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The perpendicular band ν14 of benzene near 10 μmJosef Plíva; J.W.C. Johns · 1984
Properties of infrared cat-whisker antennas near 10.6 μTwu, Bor-long; Schwarz, S. E. · 1975
High pressure SF <sub/>6</sub> pulse transmission near 10.4 μmBallik, E. A.; Garside, B. K.; Taylor, R. S.; Znotins, T. A. · Canadian Journal of Physics · 1977
Intensity-Dependent Infrared Absorption in CS2 near 10 μmJungling, K. C. · Journal of Applied Physics · 1970
Absolute intensities in CO2: The laser bands near 10 μmJ.W.C. Johns; M. Noël · 1992
Near-infrared variability ((1 ÷ 10) μm) of Herbig-Haro exciting sourcesS. Molinari · 1992
ChemInform Abstract: THE PERPENDICULAR BAND ν14 OF BENZENE NEAR 10 μMPLIVA, J.; JOHNS, J. W. C. · Chemischer Informationsdienst · 1985
Phonon frequencies of goldSingh, Natthi; Prakash, Satya · Physical Review B · 1974
All Entangled Quantum States Are NonlocalBuscemi, Francesco · Physical Review Letters · 2012
Graphene nanoribbons subject to gentle bendsKoskinen, P. · Physical Review B · 2012
Spatial Pinning ControlFrasca, Mattia; Buscarino, Arturo; Rizzo, Alessandro; Fortuna, Luigi · Physical Review Letters · 2012
Entangled Granular MediaGravish, Nick; Franklin, Scott V.; Hu, David L.; Goldman, Daniel I. · Physical Review Letters · 2012
Quantum Degenerate Dipolar Fermi GasLu, Mingwu; Burdick, Nathaniel Q.; Lev, Benjamin L. · Physical Review Letters · 2012
Quantum Electron StarAllais, Andrea; McGreevy, John; Suh, S. Josephine · Physical Review Letters · 2012
Simple waves in Hertzian chainsMcDonald, B. Edward; Calvo, David · Physical Review E · 2012