Six Sigma Manager
Resume:
Gregory Kovacs
Email: abqem6@r.postjobfree.com
Address: ***-** **** ***** ******
City: Greenacres
State: FL
Zip: 33463
Country: USA
Phone: 561-***-****
Skill Level: Management
Salary Range: $150,000
Willing to Relocate
Primary Skills/Experience:
See Resume
Educational Background:
See Resume
Job History / Details:
Gregory Kovacs, Ph.D. (Physics)
(www.linkedin.com/in/gregorykovacs)
abqem6@r.postjobfree.com Greenacres FL, 33463 561-***-****
SUMMARY
Extensive technical and management experience in three of Xerox Corporations research centers:
XRCC (Xerox Research Centre of Canada Mississauga, ON - imaging materials)
PARC (Palo Alto Research Center California - opto-electronic materials and imagers)
XRCW (Xerox Research Center Webster New York - systems engineering and print process)
Developed and transferred key technologies for laser imagers, inkjet inks, print processes to Business Groups.
Deployed Lean Six Sigma (LSS) / Design for LSS across all of Xerox Corporate Research
Ability to teach and establish a university research program in physics
Key Statistics
60 US patents & applications (107 total US, EP, JP)
60 scientific publications
Three Excellence Awards
Team Excellence Award Laser Imager
DfLSS Black Belt Electro-Mechanical
DfLSS Green Belt System Engineering
LSS Green Belt - Services
Customer Hero Award (Boeing)
Goals
Multi-skill leadership position leveraging experience base in new industrial applications
University faculty position leveraging academic training and industry experience
PROFESSIONAL EXPERIENCE
XEROX RESEARCH CENTER WEBSTER, Webster, NY 2007 2012
Worldwide Mandate for Printing, Workflow and Services Research
Manager Ink Jet Technology 2007 2012
1) Managed multi-disciplinary team across three research centers targeting high speed ink jet product and spanning:
printhead jetting printing processes ink materials and formulation
2) Through reverse engineering produced total cost of ownership assessments of competitive ink jet products
Built fully integrated fixture to generate printed samples, then produced showcase and videos used to demonstrate high speed ink jet technology at Drupa 2008
3) Provided technology support to Xerox managed services team to prepare bid for large contract with Boeing
Managed contract to revitalize customized printers for Boeing application that resulted in Xerox winning 10-year,
~$80-100 M contract with Boeing
XEROX INNOVATION GROUP (XIG), Webster, NY 2003 2006
Xerox Global Research Group
XIG Lean Six Sigma Deployment Manager 2003 2006
1) Planned and rolled-out Lean Six Sigma (LSS) and Design for LSS (DfLSS) initiatives across all of XIG
pioneered collaborative LSS projects between Business Groups (BGs) and XIG in technology transfer to achieve BG bottom line results
Exceeded XIGs LSS financial targets by ~20% through collaborative project approach which also helped fulfill the XIG prime mission of technology transfer a win-win outcome for both XIG and its BG customers
Showcased XIG collaborative projects and transition to DfLSS at annual Corning Conferences on LSS/DfLSS in R&D
2) Established and managed the technology segment of Executive Communication Exchanges (ECE) with sales teams from Xerox Europe and Developing Market Operations
Built customer confidence in Xerox technology which contributed to sales increases of ~15% attributed to ECEs
XEROX TECHNOLOGY PROGRAM OFFICE, Webster, NY 2000 2003
Worldwide Mandate for Xerox Technology Programs
Manager, Direct Marking Programs and Emerging Technologies 2000 2003
1) Coordinated Xerox R&T Direct Marking (DM) Programs and helped develop Xerox DM Strategy
supported the XIG DM VP with management processes, prioritization, roadmaps and strategy development
2) Identified many new/competitive printing technologies from around the globe, and their potential value to Xerox
Identified high-end office as market opportunity for solid ink (SI) technology acquired from Tektronix
this led to development of ColorQube, one of the top selling products in its market space
Identified digital flexible packaging printing as major business opportunity for Xerox, with Alcan as lead customer
this resulted in technology program to capitalize on and monetize this opportunity
XEROX RESEARCH CENTRE OF CANADA (XRCC), Mississauga, ON 1994 2000
Worldwide Mandate for Xerox Materials Research
Manager, XRCC Materials Program Office 1999 2000
1) Managed the Time to Market process for XRCC materials targeting product programs
2) Under special assignment managed integration of Tektronix solid ink technology into Xerox
Managed diverse team to achieve seamless integration of highly profitable solid ink technology into Xerox
Manager, Composite Marking Materials 1994 1998
1) Managed R&T for inks, toner/developers, substrates, as well as for materials/hardware integration
deliverables in TIJ and acoustic inks & transparencies, toner/developer design and xerographic substrate latitude
2) Managed Strategic Exploration Committee (SEC) with mandate to define future strategic directions for XRCC/XIG
Led TIJ ink team to development of carbon black inks used in XJ C8 product family and later in Xerox SI products
Led acoustic ink team to passing Time to Market milestones ahead of other subsystems by ~30%
Initiated and led multi-center, multi-disciplinary SEC to demonstration of imaging technology used in the Xerox DocuPrint 92C highlight color family of products
XEROX PALO ALTO RESEARCH CENTER (PARC), Palo Alto, CA 1991 1994
One of the Foremost Research Centers in the World
Manager, Optoelectronic Materials and Devices 1991 1994
1) Managed group developing enabling light sources for imaging which provided strong competitive advantage
2) Established the group as the corporation's center of competence in optical sources for imaging
Led group to fabrication of dual spot red laser diodes which replaced gas lasers in all Xerox printer products
providing huge improvements in speed/resolution and compactness, at greatly reduced cost
Built capability for growth of GaN epitaxial structures and launched world class multi-beam blue laser imager effort
XEROX RESEARCH CENTRE OF CANADA, Mississauga, ON 1979 1991
Worldwide Mandate for Xerox Materials Research
Manager, Technology Planning and Development 1990 1991
1) Managed Materials Portfolio Annual Plan process, customer interactions and new materials business opportunities
managed XRCC reports to VP Corporate Research, and prepared presentation materials for Centre Manager
Organized very successful Marking and Materials Portfolio Review, including most of Xerox R&T at the time
Technical Program Leader, Novel Imaging Materials 1987 1990
1) Developed dry processed imaging materials for (a) printing plate intermediates and (b) shutterless camera films
programs were multidisciplinary with activities ranging from polymer synthesis, through film fabrication,
