Technological evolution

The CSD DIVA has been developed to meet the specific needs of onboard equipment  

The CSD DIVA is based on the CCTE card, which integrates the four basic functions of an onboard CSD onto a single card  

These four microprocessors are cormected together by a PCI bus, which allows the exchange of data and a set of IT buses that enables the synchronization of the whole. 

Furthermore, the CCTE offers the possibility of adding extensions called daughter cards  

The CSD DIVA is made up of three CCTE (CCTEl, CCTE2, and CCTE3), each containing a power card (ACSDV) there is no shared mode between the different CCTE cards  

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Process Technology Evolution. Maleic anhydride was first commercially produced in the early 1930s by the vapor-phase oxidation of benzene [71-43-2]. The use of benzene as a feedstock for the production of maleic anhydride was dominant in the world market well into the 1980s. Several processes have been used for the production of maleic anhydride from benzene with the most common one from Scientific Design. Small amounts of maleic acid are produced as a by-product in production of phthaHc anhydride [85-44-9]. This can be converted to either maleic anhydride or fumaric acid. Benzene, although easily oxidized to maleic anhydride with high selectivity, is an inherently inefficient feedstock since two excess carbon atoms are present in the raw material. Various compounds have been evaluated as raw material substitutes for benzene in production of maleic anhydride. Fixed- and fluid-bed processes for production of maleic anhydride from the butenes present in mixed streams have been practiced commercially. None of these... 

Nolan JP, Sklar LA (2002) Suspension array technology evolution of the flat-array paradigm. Trends Biotechnol 20 9-12... 

Garud, R. Rappa, M. 1994. A socio-cognitive model of technology evolution. Organization Science, 5 344—362. 

Process Technology Evolution, Growth in the worldwide maleic anhydride industry is exclusively in the buianc-lo-inaleic anhydride route, often at the expense of benzene-based production. Table 2 shows I 995 and estimated 1996. 1997. and 2000 worldwide maleic production capacity broken down in categories of benzene, butane and phlhalie anhydride coproduct. As can be seen from this table butane routes are expected to grow at the expense of benzene-based processes. 

For further details on technological evolutions, see Demailly and Quirion (2005a), where the decreases in added materials prices due to production losses are not taken into account. 

Rhoades RL. Snapshot of CMP technology evolution for non-traditional applications. Proceedings of the 11th CMP-MIC 2006. p343-346. 

The technological evolution of LC/MS and LC/MS/MS has allowed pharmaceutical scientists to address pharmacokinetics-related questions early in drug discovery. By careful and judicious use of cassette pharmacokinetic data coupled with biological activity data, the overall probability of discovering and developing drug-like compounds appears to have increased. 

Given the evidence of brain evolution and the archaeological evidence of technological evolution,... 

Details on the electrodes construction and on the technological evolution are given in chapter 8. 

With the technological evolution during the last 15 years high efficiency column materials have appeared, and with them the development of high-performance liquid chromatography. 

The recent technological evolution requires ecologically safe processing In the field of photoresists systems. Within this scope It Is worthwhile to mention the use of 1-azldopyrene as an Interesting sensitizer to reduce the solubility of novolacs t3rpe phenolic resins In alkaline developers (79). 

The impact of molecular graphics studies in lead generation and optimization is overwhelming. Advances in mathematical and computational sciences, coupled to the fast technological evolution of computers, will continue to offer to pharmacochemistry tools of ever-increasing sophistication and efficiency [12],... 

Technology Evolution of Absorbable/Biodegradable Polymers as Materials... 

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