Microphotography: Fundamentals and Applications : [symposium], Thursday and Friday April 3-4, 1968, Colonial Statler Hilton Inn, Wakefield, Massachusetts |
From inside the book
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Page 14
... magnification of the chief optical ray as its oblique distance from the axis increases . Dis- tortion is usually stated in percent of the ideal image height . It was observed that the worst case tested showed pincushion distortion 30 ...
... magnification of the chief optical ray as its oblique distance from the axis increases . Dis- tortion is usually stated in percent of the ideal image height . It was observed that the worst case tested showed pincushion distortion 30 ...
Page 18
... Magnification ranges vary from 25 : 1 to 1 : 1 for most of these lenses . Our objective was to maximize the total information bit content and bit density . To accomplish this our basic lens design goal was a resolution of over 800 line ...
... Magnification ranges vary from 25 : 1 to 1 : 1 for most of these lenses . Our objective was to maximize the total information bit content and bit density . To accomplish this our basic lens design goal was a resolution of over 800 line ...
Page 51
... magnification the image . The following table shows the resolving power calculated by the case where the wave length of light is 546mp , and the magnification is 1/20 : the values of Slide I f - Number Resolving Power ( L / 51 PUTTING ...
... magnification the image . The following table shows the resolving power calculated by the case where the wave length of light is 546mp , and the magnification is 1/20 : the values of Slide I f - Number Resolving Power ( L / 51 PUTTING ...
Contents
OPTICS IN MICROPHOTOGRAPHY | 1 |
OPTICAL CHARACTERISTICS AFFECTING THE PERFORMANCE | 13 |
LOW DISTORTION LENSES FOR MICROPHOTOGRAPHY | 33 |
13 other sections not shown
Common terms and phrases
aberrations actinic ammonium dichromate Aperture card application axis bits camera cathode ray tube characteristics circuit coating copy curves diazo dichromate diffraction diffuse density dry silver Electrofax electron Electrophotography emulsion Engineering Drawings equipment error exposed f-number field Film Type flash focal formation frontier Gamma grain graphic inch integrated circuit Itek Kalvar film Kalvar materials Kodak layer lens lenses leuco dye light source light-scattering images line width lines per millimeter lines/mm Log Exposure mask method micro-images microelectronics microfilm micrometer microns microphotography microscope modulation transfer function negative obtained operation optical Original document output paper pattern Photo resists photoconductor Photographic Science photopolymer precision artwork printing printout problem production Projection Density reduction resolving power reticles scale scattering element sensitive shown in Figure silver halide spectral speed SPSE step and repeat storage techniques transfer tube ultrafiche wavelength Xenon