evaluation, processing and print testing to design and building of film processing hardware
Demonstrated first newspaper printing with completely dry processed printing plate masters imaged on conventional digital laser scanners
Demonstrated first electronic pulse activated imaging of shutterless camera with dry processed media having several year latent image life and greatly improved utility relative to silver halide camera film
Research Scientist 1979 1987
1) Established and led program in fundamental thin film science
studied formation, properties and applications of subsurface particulate monolayers and of monomolecular films
Explained quantitatively both the thermodynamics and kinetics of formation of subsurface particulate monolayers to predict manufacturing conditions for dry processed imaging materials described in next position above
Determined quantitatively the distance dependence of Surface Enhanced Raman Spectroscopy (SERS)
this showed SERS is described by EM (electro-magnetic) theory to resolve a subject of high scientific debate
By measurement of electric field dependence of quantum yield and of charge recombination kinetics, determined electron charge separation distance in photosynthesis, a major advance in our understanding of photosynthesis
UNIVERSITY OF TORONTO, toronto, ON 1971 1976
Premier and Largest Canadian University
Teaching Assistant Mathematics and Physics
(1) Teaching assistant for undergraduate mathematics (calculus and linear algebra) and physics (mechanics and electromagnetism) which included
reviewing weekly lectures and answering questions to insure understanding of topics
demonstrating methods in problem solving
assigning and grading weekly problem sets and mid term tests which contribute a large portion of the course grade
reviewing solutions to weekly problems sets and tests to enhance understanding
compiling marks obtained for use by professor in determining final grade
participating in meetings with professor to review any learning issues and to insure good coordination
(2) Have extensive training through physics and mathematics courses taken and can teach the following topics:
Physics: mechanics, electromagnetism, thermodynamics, wave mechanics, statistical mechanics, semiconductor physics, quantum mechanics, special relativity, quantum theory of solids, hydrodynamics, and applications of group theory in physics
Mathematics: calculus, real analysis, complex analysis, advanced calculus, topology, linear algebra, group theory, differential equations, and mathematical physics including integral transforms to solve partial differential equations and boundary value problems
SKILLS AND EXPERTISE
University Teaching, Physics, Applied Physics, Theoretical Physics, Mathematics, Applied Mathematics, Optical Spectroscopy, Raman Spectroscopy, Six Sigma, Lean Six Sigma, Design for Lean Six Sigma, Strategic Leadership, Competitive Analysis, Program Management, R&D Management, Lean Management, Cross-Functional Team Leadership, Technology Integration, Systems Engineering, Technology Delivery, Problem Solving
HONORS AND AWARDS
2011 Customer Hero Award (Boeing)
2000 Special Recognition Award Technology Integration
1998 Eagle Patent Award
1998 Team Excellence Award Innovative Printing Technology
1998 Special Recognition Award Enabling Technology Advance
1997 Team Excellence Award Rapid Time to Market
1996 Special Recognition Award Multi-Disciplinary Technology Innovation
1992 Team Excellence Award Laser Imager
1978-1979 NSERC (NATO) Post-Doctoral Fellowship
1974-1977 NSERC (Canada) Graduate Scholarship
1969-1973 University of Toronto Undergraduate Scholarship
Curriculum Vitae - Gregory Kovacs, Ph.D. (Physics)
Education
1973 BSc Physics and Mathematics, University of Toronto, Toronto, ON (A average every year, GPA 4.0 / 4.3 overall)
1974 MSc Theoretical Physics, University of Toronto, Toronto, ON (A average every year, GPA 4.0 / 4.3 overall)
1977 PhD Physics of Thin Films, University of Toronto, Toronto, ON (A average every year, GPA 4.0 / 4.3 overall)
1978 PDF (NATO) Raman Spectroscopy, University of DAsseldorf, DAsseldorf, FRG
Lean Six Sigma Professional Development
2005 Lean Six Sigma Services Green Belt (certified)
2007 Design for Lean Six Sigma Electro-Mechanical Green Belt (certified)
2009 Design for Lean Six Sigma Electro-Mechanical Black Belt (certified)
2011 Design for Lean Six Sigma System Engineering Green Belt (certified)
Lean Six Sigma Conference Presentations
(1) Kovacs; Gregory J., Implementation of Lean Six Sigma in Xerox Innovation Group (R&T), invited speaker at Industrial Research Institute Six Sigma and DfSS in R&D Workshop, Corning, NY, March 23-24, 2004.
(2) Kovacs; Gregory J., Sustaining Lean Six Sigma in Xerox Innovation Group (R&T), invited speaker at Industrial Research Institute Six Sigma and DfSS in R&D Workshop, Corning, NY, March 22-23, 2005..
(3) Kovacs; Gregory J., Lean Six Sigma and New Focus on DfLSS in Xerox Innovation Group (R&T), invited speaker at Industrial Research Institute Six Sigma and DfSS in R&D Workshop, Corning, NY, March 20-22, 2006.
Publications
(1) The Radial Distributions of a Binary Mixture of Spheres, G. D. Scott and G. J. Kovacs, J. Phys. D. 6, 1007-1010 (1973).
(2) Optical Excitation of Surface Plasma Waves in Layered Media, G. J. Kovacs and G. D. Scott, Phys. Rev. B 16 (4), 1297-1311 (1977).
(3) Attenuated Total Reflection Angular Spectra of an Ag Film Bounded by Dielectric Slabs, G. J. Kovacs and G. D. Scott, Canadian J. Phys. 56 (9), 1235-1247 (1978).
(4) Surface Polariton in the ATR Angular Spectra of a Thin Iron Film Bounded by Dielectric Layers, G. J. Kovacs, J. Opt. Soc. Am 68 (10), 1325-1332 (1978).
(5) Attenuated Total Reflection Angular Spectra and Associated Resonant Electromagnetic Oscillation of a Dielectric Slab Bounded by Ag Films, G. J. Kovacs and G. D. Scott, Appl. Opt. 17 (20), 3314-3322 (1978).
(6) Attenuated Total Reflection Angular Spectra of a System of Alternating Plasma-Dielectric Layers, G. J. Kovacs and G. D. Scott, Appl. Opt. 17 (22), 3627-3635 (1978).
(7) Sulphide Formation on Evaporated Ag Films, G. J. Kovacs, Surface Sci. 78, L245-L249 (1978).
(8) Optical Excitation of Surface Plasma Waves in an In Film Bounded by Dielectric Layers, G. J. Kovacs, Thin Solid Films 60, 33-44 (1979).
(9) Enhanced Raman Effect from Cyanide Adsorbed on a Silver Electrode, J. Billmann, G. Kovacs and A. Otto, Surface Sci. 92, 153-173 (1980).
(10) Surface Roughness Induced Electronic Raman Scattering, A. Otto, J. Timper, J. Billmann, G. Kovacs and
I. Pockrand, Surface Sci. 92, L55-L57 (1980).
(11) Optical Excitation of Surface Plasmon-Polaritons in Layered Media, G. J. Kovacs, pp. 143-200 in Electromagnetic Surface Modes edited by A. D. Boardman (Wiley, Chichester, 1982).
(12) Formation of Novel Vacuum Evaporated Submicron Particulate Monolayers Just Beneath a Heated Polymer Surface, G. J. Kovacs and P. S. Vincett, J. Vac. Sci. Technol. 20 (3), 419-420 (1982).
