Solar energy harnessing and conversion has attracted considerable research interest. Photo
(electro) catalysis based approaches offer one of the methods for moving forward. In recent …

Cobalt (Co) is a potential candidate in replacing copper for interconnects and has been
applied in trenches in the semiconductor industry for over twenty years. A non-oxidizing …

Atomic layer deposition (ALD) has been an attractive tool in the fabrication of Pt thin layers
and nanoparticles. In this work, the surface chemistry of Pt ALD through the MeCpPtMe3/N2 …

Cu-based hybrid bonding, known for its high density and low latency, is widely applied in big
data throughput scenarios. However, Cu joints are prone to oxidation and perform poorly at …

Due to its superior nanoscale properties, cobalt (Co) is a highly desirable for ultrahigh-
density 3D integration into materials through metal/dielectric hybrid bonding. However, this …

Progress in semiconductor devices, which has enabled the information and communications
technology explosion of the 21st century, has been driven by Moore's Law and the …

Hydrogen is presumed to be the most promising energy carrier for sustainable energy.
Herein, electrodes were made by thermal ammonolysis of CoMoO 4⋅ nH 2 O microrods …

This work demonstrates the synthesis of fcc-Co derived from an isostructural C o 4 N phase.
When deposited at high substrate temperature (⁠ T s⁠) or thermal annealing (⁠ T a⁠) …

State-of-the-art atomic layer deposition (ALD) and photoemission characterisation are
applied to grow and characterise cobalt nitride, a material that has applications in renewable …

Energy security and climate change have brought on an increasing demand and urgency for
the transition from fossil fuel dependency to more sustainable sources of renewable energy …