Development at Universities

Eormation of N-, 0-, and S-heterocycles in reactions with participation of hy-pervalent iodine (25 years of development at University of Thessaloniki) 98SL221. 

Numerical Model Metadata (NMM http //ncas-cms.nerc.ac.uk/NMM), developed at University of Reading, is an evolving international metadata standard intended for the exchange of information about numerical code bases, and the models/simulations done using them. 

FLUENT, FLOW3D, ASTEC, and FIDAP, and codes that have been developed at universities and industrial laboratories for more specific applications ... 

These droplet-droplet collisions are simulationed by use of an in-house VOF code called FS3D developed at University of Stuttgart and Institut fiir Thermody-namik der Luft-und Raumfahrt, ITLR... 

Cross-linked cellulose based adsorbent beads have been under development at University Department of Chemical Technology (UDCT), Mumbai, and IIT, Delhi for use in expanded bed chromatography. Properties of the beads are claimed to be equivalent or even superior to the imported products. Purification protocols for expanded bed chromatography using cellulose beads for several enzymes are being developed. 

Fig. 4.12 An example of a context-rich group problem developed at University of Minnesota that would make a complete Collaborative Workshop Physics (CWP) session with the tasks shown in Figs. 4.3 and 4.4. Context-rich problems were most often used as-is from (Heller and Heller 2007a) with little or no modifications...

As the theory of PN can be classified as technically mature, the first challenging concern is to provide an adequate software-tool. One has to admit that the tools already in the market have been developed at universities and are not appropriate for real industrial systems. According to Isograph (producer of rehabdity analysis software) there are no continuous demands from industry for such a tool. 

The overall design method developed at University of Patras (see chapter 5) is also not directly oriented to our particular application domain. This alternative method exploits the existence of independent subsets of variable instances, but these are not present in many video processing kernels, so no gains are possible here. Also, since the approach is partly latency-driven, an architecture with less than 100% PE load would be the result. However, the extension to bit-level pipelining can be integrated with the approach presented here to arrive at architectures with extremely high clock frequencies. This was not required for the ME demonstrator. 

Vanapalli, S. and Lerou, R, Microcooling Developments at University of Twente, MESA + report dated 2/6/2006. University of Twente, NL. 

This paper presents a project developed at University of Minho which main goal was the improvement of the existent inserts in terms of comfort. A detailed analysis of the penetration resistant inserts available in the market was made. Chemical, metrological and destructive tests were performed to the normally used materials allowing us to obtain the necessary information about the inserts and select new materials to be applied in this component. The comfort properties (air permeability, mass per unit of area and frictional properties) of the selected materials were tested and compared with the aramid based materials properties to see if the replacement of aramid for any of these materials is profitable in terms of comfort. 

The work presented here is based on the development at University of Regensburg by Ulbrich et td. [55]. It utilizes the novel process windows offered by continuous-flow microreactor technology [56]. A conventional industrial batch synthesis of the product 4-hydroxycyclopentanone, which is an important intermediate for pharmaceutical building blocks, was described previously [57]. In a recent publication, Nettekoven et al. [58] described an investigation of a synthetic route for five-membered ring structures used as pharmaceutical synthetic building blocks based on furfuryl alcohol... 

Data collection was carried out using the Open Source software Open Data Kit (ODK), developed at University of Washington—Department of Computer Science and Engineering (Open Data Kit 2013). ODK consists of a suite of modular applications allowing people for ... 

Wang LH and Jacques SL (1992) Monte Carlo Modeling of Light Transport in Multi-layered Tissues in Standard C, developed at University of Texas M.D. Anderson Cancer Center. Available through lwang tamu.edu. 

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