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Polymers:     more books (100)

Handbook of Polymer Science and Technology. Volume 2: Performance Properties of Plastics and Elastomers Polymer Crystallization: The Development of Crystalline Order in Thermoplastic Polymers (American Chemical Society Publication) by Jerome Schultz, 2001-09-13 Annie Lang's Polymer Clay Characters by Stacey Morgan, 2003-07 Polymer Photovoltaics: A Practical Approach (SPIE Press Monograph Vol. PM175) by Frederik C. Krebs (Editor), 2008-03-21 Polymer Science Overview: A Tribute to Herman F. Mark (Acs Symposium Series,) Advanced Polymer Nanoparticles: Synthesis and Surface Modifications Quick & Easy Gifts in Polymer Clay by Lisa Pavelka, 2005-09-05 Polymer Therapeutics II: Polymers as Drugs, Conjugates and Gene Delivery Sytems (Advances in Polymer Science) (v. 2) Polymer Clay: Creating Functional and Decorative Objects by Jacqueline Gikow, 2001-10 Mechanical Response of Polymers: An Introduction by Alan S. Wineman, K. R. Rajagopal, 2000-06-05 Electroactive Polymers for Robotic Applications: Artificial Muscles and Sensors Polymer Blends Handbook (v. 1 & 2) Biomedical Polymers and Polymer Therapeutics Polymers in Drug Delivery

lists with details

101. DuPont Industrial Polymers: Material Safety Data
     Go to the Home Page Home, Material Safety Data. DuPont Industrial polymers. DuPontIndustrial polymers. You can request an MSDS by telephone or by email.  
     http://www.dupont.com/industrial-polymers/msds.html
     
     Extractions: You can request an MSDS by telephone or by e-mail. Normal telephone hours are 7:00 a.m. to 4:00 p.m. Eastern (United States) Standard Time. (Voice mail requests can be left at any time.) Call (U.S.): 302-999-4586 Or e-mail: Kathy.J.Sammons-1@usa.dupont.com To help us serve you, please provide your name, mailing address, which products you need MSDS for, and a telephone number where you can be reached if there is a question.

102. Polymers And Biosystems Group
     Interdisciplinary research group that seeks to conduct basic and developmental research that will provide the basis for the design, synthesis, engineering, testing and application of polymers in environmentally friendly and biocompatible ways.  
     http://www.ims.uconn.edu/polymer/specialres/biosystems.htm
     
     Extractions: Optoelectronic Devices Nanomaterials Research Photonic Systems Home The Polymers and Biosystems Group The Polymers and Biosystems Group is a new IMS interdisciplinary research group that seeks to conduct basic and developmental research that will provide the basis for the design, synthesis, engineering, testing and application of polymers in environmentally friendly and biocompatible ways. The emphasis of the research and development efforts are directed towards Fundamental research for understanding the interactions between polymers and biosystems. Design, synthesis, processing and testing of polymers from renewable biological resources with controllable lifetimes. Engineering and processing for biomedical, agricultural and packaging applications. Environmentally and biocompatible polymer waste management. Promote direct technical interactions and information exchange with industrial and governmental institutions. Interdisciplinary training at graduate and postgraduate levels as well as continuous education.

103. Bayer Group - New Address
     Bayer is an international, researchbased group with major businessesin life sciences, polymers and specialty chemicals. Employing  
     http://www.bayer.com/en/tk/polymers.php

104. FUGAFIL Saran - Monofilamente, Technische Gewebe, Filtermedien, Filterservice, T
     Germany. Industrial, mono and multi-filament yarns from a variety of polymers. Technical textiles for laminating, conveyor belts, sieves, dry belts, filtration media and a range of industrial applications. English and German.  
     http://www.fugafil.de/

105. BUBL LINK / 5:15 Internet Resources: Polymers
     EEVL Database of Engineering Resources polymers, Ceramics and Composites Linksto numerous annotated and evaluated online resources relevant to polymers  
     http://bubl.ac.uk/link/p/polymers.htm
     
     Extractions: BUBL LINK / 5:15 Catalogue of Internet Resources Home Search Subject Menus A-Z ... About A-Z Index Titles Descriptions EEVL Database of Engineering Resources: Polymers, Ceramics and Composites About.com: Chemistry British Plastics and Rubber Online Center for Polymer Studies ... Topica: Science / Chemistry Page last updated: 17 March 2003 Comments: bubl@bubl.ac.uk EEVL Database of Engineering Resources: Polymers, Ceramics and Composites Links to numerous annotated and evaluated online resources relevant to polymers, ceramics and composites. Last checked: About.com: Chemistry Offers original articles and features about chemistry, plus annotated links to selected relevant Internet resources compiled by a subject specialist, a subject-specific bulletin board, and details of related news and events. Topics include analytical chemistry, atomic structure, biochemistry, chromatography, crystallography, electrochemistry, plastics and polymers, and spectroscopy.

