Grablander T. – TechConnect Briefs

Increasing Engine Efficiency with Friction Reducing-Oil Additives

Christensen G., Grablander T., Bailey C., Lou D., Hong H., Novum Nano, US

Typical engine oils used in internal combustion gas and diesel engines are not high in thermal conductivity and are limited in friction performance, which together limit engine efficiency and longevity. Carbon nanotubes and hexagonal boron [...]

Conductive Coatings Eliminate Static Discharge Risk on Aircraft

Christensen G., Lou D., Grablander T., Younes H., Bailey C., Hong H., Novum Nano, US

Electrically insulating aircraft materials and coatings increase the likelihood of dangerous charge buildup due to static electricity accumulation and cannot protect from lightning strikes. An electrically conductive coating that will prevent static charge buildup and [...]

Hydrogen bonding enhanced thermally conductive carbon nano grease for enhanced CPU performance

Bailey C., Grablander T., Lou D., Christensen G., Younes H., Hong H., Novum Nano, US

Thermal greases are vital for electronic temperature regulation and overall performance. Improved thermally conductive greases have been made utilizing hyrdogen bonding of carbon nanotubes (CNT) and hexagonal boron nitride (hBN). Nanomaterial fabricated greases have similar [...]

New Nano Solid Based on Carbon Nanomaterials-Nanoparticle through Aqueous Solutions

Hong H., Younes H., Grablander T., Bailey C., Novum Nano, US

A better understanding of the bonding and aggregation processes occurring between carbon nanomaterials and metal oxide particles in aqueous solutions is important in developing novel nanosolids for applications in sensor development, highly conductive paint nanotube [...]