Article is made available in accordance with the publisher's policy and may be subject to US copyright law. Please refer to the publisher's site for terms of use. The MIT Faculty has made this article openly available. Please share how this access benefits you. Your story matters. Compact solid discharge products enable energy storage devices with high gravimetric and volu-metric energy densiti...

Correlation among morphological, structural and hardness characteristics of electrodeposited copper coatings is presented in this review paper. Cu were produced applying constant galvanostatic (DC) pulsating current (PC) regimes on hard silicon (Si(111)) brass substrates. The parameters the electrochemical deposition analyzed, which include kinds electrolyte cathode, coating thickness stirring,...

• Bi films were electrodeposited using newly-developed perchlorate electrolyte. Quantitative Mobility Spectrum Analysis was used for electronic properties estimation. An unexpected behavior of both the average size and shape grains has been found. Great application potential in field sensorics radiation shielding. The study is devoted to structure bismuth obtained by electrodeposition from high...

Cadmium telluride nanoribbons were synthesized electrochemically and formed into nanodevices using lithographically patterned nanowire electrodeposition (LPNE) that integrated synthesis and device fabrication together. By controlling the composition of the CdTe nanoribbons via adjusting the electrodeposition potential, electrical properties (i.e., electrical resistivity and field-effect transis...

zn-co electrodeposits have attracted interest because of their significantly higher corrosion resistance in comparison with pure zinc. in this research the influence of bath temperature and electrolyte’s co 2+ concentration on the morphology and composition of the zn-co coatings, electrodeposited on an aisi1018 steel substrate from a weakly alkaline glycine solutions, has been studied. sem and ...

This study focuses on preventing scale formation in hard waters by controlled electrode-position of Ca2+ and Mg2+ a stainless-steel cathode at constant applied current intensity. The influence the anode material, BDD or Ti/Pt/PbO2, active area, stirring speed, anodic intensity inorganic carbon (IC), Ca2+, removal was investigated. Assays were performed with model water solutions, simulating Bou...

When the dimension of materials decreases to mesoscale, their properties can change dramatically, depending on the boundary conditions imposed by the sample architecture including geometry, morphology, and hierarchical structures. Here we show that electrodeposition, a method for reducing materials from a solution onto a substrate, can provide a versatile pathway to tailor the architecture of m...

This paper describes the synthesis of low dimensional structures of copper by electrodeposition method using polycarbonate track etch membrane (PCTEM) as template. Copper microwires of different diameters were fabricated by using the membranes of pore diameters 0.2 & 0.4 um as template. The morphology of fabricated microwires was characterized by scanning electron microscope and material confir...

A patterned coreeshell tin (Sn) nanorod anode is fabricated by pulse electrodeposition of Sn onto a selfassembled Tobacco Mosaic Virus (TMV) structured nickel current collector. Pulse electrodeposition onto the virus assembled 3D electrode surfaces produces homogenous Sn coatings with significant void space to accommodate the large volume change associated with Sn lithiation. The TMV enabled 3D...

Nickel plated copper heat spreader acts as a medium to dissipate heat from silicon die towards heat-sink. Electroless nickel plating requires catalytic activation before the nickel can be deposited onto copper. Different catalytic activation techniques such as galvanic initiation and thin nickel-copper electrodeposition have diverse impact on the thermal performance of the heat spreader. Surfac...