Semiconductor Angstrom-level Surface Smoothing Technology: Microwave Chemical Mechanical Polishing
Silicon carbide (SiC) is ideal for net-zero emission tech due to its wide bandgap but faces polishing challenges due to its hardness. General polish techniques struggle with efficiency, cost, and environmental impact. This new technology uses microwave irradiation, eliminating the need for heavy metals or catalysts, and enhances SiC polishing by activating electron redox reactions at the solid-liquid interface, making it more sustainable and advancing eco-friendly semiconductor manufacturing.
High-brightness fluorescent gold nanoclusters infrared imaging agent technology with clinical application potential
Magnetic and 2D metallic Nanoparticle Arrays of Surface-Enhanced Raman Spectroscopy (SERS) Detection Platform for Environmental-Biomedical Sensing
A novel high-performance Sn-doped gallium oxide thin-film nitric oxide gas sensor for applications in smart healthcare and environmental monitoring
Scalable Catalytic 3D Printing Process Development: Enabling Smart Transformation in Chemical Reactor Bed Design and Manufacturing
Technology maturity:Prototype
Exhibiting purpose:Display of scientific results
Trading preferences:Negotiate by self
*Organization
*Name
*Phone
*Main Purpose
*Discuss Further
*Job Category
*Overall Rating
*Favorite Area
*Key Tech Focus
*Willing to Receive Updates?
Other Suggestions
Coming soon!