(13) Formation and Thermodynamic Stability of a Novel Class of Useful Materials: Close-Packed Monolayers of Submicorn Monodisperse Spheres Just Below a Polymer Surface, G. J. Kovacs and P. S. Vincett, J. Colloid and Interface Sci. 90 (2), 335-351 (1982).
(14) Vacuum Deposition onto Softenable Substrates: Formation of Novel Subsurface Structures, G. J. Kovacs, P. S. Vincett, C. Tremblay and A. L. Pundsack, Thin Solid Films 101, 21-40 (1983).
(15) Subsurface Particulate Film Formation in Softenable Substrates: Present Status and Possible New Applications, G. J. Kovacs and P. S. Vincett, Thin Solid Films 100, 341-353 (1983).
(16) Kinetic Theory of Subsurface Particulate Monolayer Formation during Vacuum Evaporation onto Softenable Substrates, G. J. Kovacs and P. S. Vincett, J. Vac. Sci. Technol. A 1 (2), 369-370 (1983).
(17) Instantaneous Dry, Erasable Optical Recording Material Having High Sensitivity in the Near Infrared, G. J. Kovacs and P. S. Vincett, Xerox Disclosure Journal 8 (5), 453-454 (1983).
(18) Subsurface Particle Monolayer and Film Formation in Softenable Substrates: Techniques and Thermodynamic Criteria, G. J. Kovacs and P. S. Vincett, Thin Solid Films 111, 65-81 (1984).
(19) Review of Molecular Crystals and Liquid Crystals, Parts A-F. Proceedings of the International Conference on Low-Dimensional Conductors, Boulder, CO, Aug. 1981, A. J. Epstein and E. M. Conwell, eds. Gordon Breach 1981, CONF; 6 vols. approx. 350 pp/vol., reviewed by G. J. Kovacs in Physics in Canada 40 (4), 95 (1984).
(20) Applications of Xerox Dry Microfilm (XDM), A Camera-Speed, High Resolution, Non-Silver Film With Instant, Dry Development, A. L. Pundsack, P. S. Vincett, P. H. Soden, M. C. Tam, G. J. Kovacs and D. S. Ng,
J. Imaging Technology 10 (5), 190-196 (1984).
(21) AMEN Imaging: The Last Word in Nonsilver Photography,
M. C. Tam, P. S. Vincett, A. L. Pundsack, P. H. Soden, G. J. Kovacs and D. S. Ng, Photogr. Sci. Eng. 28, 217-224 (1984).
(22) XDM: Photography Updated, P. S. Vincett, G. J. Kovacs, M. C. Tam, A. L. Pundsack and P. H. Soden, Chemtech 15 (3), 160-167 (March 1985).
(23) Surface Enhanced Raman Scattering of Langmuir-Blodgett Monolayers of Phthalocyanine by Indium and Silver Island Films, R. Aroca, C. Jennings, G. J. Kovacs, R. O. Loutfy and P. S. Vincett, J. Phys. Chem. 89 (19), 4051-4054 (1985).
(24) Particles in Polymers: Surface Chemistry of Their Nucleation, Growth, Configuration and Interactions with the Matrix, G. J. Kovacs and P. S. Vincett, Canadian J. Chem. 63, 196-203 (1985).
(25) Stable, Tough, Adherent Langmuir-Blodgett Films: Preparation and Structure of Ordered, True Monolayers of a Phthalocyanine, G. J. Kovacs, P. S. Vincett and J. H. Sharp, Canadian J. Phys. 63 (3), 346-349 (1985).
(26) Electric Field Modulation of Charge Transfer Processes in Reaction Centers of Photosynthetic Bacteria, Z. D. Popovic, G. J. Kovacs, P. S. Vincett and P. L. Dutton, Chem. Phys. Lett. 116 (5), 405-410 (1985).
(27) Electric Field Dependence of Recombination Kinetics of Photosynthetic Reaction Centers in Langmuir-Blodgett Films, G. Alegria, P. L. Dutton, Z. D. Popovic and G. J. Kovacs, Biophys. J. 47, 4a (1985).
(28) Migration Imaging: Mechanisms and Exploitation of a Unique Photographic Technology, XDM, P. S. Vincett,
G. J. Kovacs, M. C. Tam, A. L. Pundsack and P. H. Soden, Polymer Preprints 26, 355-356 (1985).
(29) Electric Field Dependence of Recombination Kinetics in Reaction Centers of Photosynthetic Bacteria, Z. D. Popovic, G. J. Kovacs, P. S. Vincett, G. Alegria and P. L. Dutton, Chem. Phys. 110, 227-237 (1986).
(30) Electric Field Dependence of the Quantum Yield in Reaction Centers of Photosynthetic Bacteria, Z. D. Popovic, G. J. Kovacs, P. S. Vincett, G. Alegria and P. L. Dutton, Biochim. Biophys. Acta 851, 38-48 (1986).
(31) An Instant, Dry, Updatable, Infrared Film with High Sensitivity and Resolution, G. J. Kovacs and P. S. Vincett,
J. Imaging Technology 12 (1), 17-24 (1986).
(32) Migration Imaging: Mechanisms, Exploitation and Future Prospects of Unique Photographic Technologies, XDM and AMEN, P. S. Vincett, G. J. Kovacs, M. C. Tam, A. L. Pundsack and P. H. Soden, J. Imaging Science 30 (4), 183-191 (1986).
(33) Distance Dependence of SERS Enhancement Factor from Langmuir-Blodgett Monolayers on Metal Island Films: Evidence for the Electromagnetic Mechanism, G. J. Kovacs, R. O. Loutfy, P. S. Vincett, C. Jennings and R. Aroca, Langmuir 2 (6), 689-694 (1986).
(34) Understanding Surface Enhancement Raman Scattering Using Langmuir-Blodgett Monomolecular Films,
G. J. Kovacs, R. O. Loutfy, P. S. Vincett, C. Jennings and R. Aroca, Sheridan Park Association Newsletter, Spring 1986.
(35) On the electromagnetic origin of surface-enhanced Raman scattering, G. J. Kovacs, R. O. Loutfy, P. S. Vincett, C. Jennings and R. Aroca, Canadian Research 19(8), 33-34 (October 1986).
(36) Properties and Applications of Well-Tailored Organized Assemblies, G. J. Kovacs and P. S. Vincett, in Surface and Colloid Science in Computer Technology, edited by K. L. Mittal, (Plenum, New York, 1987) pp. 323-341.
(37) Electric Field Modulation of Electron Transfer in Bacterial Photosynthetic Reaction Centers, Z. D. Popovic,
G. J. Kovacs, P. S. Vincett, G. Alegria and P. L. Dutton, in Protein Structure: Molecular and Electronic Reactivity (Springer Verlag, New York, 1987) p. 423-445.
(38) Surface Enhanced Raman Scattering On Silver Coated Tin Spheres, R. Aroca and G. J. Kovacs, J. Molecular Structure 174, 53-58 (1988.)