106. EPI Home Page
     Welcome to the Web Pages of the Emulsion polymers Institute (EPI) at Lehigh University.Our Mission. The Emulsion polymers Institute (EPI) was formed in 1975.  
     http://www.lehigh.edu/~esd0/epihome.html
     
     Extractions: Welcome to the Web Pages of the Emulsion Polymers Institute (EPI) at Lehigh University To develop and carry out broad-based programs of fundamental and applied research in the area of polymer colloids To educate scientists and engineers in this area The 35th Annual Short Course: "Advances in Emulsion Polymerization and Latex Technology" will be held at Lehigh June 7 to 11, 2004. Information on the 2004 course is now available by clicking here or by clicking on the courses/seminar button on the left. Please note that as of May 11, 2004 there is still plenty of space remaining for course registration. The meeting schedule has now also been posted on the course web page. Power Point presentations from the March 17-18, 2004 Annual Review Meeting are now available to LIAISON MEMBERS ONLY in the "Members Only" area of the web site. NSF Funded Research As part of our outreach efforts, a presentation in PDF format summarizing the research results that were obtained in the course of our 3 year NSF Grant (# CTS-9980208, "Kinetics and Mechanism of Stable Free Radical Miniemulsion Polymerization (SFRMP) and Application to the Preparation of Nanostructured Latex Particles", Dean and Professor Mohamed S. El-Aasser, Principal Investigator), may be obtained by clicking here Polymer latexes, also known as emulsion polymers, are colloidal dispersions of submicroscopic polymer particles in a continuous medium. The best known example is the natural latex produced by the rubber tree

107. Albemarle Fine And Specialty Chemicals
     Manufacturer of polymer and fine chemicals, which include additives and intermediates used in agricultural and cleaning products, drilling compounds, pharmaceuticals such as ibuprofenbased drugs, photographic chemicals, plastics, and polymers. (NYSE ALB)  
     http://www.albemarle.com/

108. Household Science For Kids: Slime & Polymers
     Things to Remember The Slime we made is just a demonstration of how certainpolymers are effected by other chemicals, such as crosslinkers .  
     http://www.fatlion.com/science/slime.html
     
     Extractions: In the jar or water cup, we'll make a saturated solution of borax. Combine a tablespoon of borax powder with a cup or so of water and stir. It's easier if you use a jar with a lid as you can then screw on the lid and shake the mixture well. If all of the borax powder dissolves, then you need to add a bit more. When you get to the point where no more borax will dissolve, then the solution is saturated. Now, add about two tablespoons of the borax solution to the bowl with the glue and water mixture and stir quickly. The resulting mixture should be slimy or gooey. You can save your slime for a long time by putting the 'stuff' into sealable plastic bags. If your slime dries out, you can add a bit of water back into it. If it gets too dry, you'll have to start over. What's going on? Knowing just how much Borax solution to add is the trick to this experiment. If you add too little, your slime will contain excess glue (the polymer part) and it will be sticky. If you add too much, your slime will be very wet (too much 'cross-linking'). Touch your slime with your hands when it doesn't look like a liquid anymore. If your slime feels sticky, try adding a little Borax solution. If your slime feels very wet and slippery (but is not still runny), remove it from the container and kneed it in your hands. In a few minutes, any extra Borax solution will evaporate or be absorbed.

