Hydraulic pressures generated in Magnetic Ionic Liquids by paramagnetic fluid/air interfaces inside of uniform tangential magnetic fields
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- 作者：Paul Scovazzoa ; scovazzo@olemiss.edu" class="auth_mail ; Carla A.M. Portugalb ; cmp@fct.unl.pt" class="auth_mail ; Andreia A. Rosatellac ; rosatella@ff.ul.pt" class="auth_mail ; Carlos A.M. Afonsoc ; carlosafonso@ff.ul.pt" class="auth_mail ; Joã ; o G. Crespob ; jgc@fct.unl.pt" class="auth_mail
- 关键词：Magnetic energy density ; Magnetic surface force ; The Ferrohydrodynamic Bernoulli Relationship ; Magnetic force density ; Magnetic Ionic Liquid ; Room temperature ionic liquid
- 刊名：Journal of Colloid and Interface Science
- 出版年：15 August 2014
- 年：2014
- 卷：428
- 期：Complete
- 页码：16-23
- 全文大小：739 K
文摘
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MILs are “2nd-Gen” magnetic liquids without dispersed magnetic particles.
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Uniform tangential magnetic fields produce magnetic hydraulic pressures in MILs.
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FHD-Bernoulli eq. predicts the magnetic hydraulic pressure or head (>900 Pa or 6 cm).
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Phenomena directly related to magnetic susceptibility and the field strength squared.
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Phenomena could complicate research of MILs as reaction media or separation agents.