Search Results - "Burge R"

A physical optics version of the geometrical theory of diffraction.

Authors: Taket, N. D. Burge, R. E.

Source: IEEE Transactions on Antennas & Propagation; June 1991, Vol. 39, p719-731, 13p

A laser-generated plasma source for x-ray lithography and VLSI.

Authors: Michette, A. G. Rogoyski, A. M. Burge, R. E.

Source: Journal of Physics. E, Scientific Instruments.; October 1988, Vol. 21, p959-965, 7p

Use of a priori knowledge in image reconstruction.

Authors: Cheng, L. M. Ho, A. S. Burge, R. E.

Source: Journal of the Optical Society of America. A, Optics & Image Science; April 1984, Vol. 1, p386-391, 6p

The physics of imaging with applications.

Authors: Burge, R. E.

Source: Journal of Physics: D Applied Physics; March 14 1986, Vol. 19, p301-415, 115p

Estimating SAR phase from complex SAR imagery.

Authors: Scivier, M. S. Fiddy, M. A. Burge, R. E.

Source: Journal of Physics: D Applied Physics; March 14 1986, Vol. 19, p357-362, 6p

Microwave scattering from dielectric wedges with planar surfaces: a diffraction coefficient based on a physical optics version of GTD.

Authors: Burge, R. E. Yuan, X.-C. Carroll, B. D.

Source: IEEE Transactions on Antennas & Propagation; October 1999, Vol. 47 Issue 10, p1515-1527, 13p

Dependence of spatial coherence of 23.2-23.6-nm radiation on the geometry of a multielement germanium x-ray laser target.

Authors: Burge, R. E. Slark, G. E. Browne, M. T.

Source: Journal of the Optical Society of America. B, Optical Physics; October 1998, Vol. 15 Issue 10, p2515-2523, 9p

Time dependence of the spatial coherence of the 23.6- and 23.2-nm radiation from the germanium soft-x-ray laser.

Authors: Burge, R. E. Slark, G. E. Browne, M. T.

Source: Journal of the Optical Society of America. B, Optical Physics; May 1998, Vol. 15 Issue 5, p1620-1626, 7p

Spatial coherence of x-ray laser emission from neonlike germanium after prepulse.

Authors: Burge, R. E. Slark, G. E. Browne, M. T.

Source: Journal of the Optical Society of America. B, Optical Physics; October 1997, Vol. 14, p2742-2751, 10p

Polarization dependence of the electromagnetic field distribution across wavelength-sized relief grating surfaces.

Authors: Qu, D. N. Yuan, X. Burge, R. E.

Source: Journal of the Optical Society of America. A, Optics, Image Science, & Vision; November 1993, Vol. 10, p2317-2323, 7p

Properties of computer-generated, phase-only synthetic discriminant filters.

Authors: Dahdouh, A. Hossack, W. J. Burge, R. E.

Source: Journal of Physics: D Applied Physics; April 14 1989, Vol. 22, p500-504, 5p

An analytic solution for the simulation of strong electromagnetic interactions in one dimension.

Authors: Smith, P. R. Hopcraft, K. I. Burge, R. E.

Source: Journal of Physics: D Applied Physics; December 14 1988, Vol. 21, p1678-1684, 7p

Short-exposure turbulent image reconstructions.

Authors: Mohammed, A. T. Burge, R. E.

Source: Journal of Physics: D Applied Physics; July 14 1988, Vol. 21, p1067-1077, 11p

Quantitative limitations imposed by atmospheric turbulence and the quantum nature of light on image quality.

Authors: Mohammed, A. T. Burge, R. E.

Source: Journal of Physics: D Applied Physics; July 14 1988, Vol. 21, p1078-1084, 7p

Phase imaging by real-zero conversion and its application to synthetic aperture radar.

Authors: Blackledge, J. M. Burge, R. E. Barratt, N. R.

Source: Journal of Physics: D Applied Physics; November 14 1987, Vol. 20, p1438-1444, 7p

Radon space techniques for the evaluation of industrial tomography systems.

Authors: Burge, R. E. Wombell, R. J. Belchamber, R. M.

Source: Journal of Physics: D Applied Physics; April 14 1987, Vol. 20, p536-540, 5p

Quantitative diffraction tomography. Pulsed acoustic fields.

Authors: Blackledge, J. M. Burge, R. E. Hopcraft, K. I.

Source: Journal of Physics: D Applied Physics; January 14 1987, Vol. 20, p1-10, 10p

Quantitative diffraction tomography.

Authors: Blackledge, J. M. Burge, R. E. Hopcraft, K. I.

Source: Journal of Physics: D Applied Physics; January 14 1987, Vol. 20, p1-17, 17p

Quantitative diffraction tomography. Pulsed elastic waves.

Authors: Blackledge, J. M. Burge, R. E. Hopcraft, K. I.

Source: Journal of Physics: D Applied Physics; January 14 1987, Vol. 20, p11-17, 7p

New focusing refiectometer for measuring optical constants of thin films.

Authors: Burge, R. E.

Source: Applied Optics; February 1971, Vol. 10, p342-345, 4p