.
- W2017010791 countsByYear W20170107912019 @default.
- W2017010791 countsByYear W20170107912020 @default.
- W2017010791 countsByYear W20170107912021 @default.
- W2017010791 countsByYear W20170107912022 @default.
- W2017010791 countsByYear W20170107912023 @default.
- W2017010791 crossrefType "journal-article" @default.
- W2017010791 hasAuthorship W2017010791A5027722751 @default.
- W2017010791 hasAuthorship W2017010791A5035966621 @default.
- W2017010791 hasBestOaLocation W20170107912 @default.
- W2017010791 hasConcept C120665830 @default.
- W2017010791 hasConcept C121332964 @default.
- W2017010791 hasConcept C181500209 @default.
- W2017010791 hasConcept C184779094 @default.
- W2017010791 hasConcept C35114708 @default.
- W2017010791 hasConcept C4839761 @default.
- W2017010791 hasConcept C49023278 @default.
- W2017010791 hasConcept C51141536 @default.
- W2017010791 hasConcept C520434653 @default.
- W2017010791 hasConcept C62103226 @default.
- W2017010791 hasConcept C62520636 @default.
- W2017010791 hasConcept C83581075 @default.
- W2017010791 hasConceptScore W2017010791C120665830 @default.
- W2017010791 hasConceptScore W2017010791C121332964 @default.
- W2017010791 hasConceptScore W2017010791C181500209 @default.
- W2017010791 hasConceptScore W2017010791C184779094 @default.
- W2017010791 hasConceptScore W2017010791C35114708 @default.
- W2017010791 hasConceptScore W2017010791C4839761 @default.
- W2017010791 hasConceptScore W2017010791C49023278 @default.
- W2017010791 hasConceptScore W2017010791C51141536 @default.
- W2017010791 hasConceptScore W2017010791C520434653 @default.
- W2017010791 hasConceptScore W2017010791C62103226 @default.