Recent Progress in Ink Jet Technologies II
Eric Hanson, Editor; Series Editor: Reiner Eschbach
1999
ISBN / ISSN: 0-89208-220-8
614 pages
This publication is out of print.
This is a companion to the earlier volume of Recent Progress in Ink Jet Technologies, and contains papers collected from the society's journals and from various conference proceedings. It is intended to give the professinoal an up-to-date look at current research in inkjet technology in industry and academia.
© 1999, The Society for Imaging Science and Technology
Chapter I: General
Chapter II: Thermal Ink Jet
- Aerodynamic Effect on Ink Jet Main Drop and Satellite Dot Placement
Shen Wang; Hewlett-Packard Co. pages 29-32.
- Nucleation Quality and Bubble Momentum and Their Effect on Droplet Velocity and Stability
Robert Cornell; Lexmark International Inc. pages 33-38.
- Long-Stable Jetting on Thermal Ink Jet Printers
Naoki Morita, Kazunori Onishi, Masashi Hiratsuka, Masaki Kobayashi, and Harumi Tamura; NMD/PDS, Fuji Xerox Co., Ltd. (Japan) pages 39-42.
- Thermal Inkjet: Meeting the Applications Challenge
Rob Beeson; Hewlett Packard Company pages 43-46.
- A Customer-Oriented Productivity Model for Thermal Ink-Jet Printers
Peter A. Torpey and Mehmet Z. Sengun; Xerox Corporation, Ink Jet Business Unit pages 47-52.
- A New Diamond Micro Heater for Inkjet Printheads
Eberhard P. Hofer, C. Maier, C. Rembe, S. aus der Wiesche, E. Kohn*, M. Adamschik*, and P. Gluche*; Dept. of Measurement, Control and Microtechnology, University of Ulm *Dept. of Electron Devices and Circuits, University of Ulm pages 53-56.
- Lexmark Inkjet Thickfilm Processes
J.F. Sullivan and G.R. Williams; Lexmark International Inc. pages 57-60.
- The Effect of Various Sputtering Parameters on Ta Phase Formation Using an I-Optimal Experimental Design
Charles S. Whitman; Lexmark International Inc. pages 61-65.
- Materials Selection and Evaluation for the Lexmark 7000 Printhead
James M. Mrvos and Ashok Murthy; Lexmark International Inc. pages 66-69.
- Optimal Design of Desktop Photo Printing Systems
Evan Smouse; Inkjet Components Business Unit, Hewlett-Packard Co. pages 70-74.
- BJ Card Printer with 4-inch Print Head
Hiroo Ichihasi and Takao Miyashiro; Canon Aptex, Inc. pages 75-78.
- Home Photographic Printing with Inkjet Technology
Frank Bockman; Color and Image Science, Home Imaging Divison, Hewlett-Packard Co. pages 79-83.
- Measurement of the Thermal Response of Inkjet Printheads using Infrared Thermography
Richard H. Berg; Xerox Corporation, Ink Jet Supplies Business Unit pages 84-88.
- Effects of Geometry on the Drop Volume Sensitivity to Temperature in TIJ Printheads
E. Mariano Freire; Xerox Corporation pages 89-92.
- The Top 10 Breakthroughs in Thermal Ink Jet Technology
Cheryl Katen; Hewlett-Packard Company pages 93-98.
- Significance of Inertance and Resistance in Fluidics of Thermal Ink-jet Transducers
Narayan V. Deshpande; Wilson Center for Research and Technology, Xerox Corporation pages 98-102.
- Realcinematographic Visualization of Droplet Ejection in Thermal Ink Jets
Christian Rembe, Joachim Patzer, Eberhard P. Hofer, and Peter Krehl*; Department of Measurement, Control and Microtechnology, University of Ulm *Ernst-Mach-Institut der Fraunhofer Gesellschaft pages 103-107.
- A Theoretical and Experimental Examination of Thermal Ink Jet Nucleation Criteria
Robert Cornell; Lexmark International, Inc. pages 108-113.
- Ink Jet Printing with Large Pagewide Arrays: Issues and Challenges
Ross R. Allen; Printing Technology Department, Hewlett Packard Laboratories pages 114-120.
