Matches in SemOpenAlex for { <https://semopenalex.org/work/W3091175426> ?p ?o ?g. }
- W3091175426 endingPage "419" @default.
- W3091175426 startingPage "408" @default.
- W3091175426 abstract "The third-order nonlinear optical (NLO) materials with stimuli-responsive properties have received extraordinary attention due to their controllable photophysical properties. In this work, two attractive metal complexes third-order NLO switches, which are far superior to congeneric optical switches in terms of their performance conversion, versatility, and fast response, were successfully designed and synthesized. The test of their third-order NLO properties proves that the metal complexes exhibit reverse saturable absorption and self-defocusing refraction. After light irradiation, the third-order NLO behavior turns quickly into self-focusing refraction. The relation between the molecular structures and the third-order NLO properties was investigated via1H nuclear magnetic resonance and ultraviolet-visible absorption. The results show that the metal ions have a significant influence on the NLO behavior and reveal the origin of third-order NLO properties via Z-scan determinations, pump-probe technology, and density functional theory calculations. These metal complexes can be used as third-order NLO switches with excellent fatigue resistance and broaden the application range of third-order NLO materials with adjustable performances." @default.
- W3091175426 created "2020-10-08" @default.
- W3091175426 creator A5038079713 @default.
- W3091175426 creator A5047162633 @default.
- W3091175426 creator A5049718399 @default.
- W3091175426 creator A5051363890 @default.
- W3091175426 creator A5056222697 @default.
- W3091175426 creator A5060105614 @default.
- W3091175426 creator A5061562797 @default.
- W3091175426 creator A5070436648 @default.
- W3091175426 creator A5071178564 @default.
- W3091175426 date "2020-09-24" @default.
- W3091175426 modified "2023-10-17" @default.
- W3091175426 title "Third-order nonlinear optical adjusting behavior in azobenzene metal complexes" @default.
- W3091175426 cites W1555572854 @default.
- W3091175426 cites W1987125383 @default.
- W3091175426 cites W1991671614 @default.
- W3091175426 cites W1992984434 @default.
- W3091175426 cites W2020707326 @default.
- W3091175426 cites W2024881136 @default.
- W3091175426 cites W2025245840 @default.
- W3091175426 cites W2034876469 @default.
- W3091175426 cites W2043910603 @default.
- W3091175426 cites W2049391687 @default.
- W3091175426 cites W2053938578 @default.
- W3091175426 cites W2063643168 @default.
- W3091175426 cites W2066081137 @default.
- W3091175426 cites W2073505070 @default.
- W3091175426 cites W2090519886 @default.
- W3091175426 cites W2093272595 @default.
- W3091175426 cites W2094370068 @default.
- W3091175426 cites W2094709666 @default.
- W3091175426 cites W2124835770 @default.
- W3091175426 cites W2137135485 @default.
- W3091175426 cites W2306164224 @default.
- W3091175426 cites W2313110585 @default.
- W3091175426 cites W2313565016 @default.
- W3091175426 cites W2316959424 @default.
- W3091175426 cites W2328913286 @default.
- W3091175426 cites W2330282654 @default.
- W3091175426 cites W2388895625 @default.
- W3091175426 cites W2400776997 @default.
- W3091175426 cites W2406644642 @default.
- W3091175426 cites W2516204039 @default.
- W3091175426 cites W2549570717 @default.
- W3091175426 cites W2560501730 @default.
- W3091175426 cites W2561518541 @default.
- W3091175426 cites W2581446725 @default.
- W3091175426 cites W2591892158 @default.
- W3091175426 cites W2607789672 @default.
- W3091175426 cites W2622145732 @default.
- W3091175426 cites W2734929737 @default.
- W3091175426 cites W2756082415 @default.
- W3091175426 cites W2770086063 @default.
- W3091175426 cites W2771689193 @default.
- W3091175426 cites W2775257589 @default.
- W3091175426 cites W2790524145 @default.
- W3091175426 cites W2792396889 @default.
- W3091175426 cites W2795569584 @default.
- W3091175426 cites W2800862743 @default.
- W3091175426 cites W2803686405 @default.
- W3091175426 cites W2804470646 @default.
- W3091175426 cites W2811086229 @default.
- W3091175426 cites W2883845694 @default.
- W3091175426 cites W2889485838 @default.
- W3091175426 cites W2897306265 @default.
- W3091175426 cites W2916842729 @default.
- W3091175426 cites W2921677095 @default.
- W3091175426 cites W2924922411 @default.
- W3091175426 cites W2943085017 @default.
- W3091175426 cites W2947976383 @default.
- W3091175426 cites W2948421060 @default.
- W3091175426 cites W2968505953 @default.
- W3091175426 cites W2981629815 @default.
- W3091175426 cites W3009068215 @default.
- W3091175426 cites W3014954822 @default.
- W3091175426 cites W3019673331 @default.
- W3091175426 doi "https://doi.org/10.1007/s40843-020-1429-9" @default.
- W3091175426 hasPublicationYear "2020" @default.
- W3091175426 type Work @default.
- W3091175426 sameAs 3091175426 @default.
- W3091175426 citedByCount "16" @default.
- W3091175426 countsByYear W30911754262021 @default.
- W3091175426 countsByYear W30911754262022 @default.
- W3091175426 countsByYear W30911754262023 @default.
- W3091175426 crossrefType "journal-article" @default.
- W3091175426 hasAuthorship W3091175426A5038079713 @default.
- W3091175426 hasAuthorship W3091175426A5047162633 @default.
- W3091175426 hasAuthorship W3091175426A5049718399 @default.
- W3091175426 hasAuthorship W3091175426A5051363890 @default.
- W3091175426 hasAuthorship W3091175426A5056222697 @default.
- W3091175426 hasAuthorship W3091175426A5060105614 @default.
- W3091175426 hasAuthorship W3091175426A5061562797 @default.
- W3091175426 hasAuthorship W3091175426A5070436648 @default.
- W3091175426 hasAuthorship W3091175426A5071178564 @default.
- W3091175426 hasBestOaLocation W30911754261 @default.
- W3091175426 hasConcept C10138342 @default.
- W3091175426 hasConcept C121332964 @default.