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- W3121454692 abstract "Abstract Four sodium‐based ternary IR nonlinear optical (NLO) materials, Na 6 MQ 4 (M=Zn, Cd; Q=S, Se), were prepared through a high‐temperature flux method. The crystal structure of the compounds is built up of isolated [MQ 4 ] tetrahedra and a 3D framework formed by the NaQ n ( n =4, 5) units. The two selenides, Na 6 MSe 4 (M=Zn, Cd), as promising IR NLO materials, show moderate second‐harmonic generation (SHG) responses (0.9 and 0.5×AgGaS 2 ) with good phase‐matching behavior, as well as high laser damage thresholds (2 and 1.9×AgGaS 2 ). The two sulfides, Na 6 MS 4 (M=Zn, Cd), exhibit higher laser damage thresholds (13 and 4×AgGaS 2 ), but smaller SHG responses (0.3 and 0.2×AgGaS 2 ). Theoretical calculations and statistical analyses indicate that the SHG effect and band gap in the compounds originate mainly from the distorted NaQ 4 NLO‐active units with a short Na−S bond length, which provides a new insight into the design of novel IR NLO materials." @default.
- W3121454692 created "2021-02-01" @default.
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- W3121454692 date "2021-03-08" @default.
- W3121454692 modified "2023-10-09" @default.
- W3121454692 title "Na <sub>6</sub> MQ <sub>4</sub> (M=Zn, Cd; Q=S, Se): Promising New Ternary Infrared Nonlinear Optical Materials" @default.
- W3121454692 cites W1034932401 @default.
- W3121454692 cites W1203434171 @default.
- W3121454692 cites W1952857672 @default.
- W3121454692 cites W1965654813 @default.
- W3121454692 cites W1971939712 @default.
- W3121454692 cites W1974614835 @default.
- W3121454692 cites W1978656596 @default.
- W3121454692 cites W1982583450 @default.
- W3121454692 cites W1982680666 @default.
- W3121454692 cites W1982894678 @default.
- W3121454692 cites W2002510565 @default.
- W3121454692 cites W2006729710 @default.
- W3121454692 cites W2006774838 @default.
- W3121454692 cites W2007447837 @default.
- W3121454692 cites W2007763726 @default.
- W3121454692 cites W2011364453 @default.
- W3121454692 cites W2013465150 @default.
- W3121454692 cites W2014094922 @default.
- W3121454692 cites W2017413978 @default.
- W3121454692 cites W2026745051 @default.
- W3121454692 cites W2030906938 @default.
- W3121454692 cites W2031487813 @default.
- W3121454692 cites W2036801653 @default.
- W3121454692 cites W2041893040 @default.
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- W3121454692 doi "https://doi.org/10.1002/chem.202005404" @default.
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