Effect of Electrical and Magnetic Fields on Chemical Equilibrium

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概要

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• Expressions for the change in equilibrium constants K_x and K_p under the influence of electric and magnetic fields have been derived for a closed, homogeneous, isotropic system free from ferroelectric and ferromagnetic constituents. Exploratory results of the effect of a magnetic field (≃10,000 Oe) on a Fe^<3+> and Fe^<2+> "redox" equilibrium are discussed. This equilibrium containing the ferricyanide (paramagnetic) and the ferrocyanide (diamagnetic) ions was chosen since it involves large differences in the overall molar susceptibility of the two sides of the equilibrium.

• 社団法人日本物理学会の論文
• 1968-08-05

著者

• Chen Chih-ping

  Mechanical Engineering Department:(present Address) Carnegie Institute Of Technology

• HEINSOHN R.

  Mechanical Engineering department

• MULAY L.

  Materials Research Laboratory, Pennsylvania State University

• Mulay L.

  Materials Research Laboratory Pennsylvania State University

• Chen Chin-ping

  Mechanical Engineering department:(Present address) Carnegie Institute of Technology

関連論文

• Effect of Electrical and Magnetic Fields on Chemical Equilibrium
• Superparamagnetism of Iron Dispersions within a Silicate Matrix

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