META SURFACES: HIGH THROUGHPUT FABRICATION & ATOMISTIC SIMULATION

Our Solution for high-throughput fabrication of meta surfaces is  Supercritical CO2 Assisted Atomization (SAA) to provide (1) Eco-Friendly Processing, (2) Ultrathin Coatings with sub-10 nm precision, (3) Multifunctionality enabled by depositing multiple nanomaterials simultaneously for tailored properties, and (4) Scalability for industrial-scale applications. In PCAM, we use SAA to fabricate:

• Meta Surfaces for thermal, electrical, mechanical and physical properties.
• Thermal Interface Materials (TIM) [Carbon Nanotubes (CNT) and Graphene]
• Micro Thermoelectric Generators (uTEG)
• Solid-State Energy Conversion
• Patterned functional coating for Nanostructured Surfaces
• Microstructure Tailorability
• Enhanced Bonding to Substrate
• Atomistic Simulations of Thin Composite Films
• Attractive-Repulsive-Directional Intermolecular Forces determining the Bonding of Thin Films to Substrate.
• Molecular interaction between Nanoparticles, Substrate, and Solvent dictating patterning