The debate over the pros and cons of aluminum vs. copper conductors has been discussed for many years. Many of the concerns are based on old information and also misinformation. These concerns center on the very different properties of the two materials and their suitability for application within the Electrical Equipment Industry. Reliable performance from the conductors, the joints and termin...

In this study, the effect of surface layer and hydrogen on fatigue strength Al-4％Ge alloy was investigated. As results, following points were clarified. (1) Tensile specimen subjected to Ni-P plating after aging treatment or furnace cooling improved by about 10％ in comparison one non-processed specimens. (2) Breaking elongation showed no significant changes On other hand, breaking a reduced 70％...

The effect of Lawsonia inermis Linn Leaf extract on electroless deposition Zinc-P alloy mild steel is studied in alkaline solutions. experimental processing parameters the rate investigated during plating. bath compositions and operating conditions are optimized. results obtained show inclusion Zn-P coating found to be increased by increasing volume additives from 0.5ml 1.5ml. Structured UV - A...

The promised prospects of Li–S technology, especially within the energy situation 21st century, have sparked a renewed interest from scientific community in 2000s. In this context, we present our new vision for fabrication novel cathodes batteries that were synthesized using first combination composite plating and electroforming (composite electroforming). latter consists current collector foil...

The article presents the results of low-(LCF) and high (HCF) fatigue in samples aluminum alloy 2024-T4, which is used aircraft construction, mainly for highly loaded structural components, including plating fuselage frames girders rotor blades helicopters. This where it required a strength to weight ratio product resistance fatigue. Moreover, poorly weldable has low corrosion resistance. tests ...

Combining three-dimensional (3D) current collectors and zincophilic species is considered an efficient way to construct highly stable Zn metal anodes. Unfortunately, costly complex preparation processes impede their practical application. Herein, a dendrite-free 3D composite anode (Zn@ACC-600@Cu2+) has been rationally designed by plating on Cu2+-coordinated carbon cloth collector (ACC-600@Cu2+)...