- High-quality Imaging Technologies for Color Bubble Jet Printers
Makoto Torigoye; BJ Printing System Development Center, Canon, Inc. pages 121-123.
Chapter III: Piezoelectrically Driven Ink Jet
- Measurement of the Displacement of a Shear Mode Piezoelectric Transducer using Laser Doppler Vibrometer
Yong Zhou; Spectra, Inc. pages 125-128.
- A Drop on Demand Ink Jet Printhead for a Wide Range of Applications
Joachim Kretschmer, Carsten Tille*, and Ingo Ederer*; Pelikan Produktions AG *Technical University of Munich pages 129-133.
- A New Compact High Resolution Solid Ink Print Head and its Application to a Plate Making Printer
Nobuhiro Noto, Takuji Torii, Shigenori Suematsu, and Kenichi Kugai; Hitachi Koki Co., Ltd. (Japan) pages 134-137.
- Interaction between Surface of a Master Cylinder and Ink Jet Imaging for Computer-to-Press Applications
Arved Carl Hubler, Magdy Abd El Kader, Frank Hempel, and Andreas Maurer; Chemnitz Technical University pages 138-140.
- High Quality Imaging System for Color Inkjet Printer Using Piezoelectric Print Head
Kazumichi Shimada; Seiko Epson Corp. (Japan) pages 141-143.
- Large Format Ink-Jet Productivity: Challenges & Solutions
Joseph Kaplan; Idanit Technologies Ltd. pages 144-146.
- A Coupled Field Analysis of an Ink Jet Printhead with Shear Mode Piezo Transducer
Yong Zhou; Spectra, Inc. pages 147-150.
- Function and Performance of a Shear Mode Piezo Printhead
Gerhard Beurer and Joachim Kretschmer*; Modular Ink Technology, Technology Jarfalla *Pelikan Produktions AG, Inkjet Technology pages 151-155.
- Design Parameters of a Shear Mode Piezo Printhead for a Given Resolution
Joachim Kretschmer and Gerhard Beurer*; Pelikan Produktions *Modular Ink Technology, Techology Jarfalla pages 156-162.
- Ink Manifold Design of Phase Change Piezoelectric Ink Jets
Sharon S. Berger, Ronald F. Burr, James D. Padgett and David A. Tence; Tektronix, Inc., Color Printing and Imaging Division pages 163-168.
- Automated Optimization Techniques for Phase Change Piezoelectric Ink Jet Performance Enhancement
Paul A. Gilmore, Sharon S. Berger*, Ronald F. Burr*, and John A. Burns#; National Science Foundation *Color Printing and Imaging Division, Tektronix, Inc. #Airforce Center for Optimal Design and Control, Virginia Polytechnical Institute and State University pages 169-174.
- Modeling the Offset Solid-Ink Printing Process
Trevor Snyder and Steve Korol; Tektronix, Inc., Color Printing and Imaging Division pages 175-181.
- Dry Digital Medical Imaging with Phase Change Ink Jet
C. Wayne Jaeger, Jule W. Thomas, Jr.*, Mark H. Tennant*, and Bernard A. Apple*; Tektronix, Inc. *Sterling Diagnostic Imaging pages 182-184.
- Photorealistic Ink-jet Printing through Dynamic Spot Size Control
David B. Wallace, Virang Shah, Donald J. Hayes, and Michael Grove; MicroFab Technologies, Inc. pages 185-191.
- Multiple Dot Size Fluidics for Phase Change Piezoelectric Ink Jets
Ronald F. Burr, David A. Tence, and Sharon S. Berger; Color Printing and Imaging Division, Tektronix, Inc. pages 192-198.
- Development of the New MACH (MACH with MLChips)
Minoru Usui; Seiko Epson Corporation (Japan) pages 199-202.
- Scaling of Piezoelectric Drop-on-Demand Jets for High Resolution Applications
Marlene McDonald; Spectra, Inc. pages 203-206.
Chapter IV: Continuous Ink Jet
- Impact on Droplet Placement on Paper by the Level of Drop Flight Stability in a Continuous Ink Jet
Lars Palm and Johan Nilsson; Department of Electrical Measurements, Lund Institute of Technology pages 207-213.
