Introducing ultrasound irradiation to the electrodeposition process can significantly improve
the physical and chemical properties of deposited films. Meanwhile, the beneficial effects …

As an emerging battery technology, the Al-air flow battery (AAFB) exhibits high energy
density due to the recycling of electrolytes, thus showing great potential as a type of clean …

Here, the novel combination of multi-interlayers composed of Ni, Al, and Zn foil was used to
join AZ31/2024 dissimilar alloys via ultrasonic-assisted transient liquid phase bonding (U …

High strength aluminum alloys are extremely sensitive to the thermal cycle of welding. An
ultrasonic-promoted rapid TLP bonding with an interlayer of pure Zn was developed to join …

Rechargeable batteries are essential for the increased demand for energy storage
technologies due to their ability to adapt intermittent renewable energies into electric …

Lithium-ion battery has been used for lots of electronic devices. With the popularization of
batteries, researchers have focused on batteries' electrochemical performances by …

In this work, we demonstrate an ultrasonic catalysis method for promoting the ORR rate and
enhancing discharge performance of saltwater Al/Mg-air flow batteries, in which focused …

Large overpotential and poor cyclability are the main constraints for lithium-oxygen batteries
(LOBs), which are usually related to the slow decomposition of the discharge product during …

We report a discovery that the internal impedance of pouch-type lithium ion batteries with
polymer electrolytes can be significantly reduced by ultrasound waves applied at constant …

To improve DMFC (direct methanol fuel cell) performance, a new method using ultrasonic
radiation is proposed and a novel DMFC structure is designed and fabricated in the present …