The Journal of Imaging Science and Technology 2000: Vol 44 Index

7 Pages·2000·1.9 MB·English

AUTHOR INDEX
Journal of Imaging Science and Technology—Volume 44 (2000)
Aizawa, J., See Fukumoto, H., 398. Cook, F. L., See Carr, W. W., 423.
Akada, M., See Kamiyama, H., 45. Cowdery, J. R., See Ferrar, W. T., 429.
Allebach, J. P., See Wu, W., 267. Cui, P., See Cao, W., 174.
Analoui, M., See Wu, W., 267. De Keyzer, R., See Charlier, E., 235.
Anderson, J. H., De Keyzer, R., See Hailstone, R. K., 250.
Surface State Analysis of Tribocharging Data: de Ridder, H., See Teeselink, I. K., 552.
Effects of Carbon Blacks, 129. DiFrancesco, A. G., See Obi, N., 219.
Anderson, J. H., DiFrancesco, A. G., See Wen, Z., 257.
A Method for Quantitatively Determining Triboelec- Dlott, D. D., See Koulikov, S. G., 1.
tric Series and Its Application Electrophotography, Dlott, D. D., See Koulikov, S. G., 111.
534. Duan, P., See Peng, W., 223.
Aoki, D., M. Okabe, S. Hikosaka, and E. Inoue Early, E. A., See Buhr, E., 156.
Organic Photosensor in Elgraphy (I): Amplification Ebisu, O., See Seino, K., 523.
of Photocurrent and its Mechanism, 120. Emmel, P., and R. D. Hersch
Aoki, D., M. Kashiwabara, M. Okabe, S. Hikosaka, A Unified Model for Color Prediction of Halftoned
and E. Inoue Prints, 351.
Organic Photosensor in Elgraphy (II): Photoinduced Fairchild, M. D., See Braun, G. J., 343.
Current Amplifying Layer, 179. Feng, J. Q., and D. A. Hays
Balasubramanian, R., Theory of Electric Field Detachment of Charged
Reducing the Cost of Lookup Table Based Color Toner Particles in Electrophotography, 19.
Transformations, 321. Ferrar, W. T., D. S. Weiss, J. R. Cowdery, and L. G.
Baumann, E., R. Hofmann and M. Schaer Parton
Print Performance Evaluation of Ink Jet Media: Ionic Conduction in Sol-Gel Overcoats for Organic
Gamut and Dye Diffusion, 500. Photoreceptors, 429.
Beachner, J., See Mizes, H., 210. Finlayson, G. D., and P. M. Morovic
Bergmann, D., See Buhr, E., 156. Metamer Constrained Color Correction, 295.
Berns, R. S., See Imai, F. H., 280. Fukumoto, H., J. Aizawa, H. Nakagawa, and H.
Blommaert, F. J. J., See Janssen, T. J. W. M., 93. Narumiya
Blommaert, F., See Teeselink, I. K., 552. Printing with Ink Mist Ejected by Ultrasonic Waves,
Braun, G. J., and M. D. Fairchild 398.
General-Purpose Gamut-Mapping Algorithms: Funt, B., See Cardei, V. C., 288.
Evaluation of Contrast-Preserving Rescaling Func- Geuens, I., See Charlier, E., 235.
tions for Color Gamut Mapping, 343. Gijbels, R., See Charlier, E., 235.
Buhr, E., D. Bergmann, E. A. Early, and T. R. O’Brian Grande, M. L., See Nash, R. J.., 514.
Intercomparison of Visual Diffuse Transmission Ha, Y.-H., See Lee, C.-S., 68.
Density Measurements, 156 Ha, Y.-H., See Lee, C.-H., 308.
Biiring, H., See Herzog, P. G., 334. Hailstone, R. K., See Obi, N., 219.
Cao, W., P. Cui and R. Wang Hailstone, R. K., D. Vandenbroucke and R. De
A New Photoimaging System Based on Keyzer
Bisdiazonium Salts and Anionic Polyelectrolytes, Effect of Deep Electron Traps on Contrast in AgCl
174. Emulsions, 250.
Cardei, V. C., and B. Funt Hailstone, R. K., See Wen, Z., 257.
