FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3115481030> ?p ?o ?g. }

• W3115481030 endingPage "63" @default.
• W3115481030 startingPage "37" @default.
• W3115481030 abstract "Developing efficient and robust terahertz (THz) sources is of incessant interest in the THz community for their wide applications. With successive effort in past decades, numerous groups have achieved THz wave generation from solids, gases, and plasmas. However, liquid, especially liquid water has never been demonstrated as a THz source. One main reason leading the impediment is that water has strong absorption characteristics in the THz frequency regime. A thin water film under intense laser excitation was introduced as the THz source to mitigate the considerable loss of THz waves from the absorption. Laser-induced plasma formation associated with a ponderomotive force-induced dipole model was proposed to explain the generation process. For the one-color excitation scheme, the water film generates a higher THz electric field than the air does under the identical experimental condition. Unlike the case of air, THz wave generation from liquid water prefers a sub-picosecond (200–800 fs) laser pulse rather than a femtosecond pulse (~50 fs). This observation results from the plasma generation process in water. For the two-color excitation scheme, the THz electric field is enhanced by one-order of magnitude in comparison with the one-color case. Meanwhile, coherent control of the THz field is achieved by adjusting the relative phase between the fundamental pulse and the second-harmonic pulse. To eliminate the total internal reflection of THz waves at the water-air interface of a water film, a water line produced by a syringe needle was used to emit THz waves. As expected, more THz radiation can be coupled out and detected. THz wave generation from other liquids were also tested." @default.
• W3115481030 created "2021-01-05" @default.
• W3115481030 creator A5009835110 @default.
• W3115481030 creator A5027851314 @default.
• W3115481030 creator A5036882585 @default.
• W3115481030 date "2020-12-29" @default.
• W3115481030 modified "2023-10-11" @default.
• W3115481030 title "Terahertz aqueous photonics" @default.
• W3115481030 cites W1624901941 @default.
• W3115481030 cites W1970175236 @default.
• W3115481030 cites W1970634289 @default.
• W3115481030 cites W1971403868 @default.
• W3115481030 cites W1974188100 @default.
• W3115481030 cites W1975478437 @default.
• W3115481030 cites W1977759274 @default.
• W3115481030 cites W1978373429 @default.
• W3115481030 cites W1982660455 @default.
• W3115481030 cites W1983192177 @default.
• W3115481030 cites W1983302065 @default.
• W3115481030 cites W1986324849 @default.
• W3115481030 cites W1986651679 @default.
• W3115481030 cites W1989106594 @default.
• W3115481030 cites W1992161146 @default.
• W3115481030 cites W1993538101 @default.
• W3115481030 cites W1993693260 @default.
• W3115481030 cites W1995503341 @default.
• W3115481030 cites W1998368470 @default.
• W3115481030 cites W1999178363 @default.
• W3115481030 cites W2003948574 @default.
• W3115481030 cites W2010267731 @default.
• W3115481030 cites W2010276961 @default.
• W3115481030 cites W2010980677 @default.
• W3115481030 cites W2014104377 @default.
• W3115481030 cites W2016313727 @default.
• W3115481030 cites W2017749021 @default.
• W3115481030 cites W2022089610 @default.
• W3115481030 cites W2024095969 @default.
• W3115481030 cites W2027553448 @default.
• W3115481030 cites W2028840092 @default.
• W3115481030 cites W2031534315 @default.
• W3115481030 cites W2032308848 @default.
• W3115481030 cites W2032352025 @default.
• W3115481030 cites W2034057180 @default.
• W3115481030 cites W2041250741 @default.
• W3115481030 cites W2042223488 @default.
• W3115481030 cites W2042665003 @default.
• W3115481030 cites W2042834734 @default.
• W3115481030 cites W2042849936 @default.
• W3115481030 cites W2043745797 @default.
• W3115481030 cites W2047300146 @default.
• W3115481030 cites W2047900582 @default.
• W3115481030 cites W2048152428 @default.
• W3115481030 cites W2053746694 @default.
• W3115481030 cites W2058223463 @default.
• W3115481030 cites W2059292641 @default.
• W3115481030 cites W2059677526 @default.
• W3115481030 cites W2061178260 @default.
• W3115481030 cites W2062195240 @default.
• W3115481030 cites W2065558982 @default.
• W3115481030 cites W2066727051 @default.
• W3115481030 cites W2069610939 @default.
• W3115481030 cites W2077005511 @default.
• W3115481030 cites W2081150416 @default.
• W3115481030 cites W2082507526 @default.
• W3115481030 cites W2083103625 @default.
• W3115481030 cites W2084272025 @default.
• W3115481030 cites W2084489234 @default.
• W3115481030 cites W2087219880 @default.
• W3115481030 cites W2087602872 @default.
• W3115481030 cites W2088349846 @default.
• W3115481030 cites W2091483105 @default.
• W3115481030 cites W2091713735 @default.
• W3115481030 cites W2092411358 @default.
• W3115481030 cites W2093770132 @default.
• W3115481030 cites W2093838330 @default.
• W3115481030 cites W2094521157 @default.
• W3115481030 cites W2094557648 @default.
• W3115481030 cites W2094774920 @default.
• W3115481030 cites W2100192026 @default.
• W3115481030 cites W2105602845 @default.
• W3115481030 cites W2113925307 @default.
• W3115481030 cites W2122374510 @default.
• W3115481030 cites W2123579906 @default.
• W3115481030 cites W2126350360 @default.
• W3115481030 cites W2139547912 @default.
• W3115481030 cites W2141129154 @default.
• W3115481030 cites W2142664326 @default.
• W3115481030 cites W2146818950 @default.
• W3115481030 cites W2157210107 @default.
• W3115481030 cites W2160277291 @default.
• W3115481030 cites W2315648083 @default.
• W3115481030 cites W2406944244 @default.
• W3115481030 cites W2505985346 @default.
• W3115481030 cites W2564405682 @default.
• W3115481030 cites W2746975243 @default.
• W3115481030 cites W2765098332 @default.
• W3115481030 cites W2767267146 @default.
• W3115481030 cites W2795868295 @default.

• next