1. Polymers They're Everywhere Explains what polymers are, where they re found, and why they re important. From National Geographic. http://www.nationalgeographic.com/resources/ngo/education/plastics/

What Are Polymers? In Nature At Home Recycling What Are Polymers? In Nature At Home Recycling ... Geography Education

2. Polymers What are polymers? Historical Timeline Future Trends Scientific Principles References Resources Master Equipment Grid for Laboratories http://matse1.mse.uiuc.edu/polymers/polymers.html

Polymers Acknowledgments Foreword Introduction What are Polymers? ... Word Document Click and Hold to Download Post Script file MAST Home Page

3. Chemical Of The Week -- Polymers polymers are substances whose molecules have high molar masses and are composed of a large number of repeating units. There are both naturally occurring and http://scifun.chem.wisc.edu/chemweek/POLYMERS/Polymers.html

POLYMERS Polymers are substances whose molecules have high molar masses and are composed of a large number of repeating units. There are both naturally occurring and synthetic polymers. Among naturally occurring polymers are proteins, starches, cellulose, and latex. Synthetic polymers are produced commercially on a very large scale and have a wide range of properties and uses. The materials commonly called plastics are all synthetic polymers. Polymers are formed by chemical reactions in which a large number of molecules called monomers are joined sequentially, forming a chain. In many polymers, only one monomer is used. In others, two or three different monomers may be combined. Polymers are classified by the characteristics of the reactions by which they are formed. If all atoms in the monomers are incorporated into the polymer, the polymer is called an addition polymer . If some of the atoms of the monomers are released into small molecules, such as water, the polymer is called a condensation polymer . Most addition polymers are made from monomers containing a double bond between carbon atoms. Such monomers are called olefins, and most commercial addition polymers are polyolefins. Condensation polymers are made from monomers that have two different groups of atoms which can join together to form, for example, ester or amide links. Polyesters are an important class of commercial polymers, as are polyamides (nylon).

4. Welcome To The Macrogalleria The Macrogalleria A Cyberwonderland of Polymer Fun. Welcome to the Macrogalleria Thanks for visiting, and have fun learning about polymers! http://pslc.ws/macrog.htm

Welcome to the Macrogalleria where our virtual learning shops are filled with free polymer info! We have something for everyone, from beginners who'd like to know what polymers are, to the researcher who needs to know tons of nitty-gritty details. Check out the choices below, and Have Fun exploring and learning! We've been renovating our content, graphics, and more. We hope that we've caught any links that were changed, but if not, please click here to let us know by email so we can correct it. Click on the Macrogalleria image to enter. We also offer the Macrogalleria in these languages: Afrikaans Francais Espanol Italiano ... Portuguese AND... for the young and the young at heart, we have the Kid's Macrogalleria that contains much info and much fun, with activities, demos, and even games that are related to polymers. If you feel really adventurous, try our beta-Macrogalleria site. This site has a clean, simple design that's well into this century, but isn't happy with all browsers (IE for Macs is especially quirky) and still has some css bugs that we know need to be fixed. (We welcome volunteer code-fixers, by the way if you see an issue and fix it, we would be most grateful, and would acknowledge your contribution to the world right here on our site!) As always, we welcome

5. Polymers The word polymer literally means many parts. A polymeric solid material may be considered to be one that contains many chemically bonded parts or units http://www-engr.sjsu.edu/WofMatE/polymers.htm

Exploring Materials Engineering Polymers The word polymer literally means "many parts." A polymeric solid material may be considered to be one that contains many chemically bonded parts or units which themselves are bonded together to form a solid. Two industrially important polymeric materials are plastics and elastomers Plastics are a large and varied group of synthetic materials which are processed by forming or molding into shape. Just as we have many types of metals such as aluminum and copper, we have many types of plastics such as polyethylene and nylon. Plastics can be divided into two classes, thermoplastics and thermosetting plastics, depending on how they are structurally and chemically bonded. Elastomers or rubbers can be elastically deformed a large amount when a force is applied to them and can return to their original shape (or almost) when the force is released. Taken from Principles of Materials Science and Engineering , William F. Smith, McGraw-Hill , Inc., New York. We are all pretty aware of the various plastic/polymer products in our life. On the left is a montage of typical plastic extrusion products. The reference source URL is