Color Correcting Uncalibrated Digital Images, 288. Hakomori, M., See Maeda, S., 410.
Carlsson, M., See Yen, J., 391. Hartmann, G. C.,
Carr, W. W., H. Park, F. L. Cook, H. Yan, L. Wang, S. Performance Trends for Marking Technologies in
Shi, P. H. Pfromm and D. S. Sarma Copiers and Printers, 204.
Xerographic Toners for Textile Printing, 423. Hays, D.A., See Feng, J. Q., 19.
Chang, D. H., and J. P. Hornak Heikkila, L.,
Fingerprint Recognition Through Circular Sam- The Quality Analysis of Image Reproduction, 61.
pling, 560. Heilmann, J., and U. Lindqvist
Chang, M., See Yen, J., 391. Effect of Drop Size on the Print Quality in Con-
Chapman, D. M., and D. Michos tinuous Ink Jet Printing, 491.
Novel Silica Gels for Glossy, Ink-Receptive Coat- Heilmann, J., and U. Lindqvist
ings, 418. Significance of Paper Properties on Print Quality
Charlier, E., M. Van Doorselaer, R. Gijbels, R. De in Continuous Ink Jet Printing, 495.
Keyzer, and I. Geuens Hersch, R. D., See Emmel, P., 351.
Unveiling the Composition of Sulfur Sensitization Herzog, P. G., and H. Biiring
Specks by their Interaction with TAI, 235. Optimizing Gamut Mapping: Lightness and Hue
Chen, I., and M.-K. Tse Adjustments, 334.
Electrical Characterization of Semi-insulating De- Hikosaka, S., See Kamiyama, H., 45.
vices for Electrophotography, 462. Hikosaka, S., See Aoki, D., 120.
Chen, P., See Zhou, S., 160. Hikosaka, S., See Aoki, D., 179.
Chen, P., See Peng, W., 223. Hill, M. W., See Russell, D. D., 433.
Chung, E.-Y., See Lee, C.-H., 308. Hofmann, R., See Baumann, E., 500.
Vol. 44, No. 6, November/December 2000 565
Hornak, J. P., See Chang, D. H., 560. Laurell, T., See Palm, L., 544.
Hoshino, K., See Kinoshita, M., 105. Lee, C.-H., See Lee, C.-S., 68.
Hoshino, K., See Kinoshita, M., 484. Lee, C.-H., B.-J. Moon, H.-Y. Lee, E.-Y. Chung, and
Hu, X., See Zhou, S., 160. Y.-H. Ha
Hubel, P. M., Estimation of Spectral Distribution of Scene Il]lu-
The Perception of Color at Dawn and Dusk, 371. mination from a Single Image, 308.
Hwang, S. S., Lee, C.-S., C.-H. Lee, and Y.-H. Ha
Toner Penetration into Paper at Fusing, 26. Parametric Gamut Mapping Algorithms Using Vari-
Ichimura, K., See Ohe, Y., 74. able Anchor Points, 68.
Iimura, H., H. Kurosu and T. Yamaguchi Lee, H.-Y., See Lee, C.-H., 308.
Effects of an External Additive on Toner Adhesion, Lindqvist, U., See Heilmann, J., 491.
457. Lindqvist, U., See Heilmann, J., 495.
Imai, F. H., R. S. Berns and D.-Y. Tzeng Maeda, S., T. Nakai, A. Nakamura, M. Hakomori,
A Comparative Analysis of Spectral Reflectance Es- and M. Kato
timated in Various Spaces Using a Trichromatic Development of Paper Having Microporous Layer
Camera System, 280. for Digital Printing, 410.
Inoue, E., See Kamiyama, H., 45. Manei Garcia, J., See Yen, J., 391.
Inoue, E., See Aoki, D., 120. Manning, A., See Tchan, J., 132.
Inoue, E., See Aoki, D., 179. Marmur, A.,
Inoue, S., S. Yamazaki, N. Tsumura and Y. Miyake Wetting on Real Surfaces, 406.
