Polymer synthesis technologies

Lewis, S. R, Mathers, R. T. Advances in Acid Mediated Polymerizationsr, JnRenew-able Polymers, Synthesis, Technology and Processing Vikas, M., Ed., Wiley-VCH New York, 2011 pp. 69-173. 

Core technical competencies may be composed of a number of core or key technologies. The competencies in turn can support product families, platforms, or core products, which then support individual products. These products may ultimately be found in a number of forms or shapes. For example, a key technology such as polymer characterization may support a competency in polymer synthesis and architecture, which in turn supports the platform of fluoropolymers and the product family of Teflon (DuPont) fluoropolymer resins that can be found as films, fibers, or in other forms. 

Byrom, D. 1987. Polymer synthesis by microorganisms technology and economics. 

Technologies for the sustained manufacture of high polymers that reduce the burden on the natural environment are discussed. A review is included of high polymer synthesis using syngas and its derivatives that can be obtained through... 

Sometimes, new values are added not only to the polymer itself, but also to the shape or physical state of the processed polymers to maximize the profit opportunity. For example, when a company develops a novel polymeric material and its manufacturing technology, the company may prefer to make their novel polymers available to customers in the form of intermediate consumer products, such as hi performance films or fibers, rather than manufacturing and selling bulk resins to industrial customers. To do so, the company should have a line of technical capabilities from polymer synthesis to consumer product manufacturing. 

Olefin metathesis technology, in polymer synthesis, 26 944-948 Olefin oligomerization, 16 111 Olefin oxides, alkanolamines from (with ammonia), 2 122-140 Olefin polymerization, organic titanium compounds in, 25 122 Olefin(ic) polymers, 17 699-709 ethylene-propylene elastomers, 17 705-707... 

Tanaka, M. Hatanaka, Y. Hydrosilylation and Silylation in Organosilicon Polymer Synthesis. In Silicon-based Polymers The Science and Technology of their Synthesis and Application-, Jones, R. G., Ando, W., Chojnowski, J., Eds. Kluwer Dordrecht, 2000 pp 439460. 

Chapter 11 - In work the synthesis technology of zinccontaining polymer - inorganic composite on the basis of products of secondary raw material processing at joint precipitating with carbamide and formaldehyde (ZnCFO) is described. 

Protein polymers based on Lys-25 were prepared by recombinant DNA (rDNA) technology and bacterial protein expression. The main advantage of this approach is the ability to directly produce high molecular weight polypeptides of exact amino acid sequence with high fidelity as required for this investigation. In contrast to conventional polymer synthesis, protein biosynthesis proceeds with near-absolute control of macromolecular architecture, i.e., size, composition, sequence, topology, and stereochemistry. Biosynthetic polyfa-amino acids) can be considered as model uniform polymers and may possess unique structures and, hence, materials properties, as a consequence of their sequence specificity [11]. Protein biosynthesis affords an opportunity to completely specify the primary structure of the polypeptide repeat and analyze the effect of sequence and structural uniformity on the properties of the protein network. 

Labrecque, B., and Roy, A. (1990) Pilot plant study of an energetic azide polymer synthesis. TTCP, W-4, 15th Meeting on Propulsion Technology, DREV, Valcartier, Canada. 

Advances in polymer synthesis, characterization and conjugation chemistry have stimulated the development of drug macromolecularization technology. In this regard, a variety of studies on insulin modification with polysaccharides, polyvinyls and polyethylene glycols have been carried out. 

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