6. Polymers.com Is For Sale Historic polymers.com Domain Name For Sale • Plastics.com LLC has announced it has placed for sale it s unused and historic predecessor domain name; http://www.polymers.com/

polymers.com FOR SALE by PLASTICS.COM document.write(TODAY); main page history other plastics related domains about plastics.com ... contact Historic Polymers.com Domain Name For Sale Plastics.com LLC has announced it has placed for sale it's unused and historic predecessor domain name; polymers.com. Following is the press release For editorial information: plastics.com, llc. Greg Koski greg@plastics.com For editorial information: Middle Pond Media Miriam Wolff miriam@middlepondmedia.com FOR IMMEDIATE RELEASE plastics.com to sell polymers.com Fitchburg, Mass. (PLWIRE) Plastics.com, LLC. announced today the intent to sell its top level domain name polymers.com. Polymers.com is a powerful and long established domain name serving as a portal to the plastics industry for over ten years. Plastics.com LLC will continue to operate and serve the plastics community through its website located at www.plastics.com . Company officials stress that this sale does NOT impact the plastics.com website, which is a thriving, global industry portal representing all segments of the plastics industry. This announcement is expected to be exciting news to interested parties with a truly unique opportunity.Â

7. NIST Materials Science And Engineering Laboratory - Polymers Division The polymers Division of the MSEL is the part of the Measurement and Standards Laboratories that provides standards, measurement methods, and fundamental http://polymers.nist.gov/

About Polymers Division Welcome What We Do Division Organization Staff Directory Postdoctoral Positions and Collaborations ... Annual Reports 2005 NEW!! Distinguished Lecture Series 3rd NASA-NIST Workshop on Nanotube Measurements NEW!! Directed Assembly of Functional Materials and Devices Workshop NEW!! Products and Services Research Facilities Publications Updated Monthly! MALDI Standards Reference Materials Biomedical Reference Materials Biomedical Materials Reference ... Research Highlights New! Profiling the Photoresist-Liquid Interface: Fundamentals for Immersion Lithography and Polymer Dissolution Coherent Anti-Stokes Raman Scattering (CARS) for In-Situ Chemical Imaging of Tissue Engineering Constructs Extraordinary Transport Properties of Nanotube/Polymer Nanocomposites Polymer Library Fabrication Techniques using Microfluidic Technology ... Archives... The Polymers Division includes six research groups ; Projects in these programs are described below.

8. Polymers Introduction to polymer science. Part of the Virtual Textbook of Organic Chemstry lecture program by William Reusch. http://www.cem.msu.edu/~reusch/VirtualText/polymers.htm

Polymers Polymers 1. Introduction Prior to the early1920's, chemists doubted the existence of molecules having molecular weights greater than a few thousand. This limiting view was challenged by Hermann Staudinger , a German chemist with experience in studying natural compounds such as rubber and cellulose. In contrast to the prevailing rationalization of these substances as aggregates of small molecules, Staudinger proposed they were made up of macromolecules composed of 10,000 or more atoms. He formulated a polymeric structure for rubber , based on a repeating isoprene unit (referred to as a monomer). For his contributions to chemistry, Staudinger received the 1953 Nobel Prize. The terms polymer and monomer were derived from the Greek roots poly (many), mono (one) and meros (part). Recognition that polymeric macromolecules make up many important natural materials was followed by the creation of synthetic analogs having a variety of properties. Indeed, applications of these materials as fibers, flexible films, adhesives, resistant paints and tough but light solids have transformed modern society. Some important examples of these substances are discussed in the following sections. 2. Writing Formulas for Polymeric Macromolecules

