Abstract Effects of Pb and Sn additives on electrodeposition of Zn were investigated for the
applications in Zn secondary battery, focused on their roles on morphological evolution …

Because of the ease of formation, and good lattice match with Si, metal silicides often form
high-quality epitaxial layers and have established themselves over the years as important …

The growth of silver chloride nanoparticles within the pore channels of functionalized SBA-
15 mesoporous was achieved by sequential dipping steps in alternating bath of potassium …

An electrochemical cell is designed and applied for in situ electrodeposition of magnetic thin
films in a commercial SQUID magnetometer system. The cell is constructed in such a way …

Compound formation at a metal/semiconductor interface plays crucial roles in the properties
of many material systems. Applications of Ni silicides span numerous areas and have the …

A combination of a solution process and the control of the electric potential for magnetism
represents a new approach to operating spintronic devices with a highly controlled efficiency …

Zn has attracted considerable attention as an effective anode material in post-Li secondary
batteries for large-scale, next-generation energy storage. The use of metal additives such as …

The self-organization and magnetic properties of small iron and cobalt nanostructures
embedded into the first layer of a Cu (100) surface are investigated using the self-learning …

The effects of In and Sn additives on the charging behavior of Zn negative electrodes for Zn-
Ni flow-assisted batteries were investigated. The addition of InCl 3･ 4H 2 O or K 2 SnO 3･ 3H …

Spintronics can add new functionalities to electronic devices by utilizing the spin degree of
freedom of electrons. Investigating magnetic defects is crucial for the performance of …