109. Polymers In Automobile Industry
     About polymers and their uses and possible uses in the automobile industry, written for a general audience.  
     http://polymerics.tripod.com/

110. Dutch Polymer Institute - DPI
     and processing industries in the Netherlands and knowledge institutes (universitiesand TNO) that have a track record in the research of polymers and polymer  
     http://www.polymers.nl/

111. ÎÂÖÝÊÐå¾Óî¸ß·Ö×Ó²ÄÁÏÓÐÏÞ¹«Ë¾--Ë®ÐÔ¾Û°±õ¥
     China. Manufacturers of waterbased polyurethane resins and adhesives for natural and artificial leather, textile fabric treatment and finishing, and paper coating. English and Chinese.  
     http://www.chinachemnet.com/huanyu
     
     Extractions: ÎÂÖÝÊÐå¾Óî¸ß·Ö×Ó²ÄÁÏÓÐÏÞ¹«Ë¾ÊÇÎÒ¹ú»·±£Ð͸߷Ö×Ó²ÄÁÏÁìÓòµÄÒ»Ö§ÉúÁ¦¾ü£¬¹«Ë¾Î»ÓÚÕã½­Ê¡ÎÂÖÝÊо­¼¼¼Êõ¿ª·¢Çø´´ÒµÔ°Çø£¬²¢·Ö±ðÔÚ±±¾©¡¢½­ËÕ¡¢Õã½­µÈµØ×齨Á˶ദÑз¢¡¢Éú²ú¡¢¹ºÏúÖÐÐÄ£¬ÊÇÒ»¼Ò¼¯¿ÆÑС¢Éú²ú¡¢³Ò×ΪһÌåµÄ¸ßм¼ÊõÆóÒµ¡£¹«Ë¾Æ¸ÇëË®ÐԸ߷Ö×Ó¡¢ºÏ³ÉÊ÷Ö¬¡¢Æ¤¸ï»¯¹¤¡¢Ö¯Îï´¦ÀíµÈ·½æµÄ¸÷Ààרҵ¿Æ¼¼È˲ţ¬ÐγÉÁËÒÔÐÐҵר¼ÒΪ´øÍ·È˵ĸßËØÖÊ¿ÆÑжÓÎ顣Ŀǰ£¬¹«Ë¾Ö÷µ¼²úÆ·ÓÐË®ÐԺϳɸï PU Ê÷Ö¬¡¢Ë®ÐÔÖ¯ÎïÍ¿²ã PU Ê÷Ö¬¡¢Ë®ÐÔƤ¸ïÍ¿ÊÎ PU Ê÷Ö¬¡¢Ë®ÐÔ½ºÕ³ PU Ê÷Ö¬¡¢Ë®ÐÔÖ¯ÎïÕûÀí PU Ê÷Ö¬¡¢Ë®ÐÔ²£ÏËÉϽ¬ PU Ê÷Ö¬¡¢Ë®ÐÔÖ½ÕÅÍ¿ÁÏ PU Ê÷Ö¬µÈ¶à¸öϵÁаÙÓàÖÖ²úÆ·¡£ Ë®ÐԺϳɸï PUÊ÷Ö¬ Ë®ÐԺϳɸïϵÁÐ PUÊ÷Ö¬£¬¾ßÓÐÎÞ¶¾¡¢ÎÞÎÛȾ¡¢Ê©¹¤·½±ã¡¢°²È«µÈÌص㡣ÊÇÈܼÁÐͺϳɸïPUÊ÷Ö¬µÄÖ÷ÒªÌæ´úÆ·£¬¾ßÓÐÁ¼ºµÄ³ÉĤÐÔÄÜ£¬ÊÊÓÓںϳɸÒÆĤ¸ï¡¢³¬Ï˲ÄÁϵȵÄÅçÍ¿»ò¹öÍ¿æ²ã¼Ó¹¤£¬¿ÉÖ±½ÓÍ¿²¼£¬Ò²¿ÉתÒÆ·¨Ê©¹¤¡£¸÷ÖÖ²»Í¬Ä£Á¿ÒÔ¼°²»Í¬ÌØÐÔµÄÊ÷Ö¬²úÆ·¿ÉÒÔÂú×㲻ͬÖÆÆ·µÄÒªÇó£¬ËùÖƲúÆ·¾ßÓиßÇ¿¶È¡¢¸ßµ¯ÐÔ¡¢Äͺ®¡¢ÄÍÇüÕÛ¡¢ÄÍ°þÀë¡¢ÄÍ×ÏÍâÏß¡¢ÄÍË®½â¡¢ÄÍʪÈÈ¡¢ÄÍÈܼÁÒÔ¼°ÊÖ¸ÐÁ¼ºµÈÌص㡣 Ë®ÐÔÖ¯ÎïÍ¿²ã PUÊ÷Ö¬ Ë®ÐÔÖ¯ÎïÍ¿²ãϵÁÐ PUÊ÷Ö¬£¬¾ßÓÐÎÞ¶¾¡¢ÎÞ»·¾³ÎÛȾ¡¢Éú²ú°²È«µÈÌص㡣¿ÉÂú×ã³ö¿Ú²úÆ·ÒªÇó£¬ÆäÄÍÄ¥ÐÔ¡¢Ç¿¶ÈºÍÄ͵ÍοªÁÑÐÔ¸ßÓÚ±ûÏ©ËáÖ¬ÈéÒº¼°Ë®ÐÔÒÒÏ©»ùÊ÷֬Ϳ²ã¼Á£¬ÊÇÍƼöʹӵĸߵµÖ¯ÎïÍ¿²ã¼Á£¬¿ÉÓÓÚ¶àÖÖÎ޷IJ¼¡¢ÕëÖ¯²¼¡¢ÆðÈÞÞÖ¯²¼µÄ·ÀÓꡢԲʡ¢ÉÁ¹â¡¢·¢ÅÝ¡¢·Ä×êÈ޵Ȳ»Í¬¹¦ÄܵÄæÍ¿ÐèÇó£¬Ò²ÊÊÓÓÚ¸÷ÖÖÖ¯ÎïµÄµ×Í¿£¬ÊʺÏÓÚº¬½þ£¨°üÀ¨ÈÈô£©¹¤ÒÕÉú²úÏß¡£¿ÉÒÔ²ÉӸɷ¨×ªÒÆÍ¿²ãÌùĤ¹¤ÒÕ»òÍ¿²ãÔþ»¨¹¤ÒÕ£¬Ë®ÐÔ¾Û°±õ¥Í¿²ãÖ¯Îï¾ßÓÐÍ¿²ã±¡¡¢µ¯ÐÔº¡¢ÊÖ¸ÐÈí¡¢ÄÍÈܼÁ¡¢Äͺ®¡¢ÄÍÄ¥¡¢·Àˮ͸ÆøµÈÓŵ㡣 Ë®ÐÔƤ¸ïÍ¿ÊÎ PUÊ÷Ö¬ Ë®ÐÔƤ¸ïÍ¿ÊÎϵÁÐ PUÊ÷Ö¬£¬ÓëÈܼÁÐ͹âÁÁ¼ÁÏà±È£¬¾ßÓвÙ×÷¸ü°²È«¡¢·½±ã£¬ÎÞ»·¾³ÎÛȾ£¬Óë³£¹æʹӵıûÏ©ËáÖ¬ÈéҺƤ¸ïÍ¿ÊμÁÏà±È£¬¾ßÓÐÄ͵ÍÎÂÐÔÄܺ¡¢ÄÍÄ¥¡¢ÊÖ¸ÐÈáÈí¡¢·áÂúµÈÌص㣬¿Ë·þÁ˱ûÏ©ËáÊ÷Ö¬µÄ¡°ÈÈÕ³Àä´à¡±Ìص㡣¿ÉÓ¦ÓÔÚ¸÷ÀàƤ¸ïÍ¿ÊÎÖУ¬ÊÊÓÓڵײ㡢×ÅÉ«²ã£¨µ×É«Í¿²ã£©¡¢æÊβ㣨¶¥²ã£©µÄÅçÍ¿»ò¹öÍ¿¼Ó¹¤¡£Ê¹Æ¤¸ï¾­ÐÞÊκó£¬Í¿²ã¾ßÓÐÓÅÒìµÄ¿¹ÈܼÁÐÔ¡¢ÈáÈíÐÔº¡¢¿¹ÕÅÇ¿¶È´ó¡¢ÄÍÄ¥ÐÔº¡¢Ñ¹»¨³ÉÐÍÐÔº¡¢½Ó×ÅÐÔºµÈ²»Í¬Ìص㣬Äܸ³Óè¸ï×ÔÈ»µÄÍâ¹ÛÓëÊָС£ÓÈÆä±¾¹«Ë¾Ë®ÐԸ߹̺¬Á¿Ö¬·¾×å¾Û°±õ¥Æ¤¸ïÍ¿ÊμÁ£¬ÒòÆäÁ¼ºµÄƽϸ¶È£¬³Ö¾¶ø¸ß¹âµÄÁÁ¶È£¬¼«¼ÑµÄÄÍÇüÕÛÐÔÄÜ£¬ÓÅÁ¼µÄÐԼ۱ȣ¬Ê¹µËüÔÚ¿ª±ßÖé¡¢Æá¸ïÍ¿ÊÎÖдó·ÅÒì²Ê£¬ÍêÈ«¿ÉÒÔÈ¡´úͬÀàµÄ½ø¿Ú²úÆ·¡£