9. The World-Wide Web Virtual Library: Chemical Engineering: Polymers Phoenix polymers, a compounder of proprietary engineering plastics, has created a Web Resource Links Page which has over 75 links worldwide on http://www.che.ufl.edu/WWW-CHE/topics/polymers.html

Chemical Engineering Home Department Graduate ... Alumni Polymers Polymer information resources relevant to chemical and process engineering. Composites Describes a book on Polymeric-, Ceramic-, and Metal-matrix composites, as used in Aerospace, Automotive, and Industrial applications. Dielectric Polymers Inc. A small, high technology adhesive film producer, capable of small trial and production coating runs. DuPont Home Page Transformation, innovation, discovery and scientific excellence make up the cornerstone and history of research and development at DuPont. Describes the company and their global network of scientists and engineers providing core research competencies to protect the environment and promote technology transfer. DuPont Nylon Page Features products offered: Diabasic Ester Intermediates; Amines; Dibasic Ester Solvents General Electric Plastics Descriptions of plastic products including property, selection, selection and design guides. Also includes descriptions of the company and support facilities. General Electric WWW Server Describes and provides links to the General Electric Company diversified technology, manufacturing and services operating on a worldwide basis.

10. ScienceDirect - Carbohydrate Polymers, Volume 73, Issue 1, Pages 1-190 (4 July 2 Highthroughput microarray analysis of pectic polymers by enzymatic epitope deletion Pages 77-81 Jens Øbro, Iben Sørensen, Isabel Moller, Michael Skjøt, http://www.sciencedirect.com/science/journal/01448617

Athens/Institution Login Not Registered? User Name: Password: Remember me on this computer Forgotten password? Home Browse My Settings ... Help Quick Search Title, abstract, keywords Author e.g. j s smith Journal/book title Volume Issue Page Carbohydrate Polymers Shortcut URL to this page: http://www.sciencedirect.com/science/journal/01448617 Alert me about new Journal Issues Add to Favorites setCheckedBoxes ('/scidirimg/sci_dir', 'btn_apply1.gif', 'btn_apply1.gif'); Sample Issue Online About this Journal Submit your Article = Full-text available = Non-subscribed What does this mean? Articles in Press Volume 73 (2008) Volume 73, Issue 1 pp. 1-190 (4 July 2008) Volume 72 (2008) Volume 71 (2008) Volume 70 (2007) Volume 69 (2007) ... Volume 1 (1981) Volume 73, Issue 1, Pages 1-190 (4 July 2008) Article List Full Abstracts articles Inside front cover - Editorial board Page IFC PDF (1446 K) To Purchase and Download the Full Article , Click PDF View Related Articles Articles Template effect of vancomycin aglycon in the oxidative oligomerization of 1,6-dithio- d -mannitol: A MALDI-TOF MS and solvent effect study Pages 1-7 Abstract Full Text + Links PDF (223 K) To Purchase and Download the Full Article , Click PDF View Related Articles Comparative study on the films of poly(vinyl alcohol)/pea starch nanocrystals and poly(vinyl alcohol)/native pea starch Pages 8-17 Yun Chen, Xiaodong Cao, Peter R. Chang and Michel A. Huneault

11. Synthetic Rubber, Thermoplastic Elastomers, Impact Modifiers - Firestone Polymer Firestone polymers is a leading provider of synthetic rubber, including polybutadiene, styrene butadiene, thermoplastic elastomers and impact modifiers. http://www.firesyn.com/

LOCATIONS PRODUCT DEVELOPMENT QUALITY DURADENE FOR TIRES FOR RUBBER GOODS DIENE FOR PLASTICS STEREON FOR PLASTICS FOR ADHESIVES Firestone Polymers supplies synthetic rubber, thermoplastic elastomers and impact modifiers to rubber, plastics, adhesive and asphalt markets around the world. Manufacturers across the globe know they can rely on our outstanding product quality, customer service and technical assistance, no matter which Firestone Polymers product they use. Select a product line below for more details or contact us now about your specific synthetic rubber or thermoplastics elastomer needs HOME CONTACT US SITE MAP ... COMPANY NEWS

