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Heat Capacities of Ionic Liquids and Their Applications as Thermal Fluids by Robin D. Rogers; Kenneth R. Seddon; John D. Holbrey; Megan B. Turner; Adrian J. Carmichael; Maggel Deetlefs; Martyn J. Earle; Ute Fröhlich; Philip E. Rakita; Christine J. Bradaric; Andrew Downard; Christine Kennedy; Allan J. Robertson; Yuehui Zhou; Peter Wasserscheid; Roy van Hal; Andreas Bösmann; Jochen Eßer; Andreas Jess; Rex X. Ren; Rajender S. Varma; M. Aresta; I. Tkatchenko; I. Tommasi; James H. Davis; Phillip A. Fox; Jennifer L. Anthony; Jacob M. Crosthwaite; Daniel G. Hert; Sudhir N. V. K. Aki; Edward J. Maginn; Joan F. Brennecke; W. Matthew Reichert; Ramana G. Reddy; Andreas Heintz; Jochen K. Lehmann; Sergey P. Verevkin; D. T. Bowron; C. Hardacre; J. D. Holbrey; S. E. J. McMath; M. Nieuwenhuyzen; A. K. Soper; Timothy I. Morrow; Orlando Acevedo; Jeffrey D. Evanseck; Roger A. Sheldon; F. van Rantwijk; R. Madeira Lau; Nicole Kaftzik; Sebastian Neumann; Maria-Regina Kula; Udo Kragl; Gary A. Baker; Sheila N. Baker; T. Mark McCleskey; James H. Werner; Seongsoon Park; Fredrik Viklund; Karl Hult; Romas J. Kazlauskas; Pedro Lozano; Teresa De Diego is a book available to read on EtoBox.

What is Heat Capacities of Ionic Liquids and Their Applications as Thermal Fluids about?

The specific heat capacity of five common ILs containing 1-alkyl-3-methylimidazolium cations have been determined using modulated DSC. In each case, the specific heat capacities for the ILs were between 1.17-1.80 J g -1 K -1 at 100 °C, and increased linearly with temperature in the liquid region studied. The heat capacity was also determined for the related, higher melting organic salt, 1-butyl-3methylimidazolium tetraphenylborate, in both the crystalline state and in the melt (above 140 °C), and it is significantly higher than for the ionic liquids. The results are compared with those of common organic thermal fluids and indicate that ILs could be considered as candidate thermal fluids for heat transfer applications.

Author

Robin D. Rogers; Kenneth R. Seddon; John D. Holbrey; Megan B. Turner; Adrian J. Carmichael; Maggel Deetlefs; Martyn J. Earle; Ute Fröhlich; Philip E. Rakita; Christine J. Bradaric; Andrew Downard; Christine Kennedy; Allan J. Robertson; Yuehui Zhou; Peter Wasserscheid; Roy van Hal; Andreas Bösmann; Jochen Eßer; Andreas Jess; Rex X. Ren; Rajender S. Varma; M. Aresta; I. Tkatchenko; I. Tommasi; James H. Davis; Phillip A. Fox; Jennifer L. Anthony; Jacob M. Crosthwaite; Daniel G. Hert; Sudhir N. V. K. Aki; Edward J. Maginn; Joan F. Brennecke; W. Matthew Reichert; Ramana G. Reddy; Andreas Heintz; Jochen K. Lehmann; Sergey P. Verevkin; D. T. Bowron; C. Hardacre; J. D. Holbrey; S. E. J. McMath; M. Nieuwenhuyzen; A. K. Soper; Timothy I. Morrow; Orlando Acevedo; Jeffrey D. Evanseck; Roger A. Sheldon; F. van Rantwijk; R. Madeira Lau; Nicole Kaftzik; Sebastian Neumann; Maria-Regina Kula; Udo Kragl; Gary A. Baker; Sheila N. Baker; T. Mark McCleskey; James H. Werner; Seongsoon Park; Fredrik Viklund; Karl Hult; Romas J. Kazlauskas; Pedro Lozano; Teresa De Diego

Publisher

American Chemical Society ; Distributed by Oxford University Press

Published

2003

Language

EN

ISBN

9780841238565

Subjects

Science, Chemistry, Mathematics