112. SwetsWise: Login
     AZoM Metals, Ceramics, polymers, Composites, An Engineers design and materials community worldwide. Content includes the wholematerials spectrum of Metals, Ceramics, polymers and Composites.  
     http://www.swetswise.com/link/access_db?issn=1084-0184

113. E Klein And Co
     Recyclers of nylon plastic lumps, extrusion waste, yarn waste, flakes, and substandard polymers.  
     http://www.eklein.co.uk

114. Adhesion Of Polymers
     Adhesion of polymers. Adhesion of polymers by Veselovsky, RA; Kestelman,VN © 2002 McGrawHill Title Details Ordering Info This  
     http://www.knovel.com/knovel2/Toc.jsp?SpaceID=10067&BookID=565

115. Home Page
     USA. One or bicomponent staple fibers for the textile and nonwovens industries, from a variety of melt spinnable polymers and with custom tailored cross sections. Comprehensive product information and specifications. On-line articles. Links to related sites.  
     http://www.fitfibers.com/
     
     Extractions: Advanced fiber technology devoted to meeting your specific needs. Fiber Innovation Technology, Inc. is designed, built and operated to produce specialty synthetic fibers for demanding applications in textiles and nonwovens. Our state-of-the-art facility in Johnson City, Tennessee, includes a highly versatile world-scale production line as well as a semi-works facility for product development. We are staffed with people from throughout the manufactured fiber industry and with unmatched breadth and depth of relevant experience. 398 Innovation Drive - Johnson City, TN USA As our name implies, innovation in specialty fibers is what we are about. Fiber Innovation Technology offers diverse capabilities to develop and manufacture bicomponent and other customized fibers. These capabilities make us an ideal partner to help you with the solution to your specialty fiber needs. We offer: Rapid Response Small Minimum Orders Bicomponent Fibers Custom-Designed Fibers Unique Fiber Cross-Sections A Huge Selection of Polymers Click here to get a more in-depth look at one product made possible with our unique capabilities. The featured product changes from time to time, so check back often!

116. Reactive Processing Of Polymers
     Path Home / Plastics Rubber/ Manufacture Processing/ Reactive Processingof polymers. Reactive Processing of polymers by Begishev, VP; Malkin, A.Ya.  
     http://www.knovel.com/knovel2/Toc.jsp?SpaceID=10065&BookID=398

117. No Cookie.
     Manufacture environmentally friendly vinyl acetate and acrylic-based emulsion co-polymers for use in paints and coatings.  
     http://www.airproducts.com/polymers/rms.asp

118. Polymers At Business.com
     polymers industry web links for business products, services, informationand resources. polymers Manufacturers and suppliers polymers.  
     http://www.business.com/directory/chemicals/polymers/

119. Cargill Dow Polymers LLC
     USA. Researchers, developers and producers of polymers from naturally renewable resources. Manufacturers  
     http://www.cdpoly.com/

120. Www.VLXE.com - Home
     The worlds only multi phase flash for poly disperse polymers. All the commonly used thermodynamic models are implemented, and a wide range of property calculations can be done in a matter of seconds.  
     http://www.vlxe.com
     
     Extractions: Welcome to the homepage of VLXE News Support Products Consulting Links Comming Excel VLXE Models Calculations Interface Databases Trace Background VLXE is software/consulting company started as an academic spin-off. The focus of the company is thermodynamic calculations on systems with polydisperse polymers. The first software product, version 1.0, provides the user with robust calculations of a large range of thermodynamic properties of systems both with and without polydisperse polymers. Work has begun on version 2.0 that will see VLXE grow into a one-stop software solution for any problem related to PVT properties for systems with polymers. Thermodynamic models in VLXE version 1.0 Overview of the calculations in VLXE version 1.0 Type Pure solvent Solvents Solvent(s)/Poly-disperse polymers Bubble T/P Dew T/P Phase envelope Spinodal Critical point(s) T, P, massfraction Phase diagram FAQ What does VLXE cost? Please contact VLXE for a price quote Can new models be added? Yes they will be added by user request

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