12. E-polymers - Home epolymers Polymer science internet-journal, polymers. http://www.e-polymers.org/

Home Journal All scientific papers Editors ... About the Journal e-Polymers is a peer-reviewed internet journal under the auspices of the European Polymer Federation (EPF). In the area of polymer science and engineering, it makes novel scientific and technological results available both in academia and industry, and basically free of charge. Read more... Editorial Piet J Lemstra, Chairman e-polymers Communication is the key issue in the modern world and modern communication technologies turn the world into a global village. Information is the cornerstone of modern Science. Scientists, notably in academia, wish to communicate their ideas and concepts to their colleagues by publishing in international journals. Read more... European Polymer Congress Portorož 2007 The 4 th European Polymer Congress 2007 (EPF 2007) was organized 2-6. July 2007 in Portorož in the Congress Centre Bernardin, located directly on the Slovanian Adriatic coast. Read more...

13. CRC For Polymers. Polymer Science Engineering Logo Cooperative Research Center for polymers. About the Centre INNOVATIVE POLYMER RESEARCH. Last updated 17th December 2007 http://www.crcp.com.au/

14. Polymers: A Property Database. Home Search Table of Contents Contact Us http://www.polymersdatabase.com/

15. DPI Polymers Homepage The Netherlands. Partnership organization between private industry and knowledge institutes, focused on polymer science, industrial research, and polymer http://www.polymers.nl/

Home DPI news About DPI Agenda ... DPI Value Centre Latest Publication Title Phase behavior of flowerlike micelles in a SCF cell model Authors: J. Sprakel, N.A.M. Besseling, M.A. Cohen Stuart and F.A.M. Leermakers Publication: Eur. Phys. J.E. 25, 163-173 (2008) DPI publications have very high citation impact 2007: a good year for DPI inventions Approval of the Polymer Innovation Programme by the Ministry of Economic Affairs 18 May 08: Rolduc Polymer Meeting 21 May 08: Chemistry Career Event

16. Polymers & Liquid Crystals Main Page Information about polymers, Liquid Crystals, Polymer Liquid Crystals, and Polymer Disperesed Liquid Crystals. Download simulations, view movies, http://plc.cwru.edu/tutorial/enhanced/main.htm

Case Western Reserve University Case Western Reserve University

17. Polymers And Biopolymers polymers are large molecules consisting of repeated chemical units (`mers ) joined together, usually in a line, like beads on a string. http://www.lassp.cornell.edu/marko/polymers.html

What are polymers and why are they interesting? The word comes from the greek polumeres , which means `having many parts'. Polymers are large molecules consisting of repeated chemical units (`mers') joined together, usually in a line, like beads on a string. Each `mer' is typically made up of more than 5 and less than 500 atoms; the word `polymer' is applied when you have more than about 50 `mers' stuck together. Most of the plastics that make up the pieces of junk that fill our lives are made of polymers. Historically, polymers have mostly been used to make solid plastics where the chains virtually don't move. But nowadays people dream of new applications of polymer liquids where fluctuations (Brownian motion) and interactions (the sticking together or association of different types of molecules) can play a more important role. Many of the most important research problems involve polymers free to fluctuate about in a small-molecule solvent. Naturally, the most important solvent is also the hardest one to understand: water. An important area of research is the modification of the properties of surfaces using thin polymer coatings The sky is the limit for these wet technologies: living organisms are mainly composed of polymerized amino acids (proteins) nucleic acids (RNA and DNA), and other

18. Conductive Polymers nobelprize.org/educational_games/ chemistry/conductive_polymers/index.html Similar pages Wiley InterScience JOURNALS polymers for Advanced Technologies-Fe2O3 polymer composite-super paramagnetic behavior and variable range hopping 1D conduction mechanism-synthesis and characterization (p 229-236) http://nobelprize.org/educational_games/chemistry/conductive_polymers/index.html