(39) Fluorescence Enhancement from Langmuir-Blodgett Monolayers on Silver Island Films, R. Aroca, G. J. Kovacs, C. A. Jennings, R. O. Loutfy and P. S. Vincett, Langmuir 4, 518-521 (1988).
(40) AMEN and HEP Xeroprinting: New Horizons for Xerography, M. C. Tam, A. L. Pundsack, R. W. Gundlach,
P. S. Vincett, G. J. Kovacs, C. A. Jennings and R. O. Loutfy, 4th International Congress on Non-Impact Printing, SPSE Proceedings, p. 402 (1988).
(41) AMEN and HEP Xeroprinting: New Horizons for Xerography, M. C. Tam, A. L. Pundsack, R. W. Gundlach,
P. S. Vincett, G. J. Kovacs, C. A. Jennings and R. O. Loutfy, Journal of Imaging Science, 32 (6), 247-254 (1988).
(42) Resonant Raman of Lu and Yb Bis-Phthalocyanine in Thin Solid Films and SE(R)RS on Ag Island Films,
R. Aroca, R. E. Clavijo, C. A. Jennings, G. J. Kovacs and R. O. Loutfy, in Proceedings of the Eleventh International Conference on Raman Spectroscopy (London, England, September 5 9 1988), edited by R. J. H. Clark and D. A. Long (John Wiley, Chichester, 1988) p. 247-248.
(43) Vibrational Spectra of Lutetium and Ytterbium Bis-Phthalocyanine in Thin Solid Films and SER(R)S on Silver Island Films, R. Aroca, R. E.Clavijo, C. A. Jennings, G. J. Kovacs, J. Duff and R. O. Loutfy, Spectrochimica Acta 45A (9), 957-962 (1989).
(44) Raman Spectra of Thin Solid Films VII. Uranyl Superphthalocyanine, R. E. Clavijo, R. Aroca, G. J. Kovacs, C. A. Jennings, J. Duff and R. O. Loutfy, J. Raman Spectroscopy, 20 (7), 461-465 (1989).
(45) Surface Enhanced Raman Scattering of Molecular Dyes Adsorbed on Metal Surfaces, R. Aroca, D. Battisti,
G. J. Kovacs and R. O. Loutfy, J. Electrochem, Soc.136 (10), 2902-2905 (1989).
(46) Synthesis and Monolayer Spreading Behaviour of Surface Active Compounds Containing Electron and Hole Transporting Groups. 1. Fluorenylidene Derivatives, J. W. Taylor, C. P. Sloan, D. A. Holden, G. J. Kovacs and R. O. Loutfy, Canadian J. Chem. 67 (12), 2136-2141 (1989).
(47) Synthesis and Monolayer Spreading Behaviour of Surface Active Compounds Containing Electron and Hole Transporting Groups. 2. Carbazole Derivatives, J. W. Taylor, C. P. Sloan, D. A. Holden, G. J. Kovacs and
R. O. Loutfy, Canadian J. Chem. 67 (12), 2142-2147 (1989).
(48) Vibrational Characterization of Langmuir-Blodgett Monolayers and Evaporated Films of bis-(benzimidazole) perylene 3,4,9,10-tetracarboxylic acid, P. Aroca, Jr., R. Aroca, G. J. Kovacs and R. O. Loutfy, Langmuir 6, 1050-1054 (1990).
(49) Synthesis, Electrochemical Characterization and Assembly into Langmuir-Blodgett Films of Some N-substituted Derivatives of Poly (3,6-Carbazolyl Methylene), S. V. Lowen, J. Buschek, R. Mastantuono, D. A. Holden,
G. J. Kovacs and R. O. Loutfy, Macromolecules 23, 3242-3249 (1990).
(50) Device Applications of Langmuir-Blodgett Films. Electrophotographic Photoreceptors Incorporating Multilayers of Fluorenylidene- and Carbazole-Containing Surfactants as Charge Blocking Elements, J. W. Taylor,
D. A. Holden, G. J. Kovacs and R. O. Loutfy, Thin Solid Films, 185, 321-334 (1990).
(51) Fabric Printing Using Xeroprinting Technologies, L. Alexandru and G. J. Kovacs, Xerox Disclosure Journal 15 (1), 61 (1990).
(52) Surface Enhanced Raman Spectroscopy, R. Aroca and G. J. Kovacs, in Vibrational Spectra and Structure Volume 19 edited by J. R. Durig, (Elsevier, Amsterdam 1991) p.55-112.
(53) Surface-Enhanced Raman Spectra and Gas Chemisorption of Langmuir-Blodgett Layers of Lutetium and Ytterbium Diphthalocyamines, R. E. Clavijo, D. Battisti, R. Aroca, G. J. Kovacs and C. A. Jennings, Langmuir 8, 113-117 (1992).
(54) A New Digital Color Xeroprinting Technology, M. C, Tam, R. O. Loutfy, G. J. Kovacs, A. L. Pundsack,
J. Meester and H. Aboushaka, Journal of Imaging Science and Technology 36 (1), 81-87 (1992).
(55) Near Infrared Surface Enhanced Raman Scattering from Metal Island Films, C. A. Jennings, G. J. Kovacs, and R. Aroca, J. Phys. Chem. 96 (3), 1340-1343 (1992).
(56) Langmuir-Blodgett Monomolecular Films for Charge Injection Blocking in Photoreceptor Devices, G. J. Kovacs, C. Farha, R. O. Loutfy, Proceedings: 44th Annual Conference of the Society for Imaging Science and Technology: 1991 May 12-17: St. Paul, MN. pp. 571-574.
(57) Fourier Transform Surface-Enhanced Raman Scattering of Langmuir-Blodgett Monolayers on Copper and Gold Island Substrates, C. A. Jennings, G. J. Kovacs, and R. Aroca, Langmuir 9 (8), 2151-2155 (1993).
(58) FT-Raman Spectroscopy of Thin Films of Titanyl Phthalocyanine and Vanadyl Phthalocyanine, C. A. Jennings, R. Aroca, G. J. Kovacs and C. Hsaio, J. Raman Spec. 27, 867-972 (1996).
(59) Red and Infrared Side by Side Semiconductor Quantum Well Lasers Integrated on a GaAs Substrate, D. Sun, D. W. Treat, K. Beernink, R. D. Bringans, and G. J. Kovacs, Appl. Phys. Letters, 73 (3) 1793-1795 (1998).
US Patents
(1) US Patent 4,496,642, Overcoated migration imaging system, Tam; Man C., Kovacs; Gregory J. (1985).
(2) US Patent 4,853,307, Imaging member containing a copolymer of styrene and ethyl acrylate, Tam; Man C., Bloembergen; Steven, Kovacs; Gregory J., Jennings; Carol A., Loutfy; Rafik O., Gardner; Sandra J., Taylor; Michael G. (1989).
(3) US Patent 4,916,470, Image bar with electrochromic switching system, Kovacs; Gregory J., Loutfy; Rafik O. (1990).
