Expert in Digital Printing, Ink/Substrate Interaction, Color Theory and Measurement, Paper Coatings, and Inks
Expert ID: 722954 Michigan, USA
Expert has been deposed and testified in court for winning cases.
Expert is currently working on a large Government funded project for improving the efficiency of Li-ion battery fast charging.
Expert is part of a large effort at Employer to develop barrier coatings for paper and paperboard for protection against gas and moisture intrusion. These are primarily aimed at food and drug packaging and related items. The approach at the University has been three pronged: 1. Nano pigments to reduce permeability; 2. Biopolymer film-formers to improve recyclability and biodegradability; and 3. Fluorochemicals to reduce surface energy. His group has published several papers in this area and others are in preparation.
Expert is part of a large effort at Employer to develop paper coating formulations and application methods for barrier properties (please see the paragraph directly above) and/or printing. His group has developed coatings for inkjet, offset lithography, flexography and rotogravure printing. They have employed conventional coating methods, such as rod, blade and size press, as well as unconventional ones such as curtain coating and impregnation. For example, ink jet coatings employ nanoscale silica and alumina pigments and their blends with other pigments to achieve gloss and high print density.
Expert has worked in colloid and surface chemistry for over 30 years. This has ranged from molecular theories of surfaces and interfaces to surfactants and polymers for enhanced oil recovery and to coating and ink formulations for printing. He teaches the University’s department graduate course in Colloid and Surface Chemistry and is currently directing a postdoctoral student who is studying ink and substrate interaction for ink jet printing. This involves measurements of surface and interfacial tensions and contact angles. He has published numerous papers in this area and others are in preparation.
Expert has worked with digital data collection and analysis for over 20 years. His work has ranged for data analysis and curve fitting to image capture and analysis and to digital video capture and editing. He has worked with frame grabbers, scan converters, digital scanners, and digital cameras. He has also worked with color management and profile generation for scanners and digital cameras. Expert has published several papers in this area.
Expert came to Employer specifically to introduce digital printing to the existing printing/imaging program. Expert’s research has ranged from coatings for digital printing to ink formulations for digital printing and has included printability analysis of digital printing, in particular color management and image analysis. He teaches digital printing at both the undergraduate and graduate levels. He has published numerous articles on these topics and others are in process.
Expert has recently begun research on electrically conducting polymers, primarily for use in printed electronics. The immediate application is printed RFID (Radio Frequency Identification) tags in line for decorative and label printing. He is currently investigating conducting polymers in blends with natural polymers, such a lignin, a papermaking by product, and possibly with nano-sized metallic particles for printing RFID antennas and chips. He has also been investigating substrate issues for printed electronics. He has two papers that will be presented at conferences in September, 2005 and others are planned.
Expert notes that electrophotography is the most prevalent digital printing process in use today. Expert currently works with laser printer characterization using color management and image analysis, high volume color printing, and variable data printing, using a digital color press. He spends significant time on electrophotography in both undergraduate and graduate courses. He has published several papers in this area and others are being planned.
Expert worked for 12 years with Phillips Petroleum Company developing polymers and surfactants for enhanced oil recovery. This included interpretation in terms of phase transitions and critical phenomena and polymer rheology. He has published numerous papers in this area. Expert notes that these topics are of renewed interest with current high energy prices.
Expert worked on the theory of the glass transition in polymers, along with associated hydrodynamic and light scattering properties while a postdoctoral fellow with Julian Gibbs at Brown University. He published three papers with Drs. Gibbs and Ed DiMarzio, who shared the high polymer physics prize from the American Physical Society for their theory of the glass transition.
Expert has worked on industrially funded projects for ink-jet printing of nonaqueous electrolytes, non-paper substrates, printability on specially coated papers, and ink formulations for digital printing. He is currently investigating ink/substrate interactions and surface chemistry for different ink-jet ink formulations. In addition he is formulating hot melt inks for printing three-dimensional structures using hot melt ink jet printers. Ink-jet printing is a prominent part of undergraduate and graduate courses that Expert teaches on digital printing (please see his paragraph on digital printing). Expert has published several papers relating to ink-jet printing.
Expert has been working on molecular-based and flow-based simulations of paper and coating structures for over 13 years. He has developed methods for direct surface energy calculations from molecular interaction parameter along with associated molecular confirmation. Expert has published several papers in this area and others are in process.
Expert teaches the Department’s premedia and multimedia courses. These include software for page layout, illustration, image editing, and digital video editing. He is well versed on hardware and software for these topics on both PC and Macintosh platforms. He has prepared a Coursepack for Multimedia Publication and Design that serves as a textbook for the course, including lecture and laboratory material.
