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Speed of Sound in Four Primary Alcohols as a Function of Temperature and Pressure

J. Acoust. Soc. Am. 36, 333–337 (1964)
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  • Vladimir Kolesov
  • Nina Filippova
  • Oleg Kotsyurbenko
  • Iren Kuznetsova
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  • Juan C.C. Cordeiro
  • Felipe J.M. Baceti
  • Cauê R. Blanco
  • Gustavo V. Olivieri
  • Rodrigo Cella
  • Nelson H. Morgon
  • Ricardo B. Torres
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  • Jinlin Chen
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  • Abel G. M. Ferreira
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  • Michiel Mendonck
  • Sofía Aparicio
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  • Guillermo M. Muñoz Caro
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  • Fernando Aguilar
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  • Maogang He
  • Ying Zhang
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  • Faiza Ouaar
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  • Indra Bahadur
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  • C. Dalmazzone
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  • Cara E. Schwarz
  • Andries J. Burger
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  • O. Gatsa
  • P. Combette
  • E. Rozenkrantz
  • D. Fourmentel
  • C. Destouches
  • J.Y. Ferrandis
  • A. Lyoussi
  • M. Carette
  • M. Giot
  • P. Le Dû
  • C. Reynard-Carette
  • M. Schyns
  • L. Vermeeren
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  • O. Gatsa
  • P. Combette
  • E. Rosenkrantz
  • D. Fourmentel
  • C. Destouches
  • J. Y. Ferrandis
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  • Neha Sawhney
  • Mukesh Kumar
  • Roshan Lal
  • Amit K. Sharma
  • Meena Sharma
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  • Jorge F. Estela-Uribe
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  • María J. Dávila
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  • Robin Wegge
  • Markus Richter
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  • Javid Safarov
  • Bahruz Ahmadov
  • Saleh Mirzayev
  • Astan Shahverdiyev
  • Egon P. Hassel
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  • L. Bendiaf
  • I. Bahadur
  • A. Negadi
  • P. Naidoo
  • D. Ramjugernath
  • L. Negadi
Thermochimica Acta (2015) 599: 13.
  • J. A. Schroeder
  • S. G. Penoncello
  • J. S. Schroeder
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  • L. Piazza
  • R. Span
Fluid Phase Equilibria (2013) 349: 12.
  • A. Kumar
  • P. Kuchhal
  • N. Dass
  • P.P. Pathak
Physics and Chemistry of Liquids 49, 453 (2011)
  • Jarosław Wawer
  • Anna Płaczek
  • Dorota Warmińska
  • Wacław Grzybkowski
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  • I.M. Abdulagatov
  • J.T. Safarov
  • F.Sh. Aliyev
  • M.A. Talibov
  • A.N. Shahverdiyev
  • E.P. Hassel
Fluid Phase Equilibria 268, 21 (2008)
  • R. K. Shukla
  • S. K. Shukla
  • V. K. Pandey
  • P. Awasthi
Physics and Chemistry of Liquids 45, 169 (2007)
  • Thomas Lafitte
  • Manuel M. Piñeiro
  • Jean-Luc Daridon
  • David Bessières
The Journal of Physical Chemistry B 111, 3447 (2007)
  • F Plantier
  • J L Daridon
  • B Lagourette
Journal of Physics D: Applied Physics 35, 1063 (2002)
  • Martin E. Anderson
  • Gregg E. Trahey
The Journal of the Acoustical Society of America 104, 3099 (1998)
  • K. Adelhelm
  • W. Faubel
  • H. J. Ache
Fresenius' Journal of Analytical Chemistry 338, 259 (1990)
  • Keishi Negita
  • Hiroshi Takao
Review of Scientific Instruments 60, 3519 (1989)
  • J. M. Brown
  • L. J. Slutsky
  • K. A. Nelson
  • L.-T. Cheng
Science 241, 65 (1988)
  • T. F. Sun
  • C. A. Ten Seldam
  • P. J. Kortbeek
  • N. J. Trappeniers
  • S. N. Biswas
Physics and Chemistry of Liquids 18, 107 (1988)
  • T. S. Khasanshin
  • A. A. Aleksandrov
Journal of Engineering Physics 47, 1046 (1984)
  • T. S. Khasanshin
  • T. B. Zykova
Journal of Engineering Physics 46, 399 (1984)
  • T. S. Khasanshin
Journal of Engineering Physics 45, 1044 (1983)
  • A. A. Aleksandrov
  • T. S. Khasanshin
  • D. S. Kosoi
Journal of engineering physics 42, 76 (1982)
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