(4) US Patent 4,970,130, Xeroprinting process with improved contrast potential, Tam; Man C., Loutfy; Rafik O., Kovacs; Gregory J, (1990).
(5) US Patent 5,102,756, Camera speed printing plate with in situ mask, Vincett; Paul S., Loutfy; Rafik O., Kovacs; Gregory J., Tam; Man C., Forstinger; Ronald, Lesser; Brian D., Pundsack; Arnold L., Rodgers; Christopher, Soden; Philip H. (1992).
(6) US Patent 5,108,861, Evaporated cuprous iodide films as transparent conductive coatings for imaging members, Kovacs; Gregory J., Jennings; Carol A. (1992).
(7) US Patent 5,215,838, Infrared or red light sensitive migration imaging member, Tam; Man C., Meester; Judith P., Aboushaka; Hany M., Loutfy; Rafik O., Kovacs; Gregory J., Jennings; Carol A. (1993).
(8) US Patent 5,240,799, Dual electrode migration imaging members and apparatuses and processes for the preparation and use of same, Kovacs; Gregory J., Lesser; Brian D. (1993).
(9) US Patent 5,330,867, Photogenerating titanyl phthalocyanine and processes thereof, Hsiao; Cheng-Kuo, Hor; Ah-Mee, Mayo; James D., Baranyi; Giuseppa, Kovacs; Gregory J., Bluhm; Terry L., Popovic; Zoran D., Yeung; B. W. Anissa (1994).
(10) US Patent 5,347,303, Full color xerographic printing system with dual wavelength, single optical system ROS and dual layer photoreceptor, Kovacs; Gregory J., Connell; G. A. Neville, (1994).
(11) US Patent 5,355,382, Composite laser array support, Kovacs; Gregory J., Chung; Harlan F., Connell; G. A. Neville, Yingling, Jr.; R. Donald, Donaldson; Rose M., Paoli; Thomas L. (1994).
(12) US Patent 5,373,313, Color xerographic printing system with multiple wavelength, single optical system ROS and multiple layer photoreceptor, Kovacs; Gregory J. (1994).
(13) US Patent 5,444,463, Color xerographic printing system with dual wavelength, single optical system ROS and dual layer photoreceptor, Kovacs; Gregory J., Connell; G. A. Neville, (1995).
(14) US Patent 5,490,160, Method and apparatus for back facet monitoring of multiple semiconductor laser diodes, Kovacs; Gregory J., Yingling, Jr., deceased; Donald R. (1996).
(15) US Patent 5,521,931, Nonmonolithic arrays of accurately positioned diode lasers, Biegelsen; David K., Bringans; Ross D., Yinling, Jr., deceased; R. Donald, Paoli; Thomas L., Taggart; Eva E., Mosby; William J., Kovacs; Gregory J. (1996).
(16) US Patent 5,552,253, Multiple layer photoreceptor for color xerography, Kovacs; Gregory J., Connell; G. A. Neville, Hor; Ah-Mee, Popovic; Zoran D. (1996).
(17) US Patent 5,576,752, Offset mounting of nonmonolithic multiwavelength lasers, Kovacs; Gregory J., Yingling, Jr., deceased; R. Donald, Fisli; Tibor (1996)
(18) US Patent 5,592,281, Development scheme for three color highlight color trilevel xerography, Parker; Delmer G., Kovacs; Gregory J. (1997).
(19) US Patent 5,631,918, Laser diode arrays with close beam offsets, Kovacs; Gregory J., Donaldson; Rose M., Chung; Harlan F., Mosby; William J., Taggart; Eva E., Paoli; Thomas L. (1997).
(20) US Patent 5,638,393, Nonmonolithic multiple laser source arrays, Kovacs; Gregory J. (1997).
(21) US Patent 5,667,568, Hot melt ink compositions, Sacripante; Guerino G., Pontes; Fatima M., Drappel; Stephan V., Paine; Anthony J., Kovacs; Gregory J. (1997).
(22) US Patent 5,688,312, Ink compositions, Sacripante; Guerino G., Pontes; Fatima M., Drappel; Stephan V., Kovacs; Gregory J., Paine; Anthony J. (1997).
(23) US Patent 5,693,128, Phase change hot melt ink compositions, Sacripante; Guerino G., Mayer; Fatima M., Drappel; Stephan V., Paine; Anthony J., Kovacs; Gregory J. (1997).
(24) US Patent 5,700,316, Acoustic ink compositions, Pontes; Fatima M., Sacripante; Guerino G., Drappel; Stephan V., Paine; Anthony J., Kovacs; Gregory J. (1997).
(25) US Patent 5,717,707, Index guided semiconductor laser diode with reduced shunt leakage currents, Beernink; Kevin J., Bour; David P., Paoli; Thomas L., Bringans; Ross D., Kovacs; Gregory J. (1998).
(26) US Patent 5,751,437, Development combination exposure and recharge scheme to eliminate development defects in two pass process color xerocolography, Parker; Delmer G., Kovacs; Gregory J. (1998).
(27) US Patent 5,790,928, Switchable dual wavelength flood lamp for simplified color printing architecture based on xerocolography, Kovacs; Gregory J., Parker; Delmer G. (1998).
(28) US Patent 5,807,652, Process for producing process color in a single pass with three wavelength imager and three layer photoreceptor, Kovacs; Gregory J. (1998).
(29) US Patent 5,837,408, Xerocolography tandem architectures for high speed color printing, Parker; Delmer G., Kovacs; Gregory J. (1998).
(30) US Patent 5,895,738, Extension of xerocolography to full color printing employing additive RGB+ K colors, Parker; Delmer G., Kovacs; Gregory J. (1999).
(31) US Patent 5,932,630, Ink compositions, Kovacs; Gregory J., Georges; Michael K., Pontes; Fatima M., Drappel; Stephan V. (1999).
(32) US Patent 6,028,616, Enhanced color gamut from 2-pass xerocolography with 2-lambda. imager and 2-layer photoreceptor, Kovacs; Gregory J., Parker; Delmer G. (2000).
(33) US Patent 6,051,354, Coated carrier, Veregin; Richard P. N., Allison; Gerald R., Kovacs; Gregory J., Gerroir; Paul J. (2000).
(34) US Patent 6,124,409, Processes for preparing copolymers, Ng; T. Hwee, Mahabadi; Hadi K., Tam; Man C., Kovacs; Gregory J., Peters; Eric M., Loutfy; Rafik O. (2000).
(35) US Patent 6,328,409 B1, Ballistic aerosol marking apparatus for marking with a liquid material, Peeters; Eric, Noolandi; Jaan, Apte; Raj B., Floyd; Philip D., Small; Jonathan A., Kovacs; Gregory J., Lean; Meng H., Volkel; Armin R., Bolte; Steven B., Shi; An-Chang, Endicott; Frederick J., Anderson; Gregory B., Hays; Dan A., Kubby; Joel A., Jackson; Warren B., Berlin; Andrew A., Connell; G. A. Neville (2001).
