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- W2936638891 endingPage "494" @default.
- W2936638891 startingPage "494" @default.
- W2936638891 abstract "Black phosphorus (BP), a typical mono-elemental and two-dimensional (2D) material, has gathered significant attention owing to its distinct optoelectronic properties and promising applications, despite its main obstacle of long-term stability. Consequently, BP-analog materials with long-term chemical stability show additional potential. In this contribution, tin sulfide (SnS), a novel two-elemental and 2D structural BP-analog monochalcogenide, has been demonstrated to show enhanced stability under ambient conditions. The broadband nonlinear optical properties and carrier dynamics have been systematically investigated via Z-scan and transient absorption approaches. The excellent nonlinear absorption coefficient of 50.5×10−3 cm/GW, 1 order of magnitude larger than that of BP, endows the promising application of SnS in ultrafast laser generation. Two different decay times of τ1∼873 fs and τ2∼96.9 ps allow the alteration between pure Q switching and continuous-wave (CW) mode locking in an identical laser resonator. Both mode-locked and Q-switched operations have been experimentally demonstrated using an SnS saturable absorber at the telecommunication window. Femtosecond laser pulses with tunable wavelength and high stability are easily obtained, suggesting the promising potential of SnS as an efficient optical modulator for ultrafast photonics. This primary investigation may be considered an important step towards stable and high-performance BP-analog material-based photonic devices." @default.
- W2936638891 created "2019-04-25" @default.
- W2936638891 creator A5011433878 @default.
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- W2936638891 date "2019-04-11" @default.
- W2936638891 modified "2023-10-06" @default.
- W2936638891 title "Revealing of the ultrafast third-order nonlinear optical response and enabled photonic application in two-dimensional tin sulfide" @default.
- W2936638891 cites W1596779608 @default.
- W2936638891 cites W1779039046 @default.
- W2936638891 cites W1783542458 @default.
- W2936638891 cites W1790650730 @default.
- W2936638891 cites W1857639049 @default.
- W2936638891 cites W1880644052 @default.
- W2936638891 cites W1895522653 @default.
- W2936638891 cites W1927456795 @default.
- W2936638891 cites W1965905995 @default.
- W2936638891 cites W1967535280 @default.
- W2936638891 cites W1970853139 @default.
- W2936638891 cites W1973547567 @default.
- W2936638891 cites W1979924572 @default.
- W2936638891 cites W1994400031 @default.
- W2936638891 cites W2005653290 @default.
- W2936638891 cites W2015727072 @default.
- W2936638891 cites W2020636191 @default.
- W2936638891 cites W2032620458 @default.
- W2936638891 cites W2064200581 @default.
- W2936638891 cites W2081166780 @default.
- W2936638891 cites W2088066991 @default.
- W2936638891 cites W2091720879 @default.
- W2936638891 cites W2092530213 @default.
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- W2936638891 cites W2132935697 @default.
- W2936638891 cites W2144722990 @default.
- W2936638891 cites W2149866992 @default.
- W2936638891 cites W2175477086 @default.
- W2936638891 cites W2179943485 @default.
- W2936638891 cites W2196734670 @default.
- W2936638891 cites W2211947419 @default.
- W2936638891 cites W2249561876 @default.
- W2936638891 cites W2259913129 @default.
- W2936638891 cites W2290281319 @default.
- W2936638891 cites W2299796523 @default.
- W2936638891 cites W2328091642 @default.
- W2936638891 cites W2338476969 @default.
- W2936638891 cites W2340037079 @default.
- W2936638891 cites W2345272943 @default.
- W2936638891 cites W2345528437 @default.
- W2936638891 cites W2398596965 @default.
- W2936638891 cites W2405039867 @default.
- W2936638891 cites W2418596139 @default.
- W2936638891 cites W2478802985 @default.
- W2936638891 cites W2498555269 @default.
- W2936638891 cites W2516626714 @default.
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- W2936638891 cites W2574647949 @default.
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- W2936638891 cites W2745904360 @default.
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- W2936638891 cites W2766547177 @default.
- W2936638891 cites W2767023684 @default.
- W2936638891 cites W2767150747 @default.
- W2936638891 cites W2768256373 @default.
- W2936638891 cites W2781477770 @default.
- W2936638891 cites W2782504069 @default.
- W2936638891 cites W2783185199 @default.
- W2936638891 cites W2796386499 @default.
- W2936638891 cites W2796650716 @default.
- W2936638891 cites W2796758322 @default.
- W2936638891 cites W2803116553 @default.
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- W2936638891 doi "https://doi.org/10.1364/prj.7.000494" @default.
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