Chemistry of a single-step phosphate/paint system. Research focuses on the use of green chemistry principles in the development of novel in-situ phosphatizg coatings (ISPCs). ISPCs would represent a fundamental breakthrough in cleaner, cheaper, and smarter coating chemistry. ISPC shows the superior protectionv performance.

A field-portable laser-spectro analyzer for an in-situ characterization of surface and coating. The Coat-ID from ChemNova provides a fast, easy, and industry-oriented material identification technique for samples from any kind of surface. Ceramic-ID and Metallo-ID versions will be available for identification of various ceramic and industry metals.

A field-portable laser-spectro analyzer for an in-situ characterization of surface and coating. The Coat-ID from ChemNova provides a fast, easy, and industry-oriented material identification technique for samples from any kind of surface. Ceramic-ID and Metallo-ID versions will be available for identification of various ceramic and industry metals.

A deposition by aqueous acetate solution (DAAS) process for synthesizing colossal magnetoresistance, ferroelectric ceramics, and their extrinsic ion-doped perovskites. The DAAS technique has the potential to deposit thin, thick, and layered-structure films of ceramic perovskites over a variety of large area substrates with high throughput and low cost for solid-state memory devices.