(36) US Patent 6,340,216 B1, Ballistic aerosol marking apparatus for treating a substrate, Peeters; Eric, Noolandi; Jaan, Apte; Raj B., Floyd; Philip D., Small; Jonathan A., Kovacs; Gregory J., Lean; Meng H., Volkel; Armin R., Bolte; Steven B., Shi; An-Chang, Endicott; Frederick J., Anderson; Gregory B., Hays; Dan A., Kubby; Joel A., Jackson; Warren B., Moffat; Karen A., McAneney; T. Brian, Veregin; Richard P. N., McDougall; Maria N. V., Boils; Danielle C., Szabo; Paul D. (2002).
(37) US Patent 6,416,157 B1, Method of marking a substrate employing a ballistic aerosol marking apparatus, Peeters; Eric, Noolandi; Jaan, Apte; Raj B., Floyd; Philip D., Small; Jonathan A., Kovacs; Gregory J., Lean; Meng H., Volkel; Armin R., Bolte; Steven B., Shi; An-Chang, Endicott; Frederick J., Anderson; Gregory B., Hays; Dan A., Kubby; Joel A., Jackson; Warren B. (2002).
(38) US Patent, 6,454,384 B1, Method for marking with a liquid material using a ballistic aerosol marking apparatus, Peeters; Eric, Noolandi; Jaan, Apte; Raj B., Floyd; Philip D., Small; Jonathan A., Kovacs; Gregory J., Lean; Meng H., Volkel; Armin R., Bolte; Steven B., Shi; An-Chang, Endicott; Frederick J., Anderson; Gregory B., Hays; Dan A., Kubby; Joel A., Jackson; Warren B., Berlin; Andrew A., Connell; G. A. Neville (2002).
(39) US Patent 6,467,862 B1, Cartridge for use in a ballistic aerosol marking apparatus, Peeters; Eric, Noolandi; Jaan, Apte; Raj B., Floyd; Philip D, Small; Jonathan A., Kovacs; Gregory J., Lean; Meng H., Volkel; Armin R., Bolte; Steven B., Shi; An-Chang, Endicott; Frederick J., Anderson; Gregory B., Hays; Dan A., Kubby; Joel A., Jackson; Warren B. (2002).
(40) US Patent 6,511,149 B1, Ballistic aerosol marking apparatus for marking a substrate, Peeters; Eric, Noolandi; Jaan, Apte; Raj B., Floyd; Philip D, Small; Jonathan A., Kovacs; Gregory J., Lean; Meng H., Volkel; Armin R., Bolte; Steven B., Shi; An-Chang, Endicott; Frederick J., Anderson; Gregory B., Hays; Dan A., Kubby; Joel A., Jackson; Warren B. (2003).
(41) US Patent 6,513,909 B1, Method and apparatus for moving ink drops using an electric field and transfuse printing system using the same, Elrod; Scott A., Castelli; Vittorio, Lean; Meng H., Kovacs; Gregory J., Berkes; John S., Roy; Joy, Smith; Donald L., Stearns; Richard G. (2003).
(42) US Patent 6,523,928 B2, Method of treating a substrate employing a ballistic aerosol marking apparatus, Peeters; Eric, Noolandi; Jaan, Apte; Raj B., Floyd; Philip D., Small; Jonathan A., Kovacs; Gregory J., Lean; Meng H., Volkel; Armin R., Bolte; Steven B., Shi; An-Chang, Endicott; Frederick J., Anderson; Gregory B., Hays; Dan A., Kubby; Joel A., Jackson; Warren B., Moffat; Karen A., McAneney; T. Brian, Veregin; Richard P. N., McDougall; Maria N. V., Boils; Danielle C., Szabo; Paul D. (2003).
(43) US Patent 6,593,398 B2, Ink compositions, Breton; Marcel P., Malhotra; Shadi L., Kovacs; Gregory J. (2003).
(44) US Patent 7,264,324 B2, Method and apparatus with vernier technique for registration of ejector module, Kovacs; Gregory J. (2007).
(45) US Patent 7,531,033 B2, Pre-treatment compositions, oil-based ink compositions, and processes for ink-jet recording using pre-treatment compositions and oil-based ink compositions, Kovacs; Gregory J., Breton; Marcel P. (2009).
(46) US Patent 7,571,999 B2, Overcoat compositions, oil-based ink compositions, and processes for ink-jet recording using overcoat and oil-based ink compositions, Kovacs; Gregory J., Breton; Marcel P. (2009).
(47) US Patent 7,780,773 B2, Pre-treatment compositions, oil-based ink compositions, and processes for ink-jet recording using pre-treatment compositions and oil-based ink compositions, Kovacs; Gregory J., Breton; Marcel P. (2010).
(48) US Patent 7,887,176 B2, Imaging on flexible packaging substrates, Kovacs; Gregory Joseph, Ready; Steven E., Denham; Allen W., Floyd, Jr.; Lawrence, Fallon, Jr.; James, Belelie; Jennifer L., Keoshkerian; Barkev, Odell; Peter Gordon, Wagner; Christopher A. (2011).
(49) US Patent 8,123,345 B2, System and method for leveling applied ink in a printer, Kovacs; Gregory Joseph, Pattekar; Ashish, Biegelsen; David K., Swartz; Lars Erik, Belelie; Jennifer L., Odell; Peter Gordon (2012).
US Patent Applications
(1) US Patent Application 2007/0059616 A1, Coated substrate for photoreceptor; Satchidanand, Horgan; Anthony M., Evans; Kent J., Liebermann; George, Hor; Ah-Mee, Fu; Min-Hong Post; Richard L., Carmichael; Kathleen M., Parikh; Satish R., Grabowski; Edward F., Goodman; Donald J., Kovacs; Gregory J. (2007).
(2) US Patent Application 2008/0204538 A1, Printing on corrugated substrates,; Gregory Joseph, Ready; Steven E., Belelie; Jennifer L., Odell; Peter Gordon, Rabbani; Mojgan, Revankar; Shriram V. (2008).
(3) US Patent Application 2009/0255460 A1, Applying a protective coating to marked media in a print engine,; Vittorio, Kovacs; Gregory Joseph (2009).
(4) US Patent Application 2009/0263172 A1, Clear marking material printing to compensate for pile height differential, Kovacs; Gregory Joseph, (2009).
(5) US Patent Application 2009/0274499 A1, Extended zone low temperature non-contact heating for distortion free fusing of images on non-porous material, Kovacs; Gregory J., Pattekar; Ashish V., Biegelsen; David, Swartz; Lars E., Sacripante; Guerino G., McAneney; T. Brian, Zwartz; Edward G. (2009).
(6) US Patent Application 2010/0101716 A1, Apparatus for fixing a radiation-curable gel-ink image on a substrate, Roof; Bryan J., Ready; Steven E., Daniel; Jurgen H., Kovacs; Gregory J. (2010).