For Stora Enso, Expert advised on printing RFID circuits on paper substrates. For Grain Processing, he advised on digital printing and associated paper coating requirements. For Innotech, Expert served on a panel advising on potential applications of a new photoinitiator. For Mitchel Graphics, he advised on color reproduction issues related to customer satisfaction. For the Akron Board of Realtors, Expert advised on technical issue related to installing a new computerized multiple listing system.
|Year: 1970||Degree: PhD||Subject: Chemical Physics||Institution: Harvard University|
|Year: 1966||Degree: AM||Subject: Physics||Institution: Harvard University|
|Year: 1964||Degree: BSc||Subject: Physics||Institution: Ohio State University|
|Years: 1996 to Present||Employer: Undisclosed||Title: Professor||Department: Paper Engineering, Chemical Engineering and Imaging|
Responsibilities:Expert teaches and does research in digital imaging, coatings, inks, and color. He works with graduate students on their masters’ theses or doctoral dissertations. Much of the work is partially funded by industrial partners.
|Years: 1986 to 1996||Employer: GenCorp (Formally General Tire, now Omnova)||Title: Group Leader||Department: Corporate Technology Center|
Responsibilities:He supervised research in applied mathematics, statistics, polymer theory, molecular modeling, and large scale computing.
|Years: 1974 to 1986||Employer: Phillips Petroleum||Title: Senior Research Specialist||Department: Research and Development|
Responsibilities:Expert conducted research on chemical oil recovery, including polymers and surfactants.
|Years||Country / Region||Summary|
|Years: 2003 to 2003||Country / Region: Germany||Summary: Expert presented an invited paper on “Ink Jet Papers in the 21st Century” at the European Coating Conference: The Power of Ink Jet Materials, December 4 and 5, 2003, in Berlin, Germany.|
|Years: 1978 to 1978||Country / Region: Tataria, USSR||Summary: He presented a paper on "Theory and Laboratory Investigations of the Micellar Flooding Process" at the joint Phillips USSR Enhanced Oil Recovery Symposium, October 5, 1978, Almetfsk Tataria, USSR.|
|Years: 1979 to 1979||Country / Region: Romania||Summary: Expert presented a talk on the "Fundamental Mechanisms Influencing Enhanced Recovery Crude Oil" at the 10th World Petroleum Congress, Bucharest, Romania.|
|Associations / Societies|
|Expert is a member of TAGA (Technical Association of the Graphic Arts), IS&T (Society for Imaging Science and Technology), and APS (American Physical Society).|
|He was the previous Editor for the Society of Petroleum Engineers.|
|Publications and Patents Summary|
|He has over 400 publications, presentations, and patents.|
|Training / Seminars|
|Expert has participated in multiple seminars and training sessions including digital printing, color, coating, and printability.|
|He has worked with multiple vendors to obtain favorable pricing and helped promote vendors’ products.|
|German||Expert is profecient in reading German.|
Fields of Expertise
Adobe Photoshop, halftone printing, barrier coat, biocompatible coating material, biocompatible polymer, biopolymer, coated paper, latex paper, latex paper coating material, printing paper, colloid and interface chemistry, contact angle measurement, interfacial tension, interfacial tension measurement, polymer surface chemistry, printing paper coating material, surface chemistry, surface energy measurement, surface tension, surface tension measurement, digital data, digital photography, digital printing, electrically conductive polymer, electrophotographic printer, electrophotography, laser printer, laser printing, enhanced oil recovery polymer, glassy polymer, ink-jet printer, ink-jet printing, ink-jet printing ink, paper structure computer modeling, prepress system, color theory, improved oil recovery, powder coating formulation, anilox roll, thermal medium, pigmented coating, black ink, printing ink raw material, label printing, barrier polymer, oil-based ink, newspaper printing, fluorinated coating material, toner cartridge recycling, amorphous plastic, coating weight, dielectric paper, anionic detergent, alkaline paper, amorphous polymer, heat-set ink, radiation ink curing, thermal ink curing, ink curing, gravure ink, printing defect, printing quality control, dielectric coating, optical fiber coating material, gas surface chemistry, flexographic ink, paper impregnation, paper coating material, solid color, emulsion polymer, electroluminescent polymer, surface physics, aromatic polymer, paper optical property, gravure printing press, glass surface property, offset paper, radiation-cured printing ink, marker ink, printing plate, lithographic printing plate, paper clay coating process, paper coating formulation, ink drying, paper structure, high-pressure gas, newsprint paper, graphic-arts lithography, water-based ink, publication-grade paper, paper surface-sizing, high-performance polymer, emulsion (mixture), adsorption, graphic arts, laser digital-imaging system, coating material, common soap, polymer blending, fluoropolymer, high polymer, vapor pressure, thin film, radiation curing, printing ink, printing, polymer, polymer rheology, platemaking, paperboard, paper coating process, paper chemistry, paper chemical property, papermaking, paper, packaging paper, magnetic ink, image processing, gravure printing, gas dynamics, flexographic printing, detergent