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Technology refresh

LAND 125 Phase 4 (SE v.3) - this phase would then deliver the ISS the total system would include a technology refresh where necessary of equipment delivered tmder the previous phases, but also bring in eqrripment to enhance the Sustainability and Mobility capabilities which were deemed too rislgr to be included as part of Phase 3. [Pg.28]

The decision to develop a more agile acquisition strategy with rapid and recurring technology refreshes of short-life type items to acquire and introduce new capabilities more rapidly ... [Pg.39]

System safety should always be concerned about the impact of technology refresh and should be involved in the process. HA should be performed on technology refresh items. [Pg.434]

Additional risks are related to products maturity or obsolescence. In fact, if on the one hand a mature product has generated a level of experience, which in part reduces risks correlated with its development, on the other hand in some instances managing the technological refreshment of a product or process may be particularly critical. In fact, extra production costs may ensue, the level of performance of the product may drop or continuity of deliveiy service to customers may be jeopardized. [Pg.80]

This unique reference makes some of the esoteric aspects of this important area of analysis more readily comprehensible to those who deal with analytical instruments but who have not been trained in mass spectrometry. It also serves as a refresher for practicing mass spectroscopists by clarifying principles to afford a better appreciation and application of this technology. [Pg.492]

Instructors who have used this new technology report that trainees develop skills more quickly than with traditional training methods. In refresher training, this new system reinforces defensive driving skills and safe driving habits. Drivers can also check their reaction times and hand-eye coordination. [Pg.152]

Finally, you should recognize that you almost surely will have some problems with the following chapters in making decisions as to how much time and emphasis you should put on the various concepts, principles, facts, and so on, that we will present for you. As best we can, we try to help you by pointing out that this idea, fact, and so on, is especially important, or words to that effect. Also, we have tried to underscore important information by indicating the breadth of its application to other scientific disciplines as well as to technology. In addition, we have caused considerable material to be set in smaller type and indented. Such material includes extensions of basic ideas and departments of fuller explanation. In many places, the exposition is more complete than it needs to be for you at the particular location in the book. However, you will have need for the extra material later and it will be easier to locate and easier to refresh your memory on what came before, if it is in one place. We will try to indicate clearly what you should learn immediately and what you will want to come back for later. [Pg.24]

There are two basic versions of this technology storage tubes and vector refresh displays. Storage tube technology (developed and owned by Tektronix) allows the image to be "stored" on the screen. This... [Pg.67]

Raster technology provides a different approach to CRT graphics. Raster devices have one thing in common with vector refresh displays - they must be updated 60 times a second. But rather than moving a beam between... [Pg.68]

Fig. 10.8 confirm that this is well within the capability of the a-Si H devices. To prevent charge leaking from the panel before the display is refreshed, the RC time constant of the TFT and pixel capacitor must be larger than 30 ms, which translates to a requirement that the off-current of the TFT be less than 10" A. Again this is comfortably within the TFT operating characteristics. Thus active matrix displays with at least 1000 lines are possible with present a-Si H TFT technology. The low charge requirements of the liquid crystal allows the use of the a-Si H devices and the low off-current, which is inherent to the a-Si H TFT, is an essential feature. [Pg.393]

Three days later, replace the medium by a BBB-inducing medium, developed in collaboration with Cellial Technologies (Lens, France). This conditioned medium is harvested 48 h after refreshing the original coculture system medium and is frozen until further use. [Pg.158]


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See also in sourсe #XX -- [ Pg.433 ]




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