- Fabrication and Characterization of Silicon Micromachines Nozzles for Continuous Ink Jet Printers
L. Palm, L. Wallman, T. Laurell, and J. Nilsson; Dept. of Electrical Measurements, Lund Institute of Technology pages 214-217.
- Modeling of Liquid Jet Break-up and Drop Formation
A. Soucemarianadin, P. Pierron, M. Normandin, J.R. Clermont and P. Attane; Laboratoire de Rheologie-CNRS & University J. Fourier (France) pages 218-222.
- Break-up of a Liquid Jet Induced by Non-Sinusoidal Perturbations
A. Soucemarianadin, A. Kalaaji, B. Lopez, and P. Attane; Laboratoire de Rheologie-CNRS & University J. Fourier (France) pages 223-227.
- Two-Mode EHD Stimulation of a Continuous Jet: Generation of Drops and Satellites
B. Barbet*,#, P. Atten#, and A. Soucemarianadin*,**; *TOXOT Science & Applications, IMAJE Group #LEMD, CNRS & University J. Fourier **Laboratoire de Rheologie, CNRS & University J. Fourier (France) pages 228-234.
- Capillary Instability of a Jet Induced by Surface Tension Modulations
B. Barbet*,#, P. Atten#, and A. Soucemarianadin*,**; *TOXOT Science & Applications, IMAJE Group #LEMD, CNRS & University J. Fourier **Laboratoire de Rheologie, CNRS & University J. Fourier pages 235-239.
- The Role of Nozzle Geometry on the Break-up of Liquid Jets
B. Lopez*, A. Soucemarianadin*,#, and P. Attane*; *Laboratoire de Rheologie, CNRS & University J. Fourier #TOXOT Science & Applications, IMAJE Group pages 240-245.
- Continuous Ink Jet Technology
John M. Schneider; Scitex Digital Printing, Inc. pages 246-251.
- Electrical Properties of the Drop Formation of a Continuous Ink Jet
Johan Nilsson and Lars Palm; Department of Electrical Measurements, Lund Institute of Technology pages 252-256.
Chapter V: Alternative Ink Jet
- A New Method for Recording Tone Images by Electrostatically Extracted Ink Jet
Kazuhisa Matsuo, Toshimi Katayama*, and Takehiko Tomikawa#; Department of Computer Science and Engineering, Fukuoka Institute of Technology *Department of Computer System Engineering, Fukuoka Institute of Technology #Department of Electric Engineering, Kanagawa Institute of Technology pages 257-262.
- High Definition Ink-Jet Printing: 10-20 μm Dots Eject Out of an Injection Needle
Teruo Murakami, Shuzo Hirahara, Hitoshi Nagato, and Yuko Nomura; Research & Development Center, Toshiba Corporation pages 263-266.
- High Definition Ink-Jet Printing: A Study of a Printing Head Construction
Takeo Miki, Masashi Hiroki and Yuka Yamaguchi; Multimedia Engineering Laboratory, Toshiba Corporation pages 267-270.
- Analysis of Thread-State Liquid Jet
Shuzo Hirahara; Research & Development Center, Toshiba Corporation pages 271-274.
- Ink Jet Printing with Focused Ultrasonic Beams
Isao Amemiya, Hitoshi Yagi, Kenichi Mori, Noriko Yamamoto, Shiro Saitoh, Chiaka Tanuma and Shuzo Hirahara; Research and Development Center, Toshiba Corporation pages 275-279.
- Flight Stability of Droplets in an Electrostatic Ink-Jet Printer
Shogo Matsumoto, Tomohiro Inoue, Junichi Matsuno, Nobuhiro Harada* and Kiyosi Sano*; Mechanical Engineering Research Laboratory, Hitachi, Ltd. *Home Appliances Division, Hitachi Ltd. pages 280-285.
- ESIJET™ Printing Technology
Ross N. Mills; Imaging Technology International Corporation pages 286-290.
Chapter VI: Ink and Media
- Effects of Polymeric Additives on Vapor Bubble Dynamics in Thermal Ink Jet Printing
John Meyer, Alexander V. Bazilevsky*, and Aleksey N. Rozhkov*; Hewlett Packard *Institute for Problems in Mechanics of Russian Academy of Sciences pages 291-294.