(7) US Patent Application 2010/0177151 A1, Method and apparatus for fixing a radiation-curable gel-ink image onto a substrate, Thompson; Michael D., Ready; Steven E., Kovacs; Gregory J. (2010).
(8) US Patent Application 2011/0102491 A1, Cooler For A Printer, Kovacs; Gregory Joseph, Roof; Bryan James, Thompson; Michael D., Caruthers; Edward B., Floyd, Jr.; Lawrence, Rowan; Shawn R. (2011).
(9) US Patent Application 2011/0228024 A1, Inkjet Printing Apparatus, Lang; Joseph Herman, Kovacs; Gregory Joseph, O'Dell; Peter Gordon, Drawe; Jeffrey William (2011).
(10) US Patent Application 2011/0261127 A1, Methods of leveling ink on substrates and apparatuses useful in printing, Kovacs; Gregory J., Ready; Steven E., Biegelsen; David K., Swartz; Lars E., Paulson; Christopher, (2011).
(11) US Patent Application 2011/0262659 A1, Methods of leveling ink on substrates using flash heating and apparatuses useful in printing, Domoto; Gerald A., Kladias; Nicholas P., Drappel; Stephan, Kovacs; Gregory J, Roof; Bryan J., Knapp; Stephen T. (2011).
European Patents
(1) EP 0 430 703 B1, Xeroprinting process, Tam, Man C.; Loutfy, Rafik O.; Kovacs, Gregory J. (1994).
(2) EP 0 601 758 B1, Color xerographic printing system with multiple wavelength, single optical system ROS and multiple layer photoreceptor, Kovacs, Gregory J.; Connell, Neville G. A. (1997).
(3) EP 0 606 141 B1, Dual electrophotographic color printing with ROS and dual layer photoreceptor, Kovacs, Gregory J.; Connell, Neville G. A. (1998).
(4) EP 0 584 698 B1, Electrophotographic imaging member comprising titanyl phthalocyanine and process for producing the same, Hsiao, Cheng-kuo; Hor, Ah-mee; Mayo, James D.; Baranyi, Giuseppa; Kovacs, Gregory J.; Bluhm, Terry L.; Popovic, Zoran D.; Yeung, Anissa B. W. (1999).
(5) EP 0 805 192 B1, Ink compositions, Kovacs, Gregory J. Georges, Michael K.; Mayer, Fatima M.; Drappel, Stephan V. (2001).
(6) EP 0 903 643 B1, Full color xerographic printing system, Parker, Delmer G; Kovacs, Gregory J. (2003).
(7) EP 0 854 177 B1, Ink compositions, Sacripante, Guerino G.; Mayer, Fatima M.; Drappel, Stephen V.; Paine, Anthony J.; Kovacs, Gregory J. (2004).
(8) EP 0 898 208 B1, Xerographic printing system, Parker, Delmer G.; Kovacs, Gregory J. (2004).
(9) EP 0 990 523 B1, Ballistic aerosol marking apparatus, Peeters, Eric; Noolandi, Jaan; Apte, Raj B.; Floyd, Philip D.; Small, Jonathan A.; Kovacs, Gregory J.; Lean, Meng H.; Volkel, Armin R.; Bolte, Steven B.; Shi, An-chang; Endicott, Frederick J.; Anderson, Gregory B.; Hays, Dan A.; Kubby, Joel A.; Jackson, Warren B.; Moffat, Karen A.; McAneney, Brian T.; Veregin, Richard P. N.; McDougall, Maria N.V.; Boils, Danielle C.; Szabo, Paul; Berlin, Andrew A.; Connell, Neville G. A. (2007).
European Patent Applications
(1) EP 0 661 786 A2, Laser diode arrays with close beam offsets, Kovacs, Gregory J.; Donaldson, Rose M.; Chung, Harlan F.; Mosby, William J.; Taggart, Eva E.; Paoli, Thomas L (1995).
(2) EP 0 661 786 A3, Laser diode arrays with close beam offsets, Kovacs, Gregory J.; Donaldson, Rose M.; Chung, Harlan F.; Mosby, William J.; Taggart, Eva E.; Paoli, Thomas L. (1995).
(3) EP 0 972 651 A1, Image enhancing compositions, Kovacs, Gregory J.; Sprague, Robert A.; Malhotra, Shadi L.; Naik, Kirit N.; Lesani, Fereshteh; Boils, Danielle C.; Mayo, James D.; Drappel, Stephan V. (2000).
(4) EP 2 110 256 A1, Applying a protective coating to marked media in a print engine, Castelli, Vittorio; Kovacs, Gregory J. (2009).
(5) EP 2 179 856 A1, Method for fixing a radiation-curable ink image on a substrate, Roof, Bryan J.; Ready, Steven E.; Daniel, Jurgen H.; Kovacs, Gregory J. (2010).
(6) EP 2 206 606 A1, Method and apparatus for fixing a radiation-curable gel-ink image onto a substrate, Thompson, Michael; Ready, Steven E.; Kovacs, Gregory J. (2010).
Japanese Patents
(1) JP3239960, INFRARED OR RED RAY-SENSITIVE PARTICLE TRANSFER IMAGE-FORMING MEMBER, Tam, Man C.; Meester, Judith P.; Aboushaka, Hany M.; Loutfy, Rafik O.; Kovacs, Gregory J.; Jennings, Carol A. (2001).
(2) JP3310425, MULTI-WAVELENGTH AND ROS FOR SINGLE OPTICAL SYSTEM AND COLOR XEROGRAPHIC PRINT SYSTEM WITH MULTI-LAYERED PHOTOSENSITIVE BODY, Kovacs, Gregory J. (2002).
(3) JP2003218471, METHOD OF GENERATING LASER DIODE, Kovacs, Gregory J.; Donaldson, Rose M.; Chung, Harlan F.; Mosby, William J.; Taggart, Eva E.; Paoli, Thomas L. (2003).
(4) JP3476568, NON-MONOLITHIC ARRAY OF ACCURATELY POSITIONED DIODE LASER, Biegelsen, David K.; Bringans, Ross D.; Yinling, Donald R.; Paoli, Thomas L.; Taggart, Eva E.; Mosby, William J.; Kovacs, Gregory J. (2003).
(5) JP3708148, LASER ARRAY, Kovacs, Gregory J.; Yingling Jr., Donald R.; Fisli, Tibor (2005).
Japanese Patent Applications
(1) JP01230048, IMAGE FORMING MEMBER CONTAINING STYRENE-ETHYL ACRYLATE COPOLYMER, Tam, Man C.; Bloembergen, Steven; Kovacs, Gregory J.; Jennings, Carol A.; Loutfy, Rafik O.; Gardner, Sandra J.; Taylor, Michael G. (1989).
(2) JP02173771, IMAGE BAR FORMED BY USING ELECTROCHROMIC SWITCHING SYSTEM, Kovacs, Gregory J.; Loutfy, Rafik O. (1990).