An Evaluation of Image Quality for Hardcopy Based Matsui, N.,
on the MTF of Paper, 188. Molecular Structure of Charge Control Agents
Ito, M., See Katoh, N., 328. (CCA) and Toner Triboelectrification II: The Role of
Ivanova, O., See Keir, R. I., 528. a Molecular Region with the Same Polarity as CCA
Janssen, T. J. W. M., and F. J. J. Blommaert Charging in Toner Triboelectrification Phenomena,
Predicting the Usefulness and Naturalness of Color 36
Reproductions, 93 Matsuo, M., See Kamiyama, H., 45.
Jaradi, F., See Saghri, J. A., 196. Meisen, U., and H. Kathrein
Jenkins, P., See Keir, R. I., 528. The Influence of Particle Size, Shape and Particle
Jiang, W. B., H. Y. Wu and T. Shioyama Size Distribution on Properties of Magnetites for
Inference of 3-D Shape with Edge from Image the Production of Toners, 508.
Brightness, 145. Michos, D., See Chapman, D. M., 418.
Kamiyama, H., M. Utsumi, S. Hikosaka, M. Akada, Mii, N., See Watanabe, S., 31.
T. Toida, M. Matsuo, and E. Inoue Mitchell, J. W.,
Elgraphy: A New High-Resolution Image Capturing Statistical Thermodynamics and Photographic Sen-
System, 45. sitivity, 169.
Kashiwabara, M., See Aoki, D., 179. Miyake, Y., See Inoue, S., 188.
Katakabe, N., See Yamamoto, H., 466. Mizes, H., J. Beachner and P. Ramesh
Kathrein, H., See Meisen, E., 508. Optical Measurements of Toner Motion in a Devel-
Kato, M., See Maeda, S., 410. opment Nip, 210.
Kato, N., See Ohno, S., 51. Moon, B.-J., See Lee, C.-H., 308.
Katoh, N., and M. Ito, Morovic, P. M., See Finlayson, G. D., 295.
Applying Non-linear Compression to the Three- Muller, R. N., See Nash, R. J.., 514.
dimensional Gamut Mapping, 328. Nakagawa, H., See Fukumoto, H., 398.
Kawamoto, H., Nakai, T., See Maeda, S., 410.
Ozone Generation in Corona Discharge at Pin Elec- Nakamura, A., See Maeda, S., 410.
trode of Electrophotographic Charger, 452. Narumiya, H., See Fukumoto, H., 398.
Keir, R. I., A.Q uinn, P. Jenkins, J. C. Thomas, J. Nash, R. J., M. L. Grande and R. N. Muller
Ralston, and O. Ivanova Effects of Mixing Intensity on the Admix Perfor-
Electrokinetic Properties of Copper Phthalocyanine mance of a Xerographic Developer, 514.
Pigment Dispersions, 528. Nguyen, H., See Yen, J., 391.
Kinoshita, M., K. Hoshino, and T. Kitamura Nilsson, J., See Palm, L., 544.
Mechanism of Dye Thermal Transfer from Ink Obi, N., J. Takeuchi, A. G. DiFrancesco, and R. K.
Donor Layer to Receiving Sheet by Laser Heating, Hailstone
105. Mechanistic Studies of a New Nucleated Infectious
Kinoshita, M., K. Hoshino, and T. Kitamura Development System Using Pyridinium Salts, 219.
Time Resolved Microscopic Analysis of Ink Layer O’Brian, T. R., See Buhr, E., 156.
Surface in Laser Dye Thermal Transfer Printing, Ohe, Y., and K. Ichimura
484. Positive-Working Photoresists Containing
Kitamura, T., See Kinoshita, M., 105. Tetrahydropyranyl Group as an Acid-Labile Poly-
Kitamura, T., See Kinoshita, M., 484. mer for Rainbow Holograms, 74.
Koulikovy, S. G., and D. D. Dlott Ohno, S., M. Takakura and N. Kato
Focus Fluctuations in Laser Photothermal Imaging, 1. Image Quality of Digital Photography Prints—II:
Koulikov, S. G., and Dana D. Dlott Dependence of Print Quality on Pixel Condition of
Effects of Energetic Polymers on Laser Photother- Input Camera, 51
mal Imaging Materials, 111. Oittinen, P. T., See Sipi, K. M., 442.
Kuge, K.-I., See Watanabe, S., 31. Okabe, M., See Aoki, D., 120.
