81. New Jersey Chemistry Expo Features 'Global Salute To Polymers' Recognition Of R& New Jersey chemistry expo features 'Global Salute to polymers' recognitionof R D at Lucent's Bell Labs. FOR RELEASE MONDAY NOVEMBER 02, 1998 http://www.lucent.com/press/1198/981102.bla.html

Press Room Events/Speakers Photo Gallery Press Contacts Select Month March February January December November October September August July June May April March February January December November October September August July June May April March February January December November October September August July June May April March February January December November October September August July June May April March February January December November October September August July June May April March February January December November October September August July June May April March February January December November October September August July June May April March February January December November October September August July June May April March February January Search press releases FOR RELEASE MONDAY NOVEMBER 02, 1998 The North Jersey Section of the American Chemical Society (ACS) will honor Bell Labs, the research and development arm of Lucent Technologies (NYSE: LU), in a "Global Salute to Polymers" event Saturday, Nov. 7, capping seven days of National Chemistry Week activities sponsored by the North Jersey ACS. Polymers are natural or synthetic compounds made of long chains of atoms and include familiar plastics such as those used in milk bottles, upholstery, and protective coatings for copper wire and optical fiber.

82. 1997 RSC Annual Report - PHYSICAL CHEMISTRY OF POLYMERS Go to RSC Annual Report Index. PHYSICAL chemistry OF polymers. Thisresearch group focuses upon the physical properties of polymers http://rsc.anu.edu.au/RSC/ChemResearch/AnnualReport/Report98/CB-report.html

Go to RSC Annual Report Index PHYSICAL CHEMISTRY OF POLYMERS This research group focuses upon the physical properties of polymers with specific application to electrophoresis, single-chain properties, microvalves, drag reduction, and surface modification. With a wide variety of architectures which can be synthesised into a macromolecule (star or dendrite, comb, bottlebrush, and block polymers), there exists a wide range of phase behaviour and properties to be explored in bulk melts and solution, as well as at surfaces. Our aim is to understand how molecular and structural features of the chains give rise to equilibrium and non-equilibrium properties of the chains in a variety of conditions, as for example, when chains are end-tethered to a surface, sheared by fluid flow, squashed or pulled, or permeate through porous media. Detachment of a Polymer Chain from a Weakly Adsorbing Surface B.J. Haupt J. Ennis-King E.M. Sevick Schematic illustration of the "grabbing" and pulling of chain from a weakly adsorbing surface and a pulling force versus extension profile at various dimensionless pulling rates, y/n. The saw-tooth discontinuities, most evident in force profiles at high pulling rates, represent detachments of an adsorbed monomer from the surface. Microrheology of Single Polymer Chains Compressed Under Finite Obstacles: Escape Transitions and Hysteresis E.M. Sevick

83. 1997 RSC Annual Report - PHYSICAL CHEMISTRY OF POLYMERS Go to RSC Annual Report Index PHYSICAL chemistry OF polymers. Thisresearch group focuses upon the physical properties of polymers http://rsc.anu.edu.au/RSC/ChemResearch/AnnualReport/Report97/CB-report.html

Go to RSC Annual Report Index PHYSICAL CHEMISTRY OF POLYMERS This research group focuses upon the physical properties of polymers with specific application to electrophoresis, microvalves, drag reduction, and surface modification. With a wide variety of architectures which can be synthesised into a macromolecule (star or dendrite, comb, bottlebrush, and block polymers), there exists a wide range of phase behaviour and properties to be explored in bulk melts and solution, as well as at surfaces. Our aim is to understand how molecular and structural features of the chains give rise to equilibrium and non-equilibrium properties of the chains in a variety of conditions, as for example, when chains are end-tethered to a surface, sheared by fluid flow, or permeate through porous media. A common theme in our 1997 work is the exploration of single chains using optical tweezers and prediction of atomic force microscope/surface force apparatus measurements of surface-bound polymers. Compression of Polymer Chains under Finite Obstacles M.C. Guffond

84. LSU Libraries--Chemistry Library-- Polymers And Plastics: Guide To Selected Reso k polymers k plastics k olefins. For questions or comments about this page, pleasecontact William Armstrong LSU chemistry Library 301 Virginia Rice Williams http://www.lib.lsu.edu/sci/chem/guides/srs110.html

Select a Link About Hours Resources Indexes/Databases Ejournals Collection Development Events/Displays Departmental Links Subject Guide for POLYMERS AND PLASTICS Guide to Reference Resources Dictionaries Dictionaries Handbooks Encyclopedias Plastics ... ONLINE CATALOG Gardner's Chemical Synonyms and Trade Names. 9th ed., 1987 TP 9 G286 1987 A dictionary and commercial handbook containing brief description of terms, with cross-references and British spellings. Part 2 contains a list of suppliers with their names, addresses, and a list of their products. Polymer Science Dictionary. QD 380.3 A52 1989 Dictionary covering the non-technology areas of polymer science, including some biopolymers, but not nucleic acids. Entries for basic concepts and individual polymers and trade names. Handbooks Dictionaries Handbooks Encyclopedias Plastics ... ONLINE CATALOG CRC Handbook of Chromatography: Polymers. QD 381 P6124 1982 Chromatographic information on synthetic polymers, monomers, and oligomers, including tables of data and practical information for major chromatographic techniques. CRC Handbook of Materials Science.

85. Nuffield Advanced Chemistry There are two main ways to make polymers addition polymerisation and condensationpolymerisation. Your Questions Answered. ask a question. chemistry Search. http://www.chemistry-react.org/ct_0000000058.asp

Beat the examiner Fun stuff In the news Practical ... Polymers Polymers Polymers are materials with very, very long-chain molecules. In many instances the polymers arise because of the unique ability of carbon atoms to join up to form long chains and rings. Once chemists had realised that natural materials such as rubber consist of long-chain molecules, they set about making synthetic polymers. There are two main ways to make polymers: addition polymerisation and condensation polymerisation. Your Questions Answered What is the difference between high density polythene and low density polythene? How do I link the properties of (LDPE) low-density polyethene to its chemical structure? What is the the difference between addition polymerisation and condensation polymerisation? What is the difference between high density polyethene and low density polyethene? Tests Synthetic polymers (A2) back to top updated: You tell us Found something amusing? Spotted a good story? Learnt something new? This is where you can contribute ideas and information to this web site. tell us Ask A Question Got a problem? Need help? This is where you can get help from our panel of experts.

86. Scientific American: Ask The Experts: Chemistry: How Are Polymers Made? Ask the Experts chemistry. How are polymers made? Antonio Miami, Fla. http://www.sciam.com/askexpert_question.cfm?articleID=000469FD-5CD5-1C72-9EB7809

87. CARBON-BASED CHEMISTRY: Polymers, Organic Chemistry, Biochemistry CARBONBASED chemistry polymers