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Table 3: A truth table for the Dynamic Mask (DM) and polarizer (P2) of Fig.10. The DM is assumed to be an electrically-addressable liquid crystal Spatial Light Modulator (SLM), and l represents a vertically polarized beam. In the table, a logical value 1 is assigned to the don apos;t care pixels of the DM, while a logical value 0 is assigned to the other pixels. In the DM, the don apos;t care pixels rotate the incoming light polarization by 90 deg, while the other pixels remain unchanged. With vertically polarized input light, a vertical polarizer, P2, placed behind the DM selectively blocks the don apos;t care pixels. After this unit the matched pixels and don apos;t care pixels will be dark and the unmatched pixels will be bright.

in The Design of an Optical Content-Addressable Parallel Processor for Expert Systems
by Ahmed Louri, Jongwhoa Na
"... In PAGE 17: ...Table3 . After the DM, the matched pixels and the don apos;t care pixels will be dark, while the unmatched pixels will remain bright.... ..."

Table 2. MTBF of D-ILA modulator components.

in D-ILA ™ Projector Technology: The Path to High Resolution Projection Displays
by William P. Bleha, William P. Bleha
"... In PAGE 10: ...ig. 12. D-ILA Liquid Crystal Transfer Characteristic as a function of temperature MTBF of D-ILA Modulator The ruggedness and reliability of the D-ILA modulator has been demonstrated in actual operation in the field since production started in 1998. Table2 summarizes the MTBF performance. ... ..."

Table 4: Analysis of variance for liquid crystal data.

in unknown title
by unknown authors 1997
"... In PAGE 7: ... This problem was minimized by introducing the e ects of day [day-of-the-week], week, and their interaction to isolate the variations due to the e ects of time and hence serial correlation. quot; Table4 is an anova for the same e ects tted by the author. The miss- ing value has been estimated by maximum likelihood, but is treated as not missing for the purposes of carrying out the anova.... ..."
Cited by 3

Table 1. Spectral densities of motion observed for three nematic liquid crystals

in unknown title
by unknown authors
"... In PAGE 13: ...y means of both e.~.r~*~~ and n.m.r. spin pr~be~. apos;~~~~,~~~~~ Experimental Consequences Table1 lists representative 2H spectral density data for three nematic solutions containing spin probes with deuterons on the long molecular axis. Diethynylbenzene is a small, rigid solute whose rotational correlation time TR in nematic 40.... ..."

Table 1 Liquid Crystal: ZLI-4792 K11

in Accurate Modeling of the Dynamics of TN Devices with Flow
by Syed Jamal And, Syed H. Jamal, Jack R. Kelly
"... In PAGE 3: ...Table1 ). To align the LC, the ITO layers were coated with a rubbed polyimide layer to yield a pretilt of 2.... ..."

TABLES TABLE I. Characterisation of the isotropic and liquid crystal phases. Phase Symbol

in Hard ellipsoid rod-plate mixtures: Onsager theory and computer simulations.
by Philip Camp, Michael P. Allen

Table 1 compares the two approaches of KNC and livingOM in support of the knowledge liquidization and crystallization.

in Organic Perspectives of Knowledge Management: Knowledge Evolution through a Cycle of Knowledge Liquidization and Crystallization
by Knowledge Liquidization, Koichi Hori, Kumiyo Nakakoji, Yasuhiro Yamamoto, Jonathan Ostwald 2004
"... In PAGE 7: ... Table1 : Comparing KNC and livingOM 3.4 ART-SHTA As noted in Section 2, the framework assumes the involvement of human interactions with the system.... ..."
Cited by 5

Table I Approximate transmittances of the components in a typical AMTIT liquid-crystal display.

in An Eye-Contact System for Videophone Applications Using a Conventional Direct-View LCD
by Be Ll Nj, R. Il Kollarits, C. Woodworth, J. E Ribera, R. D. Gitlin

TABLE C-2. GENERAL CONDITIONS OF LIQUID-DROP AND CRYSTAL ICING (TABLE 10 [6])

in Airport and Aircraft Safety
by Dr. James, T. Riley 1998

Table 1. Material parameters of liquid crystal mixture MLC-9000-100 (Merck).

in P-124 / J. Osterman P-124 / J. Osterman P-124: Properties of Azo-Dye Alignment Layer on Plastic Substrates
by Jesper Osterman, Christian Adås, Louise Madsen, Kent Skarp, Au Ping Tong, Li Xihua, Vladimir Chigrinov
Results 1 - 10 of 6,940