(3) JP03264978, XEROGRAPHIC PRINTING METHOD, Tam, Man C.; Loutfy, Rafik O.; Kovacs, Gregory J. (1991).
(4) JP05216248, INFRARED OR RED RAY-SENSITIVE PARTICLE TRANSFER IMAGE-FORMING MEMBER, Tam, Man C.; Meester, Judith P.; Aboushaka, Hany M.; Loutfy, Rafik O.; Kovacs, Gregory J.; Jennings, Carol A. (1993).
(5) JP06095409, LAMINATED IMAGE FORMING MEMBER, Hsiao, Cheng-kuo; Hor, Ah-mee; Mayo, James D.; Baranyi, Giuseppa; Kovacs, Gregory J.; Bluhm, Terry L.; Popovic, Zoran D.; Yeung, Anissa B. W. (1994).
(6) JP06208274, COLOR XEROGRAPHY PRINTING DEVICE USING TWO WAVELENGTH SINGLE OPTICAL SYSTEM ROS AND TWO-LAYERED PHOTORECEPTOR, Kovacs, Gregory J.; Connell, Neville G. A. (1994).
(7) JP06214447, MULTI-WAVELENGTH AND ROS FOR SINGLE OPTICAL SYSTEM AND COLOR XEROGRAPHIC PRINT SYSTEM WITH MULTI-LAYERED PHOTOSENSITIVE BODY, Kovacs, Gregory J. (1994).
(8) JP06236097, FULL-COLOR XEROGRAPHIC PRINTING SYSTEM PROVIDED WITH DOUBLE WAVELENGTH SINGLE OPTICAL SYSTEM ROS AND DOUBLE LAYER PHOTOSENSITIVE BODY, Kovacs, Gregory J.; Connell, Neville G. A. (1994).
(9) JP10036742, HOT-MELT INK COMPOSITION AND PRINTING WITH THE INK, Kovacs, Gregory J.; Georges, Michael K.; Pontes, Fatima M.; Drappel, Stephan V. (1998).
(10) JP10204360 INK COMPOSITION AND PRINTING PROCESS, Sacripante, Guerino G.; Mayer, Fatima M.; Drappel, Stephan V.; Paine, Anthony J.; Kovacs, Gregory J. (1998).
(11) JP10207166, FULLCOLOR IMAGE FORMING DEVICE, Parker, Delmer G.; Kovacs, Gregory J. (1998).
(12) JP11109705, COLOR IMAGE GENERATING METHOD, Parker, Delmer G.; Kovacs, Gregory J. (1999).
(13) JP11109710, COLOR PRINTING IMAGE FORMING METHOD, Parker, Delmer G.; Kovacs, Gregory J. (1999).
(14) JP11167242, METHOD FOR REALIZING PROCESS PRINTING BY SINGLE PASS USING THREE-WAVELENGTH IMAGING DEVICE AND THREE-LAYER PHOTORECEPTOR, Kovacs, Gregory J. (1999).
(15) JP11194577, METHOD FOR FORMING PROCESS COLOR IMAGE, Gregory, Kovacs J.; Parker, Delmer G. (1999).
(16) JP2000108400, DEVICE AND METHOD FOR PRINTING BY TRAJECTORY AEROSOL, Peeters, Eric; Noolandi, Jaan; Apte, Raj B.; Floyd, Philip D.; Small, Jonathan A.; Kovacs, Gregory J.; Lean, Meng H.; Volkel, Armin R.; Bolte, Steven B.; Shi, An-chang; Endicott, Frederick J.; Anderson, Gregory B.; Hays, Dan A.; Kubby, Joel A.; Jackson, Warren B.; Karen, Moffat A.; Mcaneney, Brian T.; Veregin, Richard P. N.; Mcdougall V, Maria N.; Boils, Danielle C.; Paul, Szabo D.; Andrew, Berlin A.; Neville, Connell G. A. (2000).
(17) JP2000198267, COMPOSITION FOR IMAGE QUALITY ENHANCEMENT, Kovacs, Gregory J.; Sprague, Robert A.; Malhotra, Shadi L.; Naik, Kirit N.; Lesani, Fereshteh; Daniel, Boyles C.; Mayo, James D.; Drappel, Stephan V. (2000).
(18) JP3456666, FULL-COLOR XEROGRAPHIC PRINTING SYSTEM PROVIDED WITH DOUBLE WAVELENGTH SINGLE OPTICAL SYSTEM ROS AND DOUBLE LAYER PHOTOSENSITIVE BODY, Kovacs, Gregory J.; Connell, Neville G. A. (2003).
(19) JP2004274085, LASER DIODE ARRAY, Kovacs, Gregory J.; Donaldson, Rose M.; Chung, Harlan F.; Mosby, William J.; Taggart, Eva E.; Paoli, Thomas L., Gregory J. (2004).
(20) JP2006168371, METHOD AND DEVICE HAVING VERNIER TECHNIQUE FOR ORIENTING EJECTOR MODULE, Kovacs, Gregory J. (2006).
(21) JP2008263238, LASER DIODE ARRAY, Kovacs, Gregory J.; Donaldson, Rose M.; Chung, Harlan F.; Mosby, William J.; Taggart, Eva E.; Paoli, Thomas L. (2008).
(22) JP2009179057, SYSTEM AND METHOD FOR EQUALIZING INK APPLIED IN PRINTER, Kovacs, Gregory J.; Pattekar, Ashish; Biegelsen, David K.; Swartz, Lars Erik; Belelie, Jennifer L.; Odell, Peter G.. (2009).
(23) JP2009255572, COATING METHOD OF PROTECTIVE COATING TO PRINTING MEDIUM IN PRINTING ENGINE, Castelli, Vittorio; Kovacs, Gregory J. (2009).
(24) JP2010100056, PRINTING METHOD USING RADIATION-CURABLE INK, Roof, Bryan J.; Ready, Steven E.; Daniel, Jurgen H.; Kovacs, Gregory J. (2010).
(25) JP2011110937, COATING FOR INKJET PRINTHEAD FRONT FACE, INKJET PRINTHEAD AND PRINTER, Kovacs, Gregory J.; Law, Kock-yee; Zhao, Hong; Sambhy, Varun. (2011).
(26) JP2011224994, METHOD OF LEVELING INK ON SUBSTRATE AND APPARATUS USEFUL IN PRINTING, Kovacs, Gregory J.; Ready, Steven E.; Biegelsen, David K.; Swartz, Lars-erik; Paulson, Christopher (2011).
(27) JP2011224995, METHOD OF LEVELING INK ON SUBSTRATE USING FLASH HEATING AND APPARATUS USEFUL IN PRINTING, Domoto, Gerald A.; Kladias, Nicholas; Drappel, Stephan V.; Kovacs, Gregory J.; Roof, Bryan J.; Knapp, Stephen T. (2011).
Contact this candidate