The effect of vertical temperature gradients on the performance of Seed-assisted high-performance (HP) multi-crystalline silicon (mc-Si) is investigated by numerical simulations and contrast experiments.
British Diving has recruited a Chinese coach to assist the Southampton high performance centre with preparation of the world class divers.
These obtained results can provide insights into the dynamic process of silicon electrode degradation and can assist in developing applicable high performance silicon electrode for future lithium ion batteries.
Vacuum assisted resin infusion process (VARI) is a high performance and cost effective manufacturing technology usually applied to produce large structures made of composite materials.
The conventional Doppler-Range radio navigation method can hardly satisfy the gravity-assist deep space mission requirement of high performance in accuracy, real time and coverage, while autonomous navigation technology can guarantee the success of gravity assist mission.
An in situ polymerization assisted fast sol gel method was introduced to synthesize high performance Li3V2PO4/C (LVP/C) cathode material.
Hollow MnCuAl layered triple hydroxides nanocomposite synthesized using microwave assisted technique possess an immense potential as a high performance electrode material for forthcoming generation energy storage warehouse.
High performance and electrochemically stable Pt/graphene catalysts assisted with polydiallyldimethylammonium (PDDA) have been synthesized for PEM fuel cells.
A novel method for the continuous dispersion of multi-walled carbon nanotubes (MWNTs) in a polymer matrix for manufacturing high performance nanocomposites was developed using an ultrasonically assisted twin screw extrusion process.
The theoretical analysis presented in this paper can be applied to assist electrode development through complicated multi-layer configuration for cost-effective high performance electrodes.
Digitally assisted calibration methods for HR, IIP2 and image rejection (IR) are presented to maintain high performance over PVT variations.
