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Thermal priming benefits from better lasers
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Mitchard, G.1
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0001159294
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R. Gibbs, "Diode lasers fuel platemaking advances," Laser Focus World, pp. 135-144, Jan. 1998.
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Gibbs, R.1
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3
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0031706411
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Laser thermal media: The new graphic arts paradigm
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Jan./Feb.
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C. DeBoer, "Laser Thermal Media: The New Graphic Arts Paradigm," Journal of Imaging Science and Technology, Vol. 42, No. 1, pp. 63-69, Jan./Feb. 1998.
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DeBoer, C.1
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0029403609
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Printing benefits from new technologies
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R. Gibbs, "Printing benefits from new technologies," Laser Focus World, pp. 77-82, Nov. 1995.
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Gibbs, R.1
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6
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0011310903
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United States Patent No. 5815243, Assignee: Agfa Division of Bayer Corp., Wilmington, MA, Sept. 29
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D.E. Bailey and K.L. Langlais, "Electronic Prepress Apparatus for Producing Lithographic Printing Plates," United States Patent No. 5815243, Assignee: Agfa Division of Bayer Corp., Wilmington, MA, Sept. 29, 1998.
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Electronic Prepress Apparatus for Producing Lithographic Printing Plates
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Bailey, D.E.1
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7
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0011302232
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A. Wilson, "Disparate Technologies for miniature displays strive for dominance," Vision Systems Design, pp. 51-58, Apr. 1999.
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Wilson, A.1
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8
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0011353352
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White papers and general technology information on the Grating Light Valve (GLV) may be obtained at the web site
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White papers and general technology information on the Grating Light Valve (GLV) may be obtained at the web site www.siliconlight.com.
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9
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13444281193
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United States Patent No. 6229650B1, Assignee: Agfa Corporation, Wilmington, MA, May 8
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Y. Reznichenko and H.A. Kelley, "Optical Imaging Head Having a Multiple Writing Beam Source," United States Patent No. 6229650B1, Assignee: Agfa Corporation, Wilmington, MA, May 8, 2001.
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Optical Imaging Head Having a Multiple Writing Beam Source
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Reznichenko, Y.1
Kelley, H.A.2
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11
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0000762928
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Image formation with partially coherent light
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E. Wolf, editor, North Holland Publishing Company, Amsterdam
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B.J. Thompson, "Image formation with Partially Coherent Light," in Progress in Optics, (E. Wolf, editor), Vol. VII, p. 173, North Holland Publishing Company, Amsterdam (1969).
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Thompson, B.J.1
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13
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0011355316
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-
note
-
Take note that in Ref. 11, Thompson makes the definition that a linear optical system is linear in intensity. However, in Ref. 10, Goodman has generalized the definition to encompass a system that is either linear in electric field amplitude or linear in intensity depending on the coherence properties of the illumination source.
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-
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14
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0011304746
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See Ref. 10, pp. 104-105
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See Ref. 10, pp. 104-105.
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15
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0011301896
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See Ref. 10, p. 181
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See Ref. 10, p. 181.
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-
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17
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0011338622
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See Ref. 10, Chap. 5., Ref. 15, Chap. X
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See Ref. 10, Chap. 5., Ref. 15, Chap. X.
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18
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0011259754
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The van cittert-zernike theorem
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M. Mansuripur, "The van Cittert-Zernike Theorem," Optics & Photonics News, Jun. 1999, pp. 38-42.
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Mansuripur, M.1
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19
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0011306510
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See Ref. 12, p. 74, equation (4-25)
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See Ref. 12, p. 74, equation (4-25).
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-
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20
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0011301422
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-
See Ref. 12, p. 8
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See Ref. 12, p. 8.
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21
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0011303358
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See Ref. 12, pp. 128, 129, 218-219
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See Ref. 12, pp. 128, 129, 218-219.
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22
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0011346192
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Reported in a company internal research report by Dr. Volker Melzer, Agfa Optics Center, Munich, Germany. (1999).
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Reported in a company internal research report by Dr. Volker Melzer, Agfa Optics Center, Munich, Germany. (1999).
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23
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0000594470
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0014145891
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0001195234
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Oct.
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M. Mansuripur, "Coherent and Incoherent Imaging," Optics & Photonics News, pp. 40-44, Oct. 1997.
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0004275892
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John Wiley & Sons, Inc., New York
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P.W. Milonni and J.H. Eberly, Lasers, pp. 554-555, John Wiley & Sons, Inc., New York, 1988.
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Milonni, P.W.1
Eberly, J.H.2
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