Matches in SemOpenAlex for { <https://semopenalex.org/work/W2787389751> ?p ?o ?g. }
- W2787389751 abstract "We report the thermodynamic and muon spin relaxation ($mu$SR) evidences for a possible gapless spin liquid in Tm$_{3}$Sb$_{3}$Zn$_{2}$O$_{14}$, with the rare-earth ions Tm$^{3+}$ forming a two-dimensional kagom'{e} lattice. We extract the magnetic specific heat of Tm$_{3}$Sb$_{3}$Zn$_{2}$O$_{14}$ by subtracting the phonon contribution of the non-magnetic isostructural material La$_{3}$Sb$_{3}$Zn$_{2}$O$_{14}$. We obtain a clear linear-$T$ temperature dependence of magnetic specific heat at low temperatures, with the heat-capacity coefficient $gamma$ = 26.6(1) mJ mol-Tm$^{-1}$ K$^{-2}$ in the zero temperature limit. No long-range magnetic order was observed down to 0.35 K in the heat capacity measurement. A broad hump around 9 K was observed in the zero field magnetic specific heat and is gradually suppressed in the magnetic fields that also create a spin gap in the specific heat. The absence of magnetic order is further confirmed by the $mu$SR measurement down to 20 mK. We find that the spin-lattice relaxation time remains constant down to the lowest temperatures. We point out that the physics in Tm$_{3}$Sb$_{3}$Zn$_{2}$O$_{14}$ is fundamentally different from the Cu-based herbertsmithite and propose spin liquid ground states with non-Kramers doublets on the kagom'{e} lattice to account for the experimental results." @default.
- W2787389751 created "2018-02-23" @default.
- W2787389751 creator A5008190716 @default.
- W2787389751 creator A5012900046 @default.
- W2787389751 creator A5041303379 @default.
- W2787389751 creator A5047455220 @default.
- W2787389751 creator A5053214679 @default.
- W2787389751 creator A5057209439 @default.
- W2787389751 creator A5090162377 @default.
- W2787389751 date "2018-11-05" @default.
- W2787389751 modified "2023-10-17" @default.
- W2787389751 title "Possible gapless spin liquid in the rare-earth kagome lattice magnet <mml:math xmlns:mml=http://www.w3.org/1998/Math/MathML><mml:mrow><mml:msub><mml:mi>Tm</mml:mi><mml:mn>3</mml:mn></mml:msub><mml:msub><mml:mi>Sb</mml:mi><mml:mn>3</mml:mn></mml:msub><mml:msub><mml:mi>Zn</mml:mi><mml:mn>2</mml:mn></mml:msub><mml:msub><mml:mi mathvariant=normal>O</mml:mi><mml:mn>14</mml:mn></mml:msub></mml:mrow></mml:math>" @default.
- W2787389751 cites W144793079 @default.
- W2787389751 cites W1506257487 @default.
- W2787389751 cites W1514346992 @default.
- W2787389751 cites W1552379161 @default.
- W2787389751 cites W1553848177 @default.
- W2787389751 cites W1557737260 @default.
- W2787389751 cites W1892468857 @default.
- W2787389751 cites W1900173860 @default.
- W2787389751 cites W1920957234 @default.
- W2787389751 cites W1967485833 @default.
- W2787389751 cites W1973663126 @default.
- W2787389751 cites W1976163888 @default.
- W2787389751 cites W1984382718 @default.
- W2787389751 cites W1994373295 @default.
- W2787389751 cites W1999574960 @default.
- W2787389751 cites W2003154759 @default.
- W2787389751 cites W2003559254 @default.
- W2787389751 cites W2009749005 @default.
- W2787389751 cites W2010710123 @default.
- W2787389751 cites W2015181400 @default.
- W2787389751 cites W2015588914 @default.
- W2787389751 cites W2016104426 @default.
- W2787389751 cites W2021107609 @default.
- W2787389751 cites W2025591766 @default.
- W2787389751 cites W2034059915 @default.
- W2787389751 cites W2037061674 @default.
- W2787389751 cites W2043662702 @default.
- W2787389751 cites W2044309679 @default.
- W2787389751 cites W2053600721 @default.
- W2787389751 cites W2054812998 @default.
- W2787389751 cites W2061626883 @default.
- W2787389751 cites W2065997526 @default.
- W2787389751 cites W2071588333 @default.
- W2787389751 cites W2080328705 @default.
- W2787389751 cites W2080639151 @default.
- W2787389751 cites W2081725050 @default.
- W2787389751 cites W2082233072 @default.
- W2787389751 cites W2088096692 @default.
- W2787389751 cites W2091393784 @default.
- W2787389751 cites W2095476827 @default.
- W2787389751 cites W2132216432 @default.
- W2787389751 cites W2146985848 @default.
- W2787389751 cites W2152045758 @default.
- W2787389751 cites W2202109057 @default.
- W2787389751 cites W2220935540 @default.
- W2787389751 cites W2225073618 @default.
- W2787389751 cites W2231955986 @default.
- W2787389751 cites W2337248737 @default.
- W2787389751 cites W2341021131 @default.
- W2787389751 cites W2341921098 @default.
- W2787389751 cites W2345542636 @default.
- W2787389751 cites W2370819561 @default.
- W2787389751 cites W2465688274 @default.
- W2787389751 cites W2470051463 @default.
- W2787389751 cites W2479153330 @default.
- W2787389751 cites W2493260713 @default.
- W2787389751 cites W2505938702 @default.
- W2787389751 cites W2516051012 @default.
- W2787389751 cites W2524585601 @default.
- W2787389751 cites W2544821080 @default.
- W2787389751 cites W2550748643 @default.
- W2787389751 cites W2560723481 @default.
- W2787389751 cites W2566532401 @default.
- W2787389751 cites W2586302558 @default.
- W2787389751 cites W2600168433 @default.
- W2787389751 cites W2622977484 @default.
- W2787389751 cites W2741145744 @default.
- W2787389751 cites W2742144862 @default.
- W2787389751 cites W2769407300 @default.
- W2787389751 cites W2788170123 @default.
- W2787389751 cites W2892077708 @default.
- W2787389751 cites W2995244194 @default.
- W2787389751 cites W3101165302 @default.
- W2787389751 cites W3101720563 @default.
- W2787389751 cites W3103485247 @default.
- W2787389751 cites W3104385482 @default.
- W2787389751 cites W3104860424 @default.
- W2787389751 cites W3105052732 @default.
- W2787389751 cites W3105101247 @default.
- W2787389751 cites W3105489057 @default.
- W2787389751 cites W3106024348 @default.
- W2787389751 cites W3106145241 @default.
- W2787389751 cites W3122151101 @default.
- W2787389751 doi "https://doi.org/10.1103/physrevb.98.174404" @default.
- W2787389751 hasPublicationYear "2018" @default.
- W2787389751 type Work @default.
- W2787389751 sameAs 2787389751 @default.
- W2787389751 citedByCount "15" @default.