Methanol steam reforming (MSR), as an ideal on-site hydrogen production process, is
urgently calling for a groundbreaking catalyst with ultralow or even no CO formation. Herein …

In the present work, a series of molecular dynamics simulations are conducted to figure out
how sintering parameters would influence the atomic structure, sintering mechanisms, and …

Abstract Background Cu-Cu direct bonding is a promising technology to construct a
temperature resistant bonding structure for emerging power devices and vehicle electronics …

Silica aerogels are extensively used for thermal insulation at high temperatures. However, it
has been experimentally found that high temperature can change the pore structure and …

As an additive manufacturing technology, Fused Deposition Modeling and Sintering (FDMS)
technology can give diamond tools some creative structures to be applied in more fields. To …

Employing classical isothermal molecular dynamics, we simulated coalescence of
mesoscopic Au nanodroplets, containing from several thousands to several hundred …

As advanced silicon manufacturing processes slow down in scaling, three-dimensional
stacking of chips has become a future trend in microelectronic industry. High-density …

Solid-state sinter bonding using metal particles, such as Ag and Cu, are emerging for the
development of the next-generation die-attachment technique of a semiconductor chip that …