Kurosu, H., See limura, H., 457. Okabe, M., See Aoki, D., 179.
566 Journal of Imaging Science and Technology®
Omran, M., See Saghri, J. A., 196. Teeselink, I. K., F. Blommaert and H. de Ridder
Palm, L., L. Wallman, T. Laurell, and J. Nilsson Image Categorization, 552.
Development and Characterization of Silicon Terada, H., See Yamamoto, H., 466.
Micromachined Nozzle Units for Continuous Ink Jet Tescher, A. G., See Saghri, J. A., 196.
Printers, 544. Thomas, J. C., See Keir, R. I., 528.
Park, H., See Carr, W. W., 423. Thompson, R. C., See Tchan, J., 132.
Parker, K. J., See Wang, M., 360. Toida, T., See Kamiyama, H., 45.
Parton, L. G., See Ferrar, W. T., 429. Tse, M.-K., See Chen, I., 462.
Peng, B.-X., See Zhang, Y.-H., 164. Tsumura, N., See Inoue, S., 188.
Peng, W., P. Chen, P. Duan, S. Zhou, and D. Zheng Tzeng, D.-Y., See Imai, F. H., 280.
The Order of Addition of 4-hydroxy-6-methyl- Urata, Y., See Yamamoto, H., 466.
1,3,3a,7-tetrazaindene and Dyes into Silver Chlo- Utsumi, M., See Kamiyama, H., 45.
ride Emulsion, 223. Van Doorselaer, M., See Charlier, E., 235.
Pfromm, P. H., See Carr, W. W., 423. Vandenbroucke, D., See Hailstone, R. K., 250.
Quinn, A., See Keir, R. I., 528. Wallman, L., See Palm, L., 544.
Ralston, J., See Keir, R. I., 528. Wang, L., See Carr, W. W., 423.
Ramesh, P., See Mizes, H., 210. Wang, M., and K. J. Parker,
Russell, D. D., M. W. Hill and M. Schimpf Properties of Jointly-Blue Noise Masks and Appli-
Characterization of Liquid Electrophotographic cations to Color Halftoning, 360.
Toner Particles Using Non-Polar Electrical Field Wang, R., See Cao, W., 174.
Flow Fractionation and MALLS, 433. Watanabe, H., See Watanabe, S., 31.
Saghri, J.A., A. G. Tescher, F. Jaradi, and M. Omran Watanabe, S., N. Mii, K.-I. Kuge, N. Satoh and
A Viable End-Member Selection Scheme for Spec- H. Watanabe
tral Unmixing of Imagery Data, 196. Spectrally Sensitized Photochemical Reaction of
Sahyun, M. R. V., Aqueous Dichromated Gelatin Solution, 31.
Complex Formation between Sensitizing Dyes and Weiss, D. S., See Ferrar, W. T., 429.
Stabilizers: Possible Contributing Factor in Super- Wen, Z., A. Gary DiFrancesco, and R. Hailstone
sensitization, 229. A New Approach to Measuring the Fraction of
Sarma, D. S., See Carr, W. W., 423. Grains Developable for Polydisperse Emulsions,
Satoh, N., See Watanabe, S., 31. 25.
Schaer, M., See Baumann, E., 500. Wu, H. Y., See Jiang, W. B., 145.
Schein, L. B., Wu, W., J. P. Allebach and M. Analoui
Electric Field Theory of Toner Charging, 475. Imaging Colorimetry Using a Digital Camera, 267.
Schimpf, M., See Russell, D. D., 433. Yamaguchi, T., See limura, H., 457.
Seino, K., Yamamoto, H., H. Terada, N. Katakabe, and Y. Urata
Hardcopy in the Office Workflow, 13. Color Laser Printer Using Four All-in-One Car-
Seino, K., and O. Ebisu tridges, 466.
Effects of NO, and Nitric Acid on the Charge Accep- Yamazaki, S., See Inoue, S., 188.
tance of Organic Photoreceptors, 523. Yan, H., See Carr, W. W., 423.
Sharma, G., Yan, T.-T., See Zhang, Y.-H., 164.