- Dynamics of Droplet Forming in Ink Jet Printer
Kenji Suzuki, Ken'ichi Koseki and Takeshi Amari; Chiba University (Japan) pages 295-298.
- Fine Particle Pigment Concentrations for Ink Jet Printing Inks
H.P. Hauser and Niklaus Buhler; Pigments Division, Ciba Specialty Chemicals, Inc. pages 299-301.
- Optimization of Inkjet Inks Using Nonlinear Programming
Walter Wnek and Brian R. Johnson; American Ink Jet Corporation pages 302-305.
- Novel Black Colorants for Ink Jet Applications
Wolfgang Bauer, Josef Geinsenberger, Heidemarie Menzel, and Reinhard Pedrazzi; Clariant GmbH *Clariant Ltd. pages 306-309.
- Investigation of the Applicational Properties of Carbon Blacks used in Pigmented Ink Jet Inks
Andreas Stubbe, Alfons Kark and Werner Kalbitz; Degussa AG pages 310-313.
- UV Curable, Aqueous Ink Jet Ink: Materials Design and Performance for Digital Printing
Hiromichi Noguchi; Laboratory of Recording Technologies, Canon, Inc. pages 314-317.
- Developing Custom Colors in Hot Melt Jet Inks
Linda Creagh-Dexter and Mary D. Kollar; Spectra, Inc. pages 318-320.
- Photochemical Studies on the Lightfastness of Ink-Jet Systems
Rolf Steiger and Piere-Alain Brugger; Ilford Imaging Switzerland GmbH pages 321-324.
- The Problem of Catalytic Fading with Ink-Jet Inks
P. Doll, F. Shi, S. Kelly, and W. Wnek; American Ink Jet Corporation pages 325-328.
- The Influence of Media on the Light Fading of Ink Jet Prints
Aidan J. Lavery, J.R. Provost, Alison Sherwin, and Janette Watkinson; Zeneca Specialist Colours pages 329-334.
- Effects of Mordant Type and Placement in Inkjet Reciever Performance
Lori Shaw-Klein; Eastmank Kodak Company pages 335-339.
- Elucidating PVP Dye-Binding Mechanisms in Ink Jet Media
Jerry R. Pinto and John C. Hornby; International Specialty Products pages 340-344.
- Photoquality PQ and Durability Constraints For Inkjet Media
Steve Sargeant, Tao Chen and Bharti Parikh; Arkwright Incorporated, Research and Development pages 345-348.
- Ink Jet Coatings for Pigmented Inks
Paul C. Adair; Brady USA, Inc. pages 349-352.
- A New Quick-Drying, High-Water-Resistant Glossy Ink Jet Paper
Kenzo Kasahara; Central Research Laboratory, Konica Corporation pages 353-355.
- The Development of Ink Jet Media for Outdoor Applications
Bruce M. Klemann; Brady USA, Inc. pages 356-359.
- Characterizing and Modeling Coalescence in Inkjet Printing
Nathan Jones, Steve Sargeant, Kristina Sargeant, Ming-Kai Tse*, and John C. Briggs*; Arkwright, Inc. *QEA, Inc. pages 360-365.
- Coloration Systems for Ink Jet Printing of Textiles
Wayne C. Tincher, Hu Qiang, Xiaofei Li, Yingnan Tian, and Jianming Zeng; Georgia Institute of Technology pages 366-369.
- Organic, Cationic, Sub-Micron Particles for Ink Jet Paper Coatings
Horimichi Noguchi, Yuki Sato, Satoru Fujii*, Ryozo Hama*, Masahiro Satoh# and Masayuki Yamagishi#; Canon Inc. *Nagase Chemicals Ltd. #Soken Chemical & Engineering Co., Ltd. pages 370-374.
- Cross-Linked Ink Jet Layers of Gelatin/Polyvinylalcohol Mixtures
Ralf Poerschke and Andreas Stumpf*; DGF Stoess AG (Germany) *Kind and Knox Gelatin Inc. (USA) pages 375-377.
- The Development of Receiving Coatings for Inkjet Imaging Applications
Shengmei Yuan, Steven Sargeant, Joshua Rundus, Nathan Jones, and Khanh Nguyen; Arkwright, Inc., Research and Development pages 378-382.
