Prototype construction

Harbottle RP, Cooper RG, Hart SL, et al. An RGD-oligolysine peptide a prototype construct for integrin-mediated gene delivery. Hum Gene Ther 1998 9(7) 1037-1047. 

Shortens prototype construction time and improves product design. 

Concurrent Technologies Corporation (CTC), through the Navy ManTech National Metalworking Center (NMC), has advanced the development of FSW in thick-section 5083, 2195, and 2519 A1 for ground and amphibious combat vehicles. Several large-scale prototypes have been completed. The work by CTC and NMC has provided a valuable transition of the technology from subscale laboratory work to full-scale prototype construction— the last major step before production implementation. 

Fig. 12 PVA-C heart valve prototype constructed using the arc subtending two straight lines geometry that integrates into a single part the three leaflets, stent, and sewing ring. Reprinted from [100] with permission. Copyright (2004) Elsevier...

While the reactor core technology is proven, the heat transport and plant layout selected for these concepts are quite innovative. The concepts have neither completed final design nor been submitted for licensing they are up to a decade into the future before prototype construction and subsequent commercialization. 

Individual innovative features and their combinations could be validated and demonstrated to a full extent on mock-ups and prototypes. Construction of a pilot full-scale plant may be required to make final decisions on the selection of operating parameters and modes. 

Model building, prototype construction, soft tooling, and pattern making are the key steps in product design. These stages, which are usually expensive and time consuming, often... 

Targeted deployment date 2005 Initiation of prototype-construction related actions by the end of 2010 -... 

The conceptual design of the reactor and the basic design of major nuclear systems have been completed. It is projected that, under favourable conditions, the design could be sufficiently complete to enable initiation of prototype-construction related actions by the end of 2010, subject to the availability of funds and regulatory and other statutory clearances. 

Magan, H.B., et al., 2014. CAREM Prototype Construction and Licensing Status. lAEA-CN-164-5S01. IAEA. 

The construction of an aberration-corrected TEM proved to be teclmically more demanding the point resolution of a conventional TEM today is of the order of 1-2 A. Therefore, the aim of a corrected TEM must be to increase the resolution beyond the 1 A barrier. This unplies a great number of additional stability problems, which can only be solved by the most modem technologies. The first corrected TEM prototype was presented by Flaider and coworkers [M]- Eigure BE 17.9 shows the unprovement in image quality and interpretability gained from the correction of the spherical aberration in the case of a materials science sample. 

Generalizing on [12], we construct a loop by using a sequence of three elementary reactions. It is emphasized that the reactions comprising the loop must be elementary ones There should not be any other spin pairing combination that connects two anchors. This ensures that the loop in question is indeed the smallest possible one. Inspection of the loops depicted in Figure 4 shows that the H3 and H4 systems are entirely analogous. We include the H3 system in order to introduce the coordinates spanning the plane in which the loop lies, and as a prototype of all three-electron systems. 

D Monte, D. (1997). Construction Begins on India s First Tidal-Energy Power-Plant Prototype. Solar Letter 7(3) 42-43. 

IWSs would most likely he factory-built and integrated into conventional construction, replacing likely framing components. IWS prototypes are being designed. 

Methods are used to produce the more costly rapid prototypes include those that produce models within a few hours. They include photopolymerization, laser tooling, and their modifications. The laser sintering process uses powdered TP rather than chemically reactive liquid photopolymer used in stereolithography. Models are usually made from certain types of plastics. Also used in the different processes are metals (steel, hard alloys, copper-based alloys, and powdered metals). With powder metal molds, they can be used as inserts in a mold ready to produce prototype products. These systems enable having precise control over the process and constructing products with complex geometries. 

As the end-user in the NATO SfP project Carbons as materials for the electrochemical storage of energy Central Laboratory of Batteries and Cells does research and development works on the application of novel carbonaceous materials to the Li-ion technology. The general idea of these works is to build prototypes of cylindrical Li-ion cells on the basis of materials produced in the cooperating laboratories. The aim of this paper is to examine the applicability of selected commercial and non-commercial carbon materials (with special attention devoted to boron-doped carbons) to the construction of a practical cylindrical Li-ion cells. 

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