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Chirality Induced by Magnetoelectrolysis

100%

Mogi I., Aogaki R., Morimoto R., Watanabe K.

vol. 126

issue 1

380-381

Surface chiral formation of Cu films was investigated in the galvanostatic electrodeposition under a magnetic field of 5 T perpendicular to the electrode surface. The surface chirality was examined by electrochemical voltammograms of a chiral molecule of tartaric acid. The chiral induction depended on the magnetoelectrodeposition time, and this implied that the formation of the self-organized state of magnetohydrodynamic flows around the electrode is crucial for the chiral formation.

Magneto-Rotational Symmetry in Chiral Magnetoelectrodeposition

64%

Aogaki R., Morimoto R., Sugiyama A., Mogi I., Asanuma M., Miura M., Oshikiri Y., Yamauchi Y.

vol. 126

issue 1

378-379

The chiral activities of electrodeposited surfaces fabricated under vertical magnetic fields were theoretically examined. Chiral activities arise from the micro-vortexes, called micro-MHD (magnetohydrodynamic) flows (MMF), activated under a tornado-like vortex called vertical MHD flow (VMF). It was concluded that the interaction between MMF and VMF determines the activities.

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2 Acta Physica Polonica A

2 2014

2 Aogaki R.

2 Mogi I.

2 Morimoto R.

1 Asanuma M.

1 Miura M.

1 Oshikiri Y.

1 Sugiyama A.

1 Watanabe K.

1 Yamauchi Y.

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Chirality Induced by Magnetoelectrolysis

Magneto-Rotational Symmetry in Chiral Magnetoelectrodeposition