Matches in SemOpenAlex for { <https://semopenalex.org/work/W2946208020> ?p ?o ?g. }
- W2946208020 endingPage "15474" @default.
- W2946208020 startingPage "15474" @default.
- W2946208020 abstract "Unlike the probe wavelength, which is spectrally resolved by monochromator, the excitation wavelength in two-dimensional electronic spectroscopy is retrieved by means of Fourier transform of the interference signal introduced by the coherence delay time between the first and second excitation laser pulses. Hence, the calibration of delay lines would determine its accuracy. In this work, we showed that an inaccurate calibration factor of wedge-based delay line would result in a global peak shift and asymmetric spectral twists along the excitation axis. Both theoretical analysis and experiments have shown that such spectral distortions can be corrected by an accurately predetermined calibration factor. The relative accuracy of calibration factor reaches 3 × 10-5 in our setup. The dispersion effect of wedges also has been considered for the broadband excitation." @default.
- W2946208020 created "2019-05-29" @default.
- W2946208020 creator A5002111219 @default.
- W2946208020 creator A5005171489 @default.
- W2946208020 creator A5008999491 @default.
- W2946208020 creator A5019560977 @default.
- W2946208020 creator A5020380510 @default.
- W2946208020 creator A5024753658 @default.
- W2946208020 creator A5085467179 @default.
- W2946208020 date "2019-05-15" @default.
- W2946208020 modified "2023-10-15" @default.
- W2946208020 title "Correction of spectral distortion in two-dimensional electronic spectroscopy arising from the wedge-based delay line" @default.
- W2946208020 cites W1866026816 @default.
- W2946208020 cites W1970104226 @default.
- W2946208020 cites W1977013859 @default.
- W2946208020 cites W1977436968 @default.
- W2946208020 cites W1978493360 @default.
- W2946208020 cites W1982312872 @default.
- W2946208020 cites W1983359115 @default.
- W2946208020 cites W1989811812 @default.
- W2946208020 cites W2018114300 @default.
- W2946208020 cites W2018813201 @default.
- W2946208020 cites W2029357974 @default.
- W2946208020 cites W2035714165 @default.
- W2946208020 cites W2039022563 @default.
- W2946208020 cites W2044111627 @default.
- W2946208020 cites W2045149740 @default.
- W2946208020 cites W2049160245 @default.
- W2946208020 cites W2051041110 @default.
- W2946208020 cites W2051956246 @default.
- W2946208020 cites W2058468006 @default.
- W2946208020 cites W2064204909 @default.
- W2946208020 cites W2069980955 @default.
- W2946208020 cites W2073850116 @default.
- W2946208020 cites W2073895194 @default.
- W2946208020 cites W2083611517 @default.
- W2946208020 cites W2084163093 @default.
- W2946208020 cites W2088307177 @default.
- W2946208020 cites W2090890642 @default.
- W2946208020 cites W2105576535 @default.
- W2946208020 cites W2114134633 @default.
- W2946208020 cites W2117247675 @default.
- W2946208020 cites W2140127807 @default.
- W2946208020 cites W2157634547 @default.
- W2946208020 cites W2159312847 @default.
- W2946208020 cites W2187759682 @default.
- W2946208020 cites W2254698181 @default.
- W2946208020 cites W2312716353 @default.
- W2946208020 cites W2515952342 @default.
- W2946208020 cites W2539932549 @default.
- W2946208020 cites W2543110117 @default.
- W2946208020 cites W2557121508 @default.
- W2946208020 cites W2560797935 @default.
- W2946208020 cites W2575493302 @default.
- W2946208020 cites W2579901953 @default.
- W2946208020 cites W2593267197 @default.
- W2946208020 cites W2609308603 @default.
- W2946208020 cites W2611387003 @default.
- W2946208020 cites W2613567515 @default.
- W2946208020 cites W2725977317 @default.
- W2946208020 cites W2741322682 @default.
- W2946208020 cites W2746190263 @default.
- W2946208020 cites W2761254413 @default.
- W2946208020 cites W2795647200 @default.
- W2946208020 cites W2803340851 @default.
- W2946208020 doi "https://doi.org/10.1364/oe.27.015474" @default.
- W2946208020 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31163743" @default.
- W2946208020 hasPublicationYear "2019" @default.
- W2946208020 type Work @default.
- W2946208020 sameAs 2946208020 @default.
- W2946208020 citedByCount "8" @default.
- W2946208020 countsByYear W29462080202020 @default.
- W2946208020 countsByYear W29462080202022 @default.
- W2946208020 countsByYear W29462080202023 @default.
- W2946208020 crossrefType "journal-article" @default.
- W2946208020 hasAuthorship W2946208020A5002111219 @default.
- W2946208020 hasAuthorship W2946208020A5005171489 @default.
- W2946208020 hasAuthorship W2946208020A5008999491 @default.
- W2946208020 hasAuthorship W2946208020A5019560977 @default.
- W2946208020 hasAuthorship W2946208020A5020380510 @default.
- W2946208020 hasAuthorship W2946208020A5024753658 @default.
- W2946208020 hasAuthorship W2946208020A5085467179 @default.
- W2946208020 hasBestOaLocation W29462080201 @default.
- W2946208020 hasConcept C120665830 @default.
- W2946208020 hasConcept C121332964 @default.
- W2946208020 hasConcept C126780896 @default.
- W2946208020 hasConcept C14112920 @default.
- W2946208020 hasConcept C165838908 @default.
- W2946208020 hasConcept C194257627 @default.
- W2946208020 hasConcept C2781181686 @default.
- W2946208020 hasConcept C32891209 @default.
- W2946208020 hasConcept C46362747 @default.
- W2946208020 hasConcept C49040817 @default.
- W2946208020 hasConcept C62520636 @default.
- W2946208020 hasConcept C6260449 @default.
- W2946208020 hasConcept C83581075 @default.
- W2946208020 hasConceptScore W2946208020C120665830 @default.
- W2946208020 hasConceptScore W2946208020C121332964 @default.