Core technology

Pipe and fittings remain a significant market for ABS, particularly in North America. ABS foam core technology allows ABS resin to compete effectively with PVC in the primary drain-waste and vent (DWV) pipe market. 

Diamond Coring Technology, student manual, Christensen, Inc. 

Soluble core molding The soluble core technology (SCT) is called by different names such as soluble fusible metal core technology (FMCT), fusible core, lost-core, and lost-wax techniques (3). In this process, a core [usually molded of a low melting alloy (eutectic mixture) but can also use water soluble TPs, wax formulations, etc.] is inserted into a mold such as an injection molding mold. This core can be of thin wall or solid construction. 

Many companies spiecialize in the production of chemicals grouped in chemical trees characterized by the same chemical roots (compounds) or the same/similar method of manufacturing. Examples are the Lonza trees based upon (I) hydrogen cyanide, (2) ketene (H2C=C=0) and diketene (4-methyleneoxetan-2-one), and (3) nitrogen heterocycles. A different t3q)e of tree is that of DSM Chemie Linz, which branches out from ozonolysis as the core technology (Stinson, 1996). Wacker Chemie has developed its chemical tree leading to acetoacetates, other acylacetates, and 2-ketones (Stinson, 1997). Table 1.1 shows examples of fine chemicals. 

Along with thermodynamics, catalysis is one of the core technologies for an economically interesting use of C02 as feedstock in chemical processes. This is one of the areas most... 

Marina O and Stevenson J. Development of ceramic composites as SOFC anodes. Presented at the SECA core technology program review meeting, Albany NY, September 2003, see the link at DOE SECA program website http //www.netl.doe. gov/publications/proceedings/03/seca-review/marina.pdf... 

J. Stevenson, SOFC Seals Materials Status, PNNL Presentation at SECA Core Technology Program—SOFC Seal Meeting, July 8,2003, Sandia National Laboratory, Albuquerque, NM. 

R. Loehman et al., Development of Reliable Methods for Sealing Solid Oxide Fuel Cell Stacks, SECA Core Technology Program Review, January 27-28, 2005, Tampa,... 

M.M. Seabaugh and B. Emley, Textured Composite Seals for Low Temperature SOFCs, SECA Core Technology Program, SOFC Seal Meeting, July 7, 2003. 

Core technologies, 21 625-626, 629 Core tissues, in flax fiber, 11 597-598 Corex process, 14 520-521 Corey-Pauling-Kolton (CPK) surfaces, 16 732... 

Polymorphism is the ability of the same chemical substance to exist in different crystalline structures that have the same empirical composition [39,40]. It is now well established that DSC is one of the core technologies used to study the phenomenon. Polymorphic systems are often distinguished on the basis of the type of interconversion between the different forms, being classified as either enantiotropic or monotropic in nature. 

Catalysis is a core technology of the current fossil fuel based economy. Over 90% of industrial chemical processes involve catalytic steps and, also, several processes in current refineries are catalytic ones. Without continuous progress and innovation in catalysis, the current pervasive oil-based economy is not possible. Similarly, catalysis technology will also have a key role in the transition to a biobased economy. The possibility of realizing this transition and to develop effective bio-refineries will depend on the progress made in developing new catalytic processes and concepts. 

Hemmila I, Webb S (1997) Time-resolved fluorometry an overview of the labels and core technologies for drug screening applications. Drug Discov Today 2 373-381... 

Marcel J. J. Blommers Core Technologies Novartis Pharma AG P.O. Box CH-4002 Basel Switzerland... 

In contrast, we present in Table 13.2 the potential cost based on phase fluorometry. We have not broken our analysis down by analyte, as one instrument may be sufficient for several analytes. This may be an advantage of our generic core technology whose superior value will become even more compelling as new probes are synthesized for other analytes. 

The basic equipment in the ADME/Tox laboratory revolves around three major core technologies (i) liquid handling (ii) detection and analysis instrumentation and (iii) sofiware for data retrieval, analysis, interpretation and quality control. 

Julian Davis Professor of Medicine, Endocrine Sciences Research Group, School of Medicine, University of Manchester, Core Technology Facility, 46 Grafton Street Manchester MI3 9PT, UK... 

This research was supported by the Nanotechnology based Core Technology Development for Next Generation Business of MOCIE (00014876) in Korea and the BK 21 program. 

The main goal of the proteomic research is to find the distinction between quantitative regulation and structural proteomics. Today, the core technology of proteomics is 2DE (two-dimensional electrophoresis) coupled with MS (mass spectrometry). It offers the most widely accepted way of gathering qualitative and quantitative protein behavioral data in cells, tissues, and fluids to form proteomic databases. 

SHINJI ANDO, TOHRU MATSUURA, and SHIGEKUNI SASAKI Science and Core Technology Group, Nippon Telegraph and Telephone Corp., Musashino-shi, Tokyo 180, Japan. Present address of SHINJI ANDO, Department of Polymer Chemistry, Tokyo Institute of Technology, Meguro-ku. Tokt o. 152, Japan. 

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