- SIMS Studies of Ink Jet Media
Jerry Pinto and Mark Nicholas*; International Speciality Products *Evans East pages 383-389.
- Ink Jet Media Structure in Correlation to Product Performance
Hans-Peter Stockkamp; DuPont de Nemours Deutschland GmbH, Printing & Publishing pages 390-392.
- Interactions of Ink Jet Inks with Ink Jet Coatings
Axel Niemoller and Andre Becker; Sihl R&D/Digital Printing and Imaging pages 393-399.
- Color-Media Interactions in Ink Jet Printing
Aidan Lavery and John Provost; Zeneca Specialties pages 400-405.
- Media Optimization for Solid Ink Jet Printing Systems
Steve Korol and Roberta Stinson; Tektronix Color Printing and Imaging Division pages 406-412.
- Parameters Influencing Ink/Envelope Interaction and Bristow Absorption
Judith Auslander, Robert Cordery, and Clause Zeller; Pitney-Bowes, Inc. pages 413-418.
- Permanence of Ink-jet Prints: A Multi-Aspect Affair
M. Fryberg, R. Hofmann, and P.A. Brugger; Ilford AG pages 419-423.
- Recent Advances in Inkjet Ink Technologies
Alan L. Hudd and James E. Fox; Xennia Technology Ltd. pages 424-429.
- Ink Systems for the Xaar Ink Jet Printhead
John D. Schofield; Zeneca Specialties pages 430-434.
- Polymer Grafted Carbon Black with High Dispersibility and Stability for Ink Jet Printers
Nobuyuki Ando and Manabu Tekeuchi; Department of Electrical and Electronic Engineering, Ibaraki University pages 435-438.
- Surface-Modified Black Pigments for Industrial Inkjet Ink Applications
Joseph E. Johnson and Gaye L. Bok; Inkjet Colorants Division, Cabot Corporation pages 439-443.
- Properties of Inks Containing Novel Lightfastness Additives
Connie Lee, John Urlaub, Alison S. Bagwell*, J. Gavin MacDonald*, and Ronald S. Nohr*; Formulabs, Inc. *Kimberly-Clark Corporation pages 444-446.
- Particle Size Effects in Pigmented Inkjet Inks
D.E. Bugner and A.D. Bermel; Eastman Kodak Company pages 447-449.
- Effects of Polymeric Additives on Thermal Ink Jets
John D. Meyer, Alexander Bazilevsky*, and Aleskey N. Rozhkov*; Hewlett-Packard Labs *Russian Academy of Sciences pages 450-455.
- Color and Structure of Molecules of Some Derivaties of Thiazolidone and 1,3-Thiazane
Myroslav M. Orlynski, Marija W. Wistak, and Christina M. Orlynska; Lviv Medical Institute, Department of Organic and Bioorganic Chemistry pages 456-458.
- Surface Modification of Black Pigments: A Novel Approach for Advancing Black Pigment Performance in Imaging Systems
Joseph E. Johnson; Ink Jet Colorants Division, Cabot Corporation pages 459-461.
- Rapid Drying and Low Feathering in a Plain Paper Ink-jet Printer
Masao Mitani, Kazuo Shimizu, and Katsunori Kawasumi; Katsuta Research Lab., Hitachi Koki Co., Ltd. (Japan) pages 462-465.
- Steady State Curl Due to Ink Jet Printing
Lawrence Agbezuge, Arthur Gooray, and Leonard Carreira; Xerox Corporation pages 466-470.
- An Investigation of Block Transfer in Phase Change Inks
Michael B. Meinhardt; Color Printing and Imaging Division, Tektronix, Inc. pages 471-473.
- Magenta Dyes for Ink Jet Applications
Wolfgang Bauer, Dieter Baumgart, and Walter Zoller; Hoeschst Aktiengesellschaft pages 474-480.
- Colorant Selection for Commerical Ink Jet Print Technologies
John Presgrave and John Provost; Zeneca Speciality Colours pages 481-485.
- Wetting and Absorption Characteristics of Ink Jet Paper
Yun-Long Pan and Sen Yang; Champion International Corporation pages 486-490.
- Gelatine: A Material for Ink Jet Coatings
Ralf Porschke and John Dolphin*; Deutsche Gelatine-Fabriken Stoess AG (Germany) and *Kind & Knox Gelatine, Inc. (USA) pages 491-492.
