Three-dimensional morphological chirality induction using high magnetic fields in membrane tubes prepared by a silicate garden reaction

Article Abstract:

A vertical superconducting magnet is used to study the magnetic field effects on membrane tube morphology prepared by a silicate garden reaction. The observations reveal that the Lorentz force on the outflow from the opened top of the hollow membrane tube induced convection of the solution near the tube exit, engendering chiral growth of the membrane tubes.

Analysis, Chirality, Lorentz transformations, Lorentz transformation, Chemical properties

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3d-morphological chirality induction in zinc silicate membrane tube using a high magnetic field

Article Abstract:

Helixes of zinc silicate membrane hollow tubes were prepared using vertical a magnetic field. This preparation suggested a new model for morphological chirality induction and a new concept in controlling the chemical and physical process occurring at the interface between the ionic solution and sold surface, using a magnetic field.

Zinc

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Magnetic field assisting DC electrodeposition: General methods for high-performance Ni nanowire array fabrication

Article Abstract:

Two general and simple methods are developed to improve the squareness in parallel to the nanowire direction. The magnetic nanowire arrays fabricated by DC electrodeposition in template pores always show a low squareness in parallel to the nanowire direction.

Nickel Compounds, Electric properties, Electrodeposition

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