Nobel Foundation Nobel Media Nobel Museum Nobel Peace Center ... Prize in Economics Conductive Polymers We have been taught that plastics, unlike metals, do not conduct electricity. Plastic is used as insulation around the copper wires in ordinary electrical cables. Yet, the 2000 Nobel Laureates in Chemistry: Alan Heeger, Alan G. MacDiarmid and Hideki Shirakawa, were rewarded for their revolutionary discovery that plastic can, after certain modifications, be made electrically conductive. See also: Illustrated Presentation Read the Press Release Play the Conductive Valley Game For users: 14 + Estimated play time: 5 min. + Plug in requirements: Download Time: approx. 2.5 min. on 28.8K The Conductive Valley Game is presented with the support of Cisco Systems, Internet infrastructure partner. Printer Friendly Tell a Friend Educational Games - The Nobel Prize in Chemistry Chirality Conductive Polymers The PCR Method Plastics About the Educational Outreach Program Read about the Educational Outreach Program Teachers' Questionnaire Global Sponsor Our Sponsors See Also 'Imaging Life' - The story of advances in imaging.

19. BUBL LINK: Polymers s of new methods,......Results of current research are presented as brief reports to provide information useful to all those concerned with polymers. http://bubl.ac.uk/LINK/p/polymers.htm

BUBL LINK Catalogue of Internet Resources Home Search Subject Menus Countries ... Z Polymers Titles Descriptions About.com: Chemistry British Plastics and Rubber Online Center for Polymer Studies Colloid and Polymer Science ... Topica: Science / Chemistry Comments: bubl@bubl.ac.uk 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. Author: About.com Subjects: biochemistry, chemistry education, chemistry links, crystallography, organic chemistry, polymers DeweyClass: Resource type: forum, index, news British Plastics and Rubber Online Provides a gateway to polymer resources on the Web and offers a directory of polymer processing companies throughout the UK. Technical developments from around the world are monitored and industry news is provided. Author: MCM Publishing Subjects: materials science, polymers

20. Polymers polymers O Toole, Jim Corliss H.S. 103 E.164 st. 8212515 South Holland, Il.60473 339-3532 Objectives The students will gain an understanding of what http://www.iit.edu/~smile/ch8710.html

Polymers O'Toole, Jim Corliss H.S. 103 E.164 st. 821-2515 South Holland, Il.60473 339-3532 Objectives: The students will gain an understanding of what polymers are. Define MONOMER " POLYMER List 10 examples of polymers found in your home The students will gain an understanding of how monomers are combined to form polymers. Define ADDITION POLYMERIZATION " CONDENSATION POLYMERIZATION The students will gain an understanding of polymer strength. Define CROSSLINKING " CRYSTALLINITY Apparatus Needed: Materials: hexamethylene diamine; sodium hydroxide; adipyl chloride; carbon tetrachloride; wood sticks; plastic gloves; safety glasses; common examples of polymers; child type construction blocks; Prepare two solutions: (1) 2.32 grams of hexamethylene diamine and 1.6 grams of sodium hydroxide in about 100ml of water. (2) 3.66 grams of adipyl chloride in about 100ml of carbon tetrachloride. Recommended Strategy: Place adipyl chloride solution at bottom of clean beaker; carefully pour aqueous layer over this without stirring or mixing; try to avoid splashing. With a stick remove the film which forms between the two layers. Continue to remove the film as it is formed. When you have pulled out a nylon fiber of sufficient length, wash it in clean water to remove excess reagents. [Morgan + Kwolek, J. Chem. Educ. 36 182-184 April 59] After about 15 min. or when each student has had a turn, then you will want to explain the PHENOMENA. Be sure to integrate your household polymer hardware (child type building blocks, common household things made of polymers, etc...) in a logistically systematized program that will concretize your explanation of the PHENOMENA.

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