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11: Non-Laser Illumination of Holograms Introduction Problems with Laser Illumination Sources of Image Blur Narrow-Band Illumination Point-Source White Illumination Image Depth Effects Other Approaches Conclusions References 12: Phase Conjugation and Real Image Projection Real Image Projection Techniques Phase Conjugation- a Descriptive Approach Perfect Conjugate Illumination (Examples) Collimator Choices Perfect Conjugate Illumination (More Examples) Effects of Imperfect Conjugates Image Location (Analytical) Image Magnification Relation to the Lens and Prism-Pair Model Image Aberrations -Astigmatism Conclusions References 13: Full-Aperture Transfer Holography Full-Aperture Transfers Further Discussion of H1 -H2 Technique Holo-Centric Coordinate System Example Separate Optimization of the H1 and H2 Another Point of View: H1 as Multi-Perspective Projector View-Zone Edge Effects Conclusions References 14: White-Light Transmission Rainbow Holography A Revolution in Holography Overview of the Process Backwards Analysis Slit Width Questions Limitations Due to Horizontal-Parallax-Only Imaging Conclusions References 15: Practical Issues in Rainbow Holography Stephen A. Benton, Michael Halle, and V. Michael Bove, Jr. Introduction Multi-Color Rainbow Holograms

Guides are dotted or solid lines that help you align artwork. Guides don t print, and they re saved with documents. In Illustrator and most desktop-publishing software, guides are straight lines extending from one edge of a document to the other. But in Illustrator, you can also turn any path into a guide. For the most part, guides behave exactly like their path counterparts. As long as you have them unlocked, you may select them, hide them, group them, and even paint them (although paint attributes aren t be visible on-screen or on a printout until the guides are converted back into paths).

where the plasma potential Q is given by Eq. (4.5-13) in eV The electron temperature is found, again, by equating the ion production and loss terms (4.5-16) The electron temperature is then found from the solution to

If you see anything else, make sure you check the connection details. If for some reason you get a blank page, place the following line at the top of your file to force PHP to display all potential errors:

For Dreamweaver, FrontPage, Generic, and GoLive styles of code, follow these steps to insert Fireworks code into your Web page: 1. Open the Fireworks-generated source HTML file in a text or HTML editor.

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Garrett Vargas, a sales representative at AdventureWorks, has requested that you provide him with a report that shows the average markup (defined as list price minus standard cost) and the total expected profit (defined as quantity on hand multiplied by markup) by product subcategory. This report analysis should only include current products. After discussing the report requirements with the AdventureWorks database

15-511 Scale-up of Axial and Radial Mixing Rates The effects of changing the vessel size on mixing rate is the predominant concern for the scale-up of manufacturing processes Figures 15-26 and 15-27 compare the effect of changing blender size on the radial mixing rate (ie, loaded top/bottom) and axial mixing rate (ie, loaded left/right) for both cohesive and free- owing mixtures For radial mixing rates, the change in vessel size has almost no impact on the observed mixing rate, regardless of mixture characteristics (variability in the cohesive data is caused by the capture of agglomerates) On the other hand, axial mixing rates are signi cantly different for the free- owing mixture but nearly identical for the cohesive mixture.

These differences in the scaling of the axial mixing process can be attributed to the difference in the way that these two mixtures ow in a tumbling blender Generally, when a free- owing mixture is rotated in a tumbling blender, there is a regular ow, characterized by a nearly at axial surface (ie, there is little variability in bed height perpendicular to the mean ow), and particles travel along path lines nearly perpendicular to the axis of rotation Cohesive mixture ow displays completely different behavior: ow is characterized by a series of dislocations that mark the onset of ow for a discrete portion of the mixture at various locations These failures occur at seemingly random positions in the mixture and contain variable amounts of material.