Consultant for Growing Highly Conducting Diamond Films with Good Adhesion on Silicon, Silicon Dioxide, Titanium, Niobium and Tungsten Substrates for Electrochemical Electrode Applications. Low Surface Temperature Synthesis and Characterization of Thin Films.Development of gem quality single crystal diamonds.Create up to 20*20 mm single crystal diamond samples.Installation of new CVD (Chemical Vapor Deposition) machines and qualified the tool and process.CVD, PVD systems, characterization techniques like SEM, EDS, AFM, Raman, XRD, electrical resistivity and capacitance measurements, etching, optical, infra-red spectroscopy tools, mass and...

Ph.D. Fluorine Chemist with expertise in Molecule Synthesis Applications; Electronics (Fluorine Etchants, Deposition Agents), Pharmaceuticals (Fluorinated Steroids, Nucleotides, and Aromatics), Agricultural (Fluorinated, Herbicides, and Pesticides), Low-GWP Refrigerants and Foam Expansion Agents, Fluorosurfactants, and Inorganic Fluorine CompoundsFluorine industry chemist: Creating new molecules, developing new process technology, commercializing of new high-value products and providing over thirty years of experience.Electronics (fluorine etchants and deposition agents)Pharmaceuticals (fluorinated steroids, nucleotides, and aromatics)Agr...

Disruptive tech designs need solid foundations. Physics and math provide required seminal tools. Existing materials/devices, how do they figure in present tech scenario? We search in this realm. Researcher and professor with 25+ years of experience executing math-physics inspired solutions to bridge the gap between academy and industry. Involved in projects encouraged to develop models and implement numerical solutions for technological demands, present and predicted ones. Solutions offered always enclosed by European Union regulatory requirements. Upon proof of concepts designs, main areas where effective solutions are being provided are...