- Silica Pigment Porosity Effects on Color Ink Jet Printability
Michael C. Withiam; J.M. Huber Coporation, Chemicals Division pages 493-501.
- Wilhelmy Balance Measurement of Absorbing Surfaces: Applications to Inkjet Receptors
David W. Tweeten and Subodh K. Kulkarni; 3M Company pages 502-502.
Chapter VII: Print and Image Quality
- Optical Effects of Ink Spread and Penetration of Halftones Printed by Thermal Ink Jet
J.S. Arney and Michael Alber; Rochester Institute of Technology pages 503-507.
- Modeling the Yule-Nielsen Effect on Color Halftones
J.S. Arney, Tuo Wu and Christine Blehm; Rochester Institute of Technology, Center for Imaging Science pages 508-514.
- Automated Print Quality Analysis for Inkjet Printing: A Case Study of Commercially Available Media
Ming-Kai Tse and Alice H. Klein; QEA, Inc. pages 515-519.
- Significance of Paper Properties on Print Quality in CIJ Printing
Ulf Lindqvist and Jali Heilmann; VTT Information Technology pages 520-524.
- Print Quality Analysis as a QC Tool for Manufacturing Inkjet Printheads
David J. Forrest, John C. Briggs, Ming-Kai Tse, and Steven H. Barss*; QEA, Inc. *Spectra, Inc. pages 525-529.
- Image Prediction by an Inkjet Printing Simulator
Atsushi Ushiroda and Takeshi Makita; Product Development Headquarters, Canon, Inc. pages 530-533.
- The Splashing of Ink Drops in CIJ Printing
Anne Mahonen, Matti Kuusisto, Ulf Lindqvist, and Ritta Nyrhila; VTT Information Technology pages 534-537.
- Special Print Quality Problems of Ink Jet Printers
Ludwik Buczynski; Warsaw University of Technology, Mechatronic Department pages 538-544.
Chapter VIII: Textile Printing
- Challenges of Pigmented Textile Printing
Ray A. Work, III; DuPont Ink Jet Inks pages 545-547.
- Measuring Print Quality of Digitally Printed Textiles
Ming-Kai Tse, John C. Briggs, Yong K. Kim*, and Armand F. Lewis*; QEA, Inc. *Textile Sciences Department, University of Massachusetts pages 548-554.
- Digital Printing of Textiles: Obstacles & Overviews
Vince Cahill; IT Strategies, Newhill Technologies, LLC, & The Colorworks pages 555-558.
- Pigment Printing's Role in Ink Jet Textile Printing
Ray A. Work III; DuPont Ink Jet Enterprise pages 559-560.
- Textile Dyes for Thermal Ink Jet Printing
Brad Hunting, Stephen Derby, Raymond Puffer, and Leo Loomie*; New York State Center for Advanced Technology in Automation, Robotics, & Manuracturing and Mechanical Engineering, Aeronautical Engineering & Mechanics Dept., Rennselaer Polytechnic Institute *Artisan Textiles pages 561-567.
- Thermal Ink Jet Printing of Textiles
Brad Hunting, Stephen Derby, Raymond Puffer, and Leo Loomie*; New York State Center for Advanced Technology in Automation, Robotics, and Manufacturing and Mechanical Engineering, Aeronautical Engineering, & Mechanics Department, Rennselaer Polytechnic Institute *Artisan Textiles pages 568-573.
- Speculations on Digital Textile Printing with PZT Printheads
Linda Creagh-Dexter; Spectra, Inc. pages 574-576.
- Systems Integration for Digital Textile Printing
Vincent Cahill; The Colorworks & Newhill Technologies, LLC and IT Strategies pages 577-588.
- Ink Jet Technology for Textile Printing
J.Ph. Stefanini and A. Dunand; TOXOT Science and Applications, Image Group pages 589-592.
- Bubble-Jet (BJ) Textile Printing System
Mitsuru Kuratu, Yasushi Miura and Eiichi Suzuki; Canon, Inc. pages 593-597.
- The Hurdles to the Development of Digital Imaging on Textiles and Strategies for Jumping Them
Vincent Cahill; IT Strategies pages 598-607.