| Research on Display Data Integration in Systems which use Flat AC Plasma Panel Displays with Inherent Memory. |
FEB 1975 |
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| Authors:
R. L. Johnson; H. G. Slottow; L. F. Weber; A. B. White; ILLINOIS UNIV AT URBANA-CHAMPAIGN COORDINATED SCIENCE LAB
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 | A program of research to explore new display device techniques and digital system architecture concepts which can be used to realize highly reliable, low cost interactive graphic display systems has been completed at the University of Illinois Coordinated Science Laboratory. The techniques and concepts which were studied are generally applicable to figure large scale computer-based information systems such as those used in ground based operations as well as in specialized ... |
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| Three-Color Plasma Panel Display Device. |
MAY 1973 |
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| Authors:
H. J. Hoehn; R. A. Martel; J. D. Schermerhorn; W. D. Petty; H. G. Slottow; OWENS-ILLINOIS INC TOLEDO OHIO ELECTRO-OPTICAL DISPLAY DEVELOPMENT DEPT
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| ROPERTIES, XENON, COLORS*PLASMA DISPLAY PANELSThe objectives of the program were to design, fabricate, and evaluate a plasma display panel having 3-color capability and to investigate and develop a technique for operating such a device with three levels of intensity. Red, blue, and green-emitting phosphors that respond to vacuum-UV excitation were selected for use in the multi-color plasma panel. Six panels with 60 total lines per inch line-density, 512 x 512 ... |
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| Three-Color Plasma-Panel Display Device. |
DEC 1970 |
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| Authors:
F. H. Brown; C. W. Salisbury; H. G. Slottow; M. J. Tamm; OWENS-ILLINOIS INC TOLEDO OHIO
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| The objectives of this program are to design, fabricate, and evaluate a plasma-panel display device having a three-color capability, and to investigate and develop a technique for operating such a device with at least three levels of intensity. The vacuum-ultraviolet excitation spectra of 10 oxygen-dominated phosphors were measured to assist the selection of those most readily excited by the ultraviolet emission from a Xenon plasma discharge. A phosphor deposition technique ... |
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| CROSSED FIELD CHARGED PARTICLE DELAY LINES. |
JUN 1964 |
176 pages |
| Authors:
H. G. Slottow; ILLINOIS UNIV URBANA COORDINATED SCIENCE LAB
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 | Crossed electric and magnetic fields are used to focus a beam of charged particles and to control the drift velocity of these particles. The novel and useful properties are: (1) the time delay can be varied continuously and rapidly; (2) the frequency band is potentially very wide. A discussion of the effects that limit bandwidth is presented and several means for reducing the limitations are described. In particular, a hyperboloidal ... |
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