Targetless Scanner Color Calibration, 301. Yen, J.. M. Carlsson, M. Chang, J. Manel Garcia
Shi, S., See Carr, W. W., 423. and H. Nguyen
Shioyama, T., See Jiang, W. B., 145. Constraint Solving for Inkjet Print Mask Design,
Sipi, K. M., and P. T. Oittinen 391.
Print Quality with Hot Roller and IR-Radiation Fix- Yoshida, Y., See Tani, T., 242.
ing Methods, 442. Yu, S.-Q., See Zhang, Y.-H., 164.
Takakura, M., See Ohno, S., 51. Zhang, Y.-H., J. Tan, T.-T. Yan, S.-Q. Yu, S.-Y. Zhuang,
Takeuchi, J., See Obi, N., 219. and B.-X. Peng
Tan, J., See Zhang, Y.-H., 164. The Interaction between Photographic Gelatins and
Tani, T., and Y. Yoshida Chemical Sensitizers, 164.
Comprehensive Model for Sulfur Sensitization III: Zheng, D., See Zhou, S., 160.
Sulfur-Plus-Gold Sensitization, 242. Zheng, D., See Peng, W., 223.
Tchan, J., R. C. Thompson and A. Manning Zhou, S., P. Chen, X. Hu, and D. Zheng
The Use of Neural Networks in an Image Analysis Study on Hydrophobization of a Thiol Compound on
System to Distinguish Between Laser Prints and Silver Surface of CTP Printing Plate, 160.
Their Photocopies, 132. Zhou, S., See Peng, W., 223.
Zhuang, S.-Y., See Zhang, Y.-H., 164.
Vol. 44, No. 6, November/December 2000 567
SUBJECT INDEX
Journal of Imaging Science and Technology—Volume 44 (2000)
January / February (1) 1-93
March/ April (2) 94-178
May / June (3) 179-264
July / August (4) 265-390
September / October (5) 391-474
November / December (6) 475-576
Color image quality, 51
68, 93, 267, 280, 288, 295, 301, 308, 321, 328, 334, information content, 51
343, 351, 360, 371, 500 liquid crystal 120, 179
algorithm, 68, 295, 308, 343, 360 photoconductivity, 120, 179
color balance, 288 polymer, 179
color calibration, 267, 301 principal component analysis, 280
color correction, 288, 295, 321
color gamut, 328, 334, 343, 500 Electrophotography
color measurements, 500 19, 26, 36, 45, 129, 156, 210, 423, 429, 433, 452,
color prediction, 351 457, 462, 466, 475, 476, 514, 523, 528, 534
color reproduction, 68, 93, 334 adhesion, 457
color transformation, 321 characterization, 462
colorimetry, 267 charge acceptance, 523
compression, 328 charge control, 36
dentistry, 267 charge transport, 462
digital camera, 267 color laser printer, 466
digital image capture, 280 conductivity, 429
digital photography, 371 copper phthalocyanine, 523, 528
dye diffusion, 500 corona discharge, 452
graphic arts, 321, 351, 360 electrokinetics, 528
halftone, 351 fusing, 26
illumination, 308 high-speed photography, 210
image analysis, 93, 288, 308, 328 image capture, 45
image quality, 68, 93 image storage, 45
ink jet, 351, 500 laser, 466
lookup table, 321 laser printer, 452
metamer, 295 light scattering, 528
modeling, 351 liquid crystal, 45
non-impact printing, 500 liquid toner, 433, 528
optimization, 334 mechanism, 210
perception, 93, 371 mixing, 514
principal component analysis, 280 modeling, 19, 26, 36
scaling functions, 343 optics, 210
scanner, 301 ozone, 452
stochastic screening, 360 polymer, 423
scanner, 466
Digital Imaging semi-insulators, 462
51, 120; 179,280 sensitometry, 156
amplification, 120 sol-gel, 429
charge generation, 179 surface states, 534
color reproduction, 51 textiles, 423
color, 280 theory, 475
digital image capture, 280 toner charging, 19, 433, 528
digital photography, 51, 120 toner, 19, 26, 36, 129, 210, 423, 429, 457, 475,
electrophotography, 120, 179 514, 534
image capture, 120, 179 tribocharging, 36, 129, 476, 534
568 Journal of Imaging Science and Technology®
Graphic Arts characterization, 462
1, 160, 219; 321, 351, 360 charge acceptance, 523
algorithm, 360 charge transport, 462
color correction, 321 coated media, 418
color prediction, 351 color gamut, 500
color transformation, 321 color laser printer, 466
color, 321, 351, 360 color measurements, 500
computer-to-plate, 160 computer-to-press, 1
Computer-to-press, 1 conductivity, 429
core-shell grains, 219 contact angle, 406
diffusion transfer, 160 copper phthalocyanine, 523, 528
halftone, 351 corona discharge, 452
infectious development, 219 cost trends, 204
ink jet, 351 digital printing, 410
laser, 1 drop size, 491
lookup table, 321 dye diffusion, 500
modeling, 351 electrokinetics, 528
optics, 1 fixing, 442
polymer, 1 gloss, 418
silver halide, 160, 219 graphic arts, 1
stochastic screening, 360 high speed printing, 491, 495
thermal imaging, 1 image analysis, 495
thiol, 160 image quality, 442, 491, 495
wetting, 160 imaging hardware 204, 544
ink jet, 204, 391, 398, 406, 410, 418, 491, 495,
Image Analysis 500, 544
61, 132, 145, 169, 188, 196, 442, 491, 495, 552, 560 iron oxide, 508
algorithm, 132, 145 laser printer, 452
categorization, 552 laser, 1, 105, 111, 466, 484
circular sampling, 560 light scattering, 528
color reproduction, 61 liquid toner, 433, 528
drop size, 491 magnetic properties, 508
edge contour, 145 marketing, 13
electrophotography, 442 masking, 391
fingerprints, 560 micromachining, 544
fixing, 442 mixing, 514
high speed printing, 491, 495 nozzle, 398, 544
image perception, 552 optics, 1
image quality, 61, 132, 188, 442, 491, 495 ozone, 452
image source, 132 paper, 410, 442, 495
ink jet, 491, 495 performance, 204
metrics, 61 piezoelectric, 398
MTF, 188 polymer, 1, 111, 423
multidimensional scaling, 552 porosity, 410
non-impact printing, 188 scanner, 466
optics, 145 semi-insulators, 462
paper, 188, 442, 495 silica, 418
pattern recognition, 560 sol-gel, 429
remote sensing, 196 speed trends, 204
spectral unmixing, 196 sublimation, 484
statistical thermodynamics, 169 textiles, 423
three-dimensional, 145 theory, 475
thermal imaging, 1, 105, 111, 410, 484
Non-Impact Printing time-resolved microscopy, 484
1, 18, 105, 111, 204, 391, 398, 406, 410, 418, 423, toner charging, 433, 528
429, 433, 442, 452, 457, 462, 466, 475, 476, toner, 423, 429, 457, 475, 508, 514
484, 491, 495, 500, 508, 514, 523, 528, 544 tribocharging, 476
(See also Electrophotography) ultrasound, 398
adhesion, 457 weight trends, 204
algorithm, 391 wetting, 406
business graphics, 13 workflow, 13, 204
Vol. 44, No. 6, November/December 2000 569
Photochemistry core-shell grains, 219
31, 74, 174 development, 257
diazo, 174 diffusion transfer, 160
dichromated gelatin, 31 gelatin, 164
holography, 31, 74 gold sensitization 164, 242
lithoplate, 174 graphic arts, 160, 219
photoresist, 74 infectious development, 219
spectral sensitization, 31 J-aggregation, 223
modeling, 250
Sensitiometry photochemistry, 164
156, 257 ruthenium, 250
densitometry, 156 sensitivity, 169
development, 257 sensitization, 164, 229
image quality, 156 sensitometry, 156, 257
metrology, 156 simulation, 250
optics, 156 spectral sensitization, 223
silver halide, 257 sulfur sensitization, 235, 242
supersensitization, 223, 229
Silver Halide thermodynamics, 169
156, 160, 164, 169, 219, 223, 229, 235, 242, 250, 257 thiol, 160
complex, 229 traps, 169
computation, 229 wetting, 160
computer-to-plate, 160
570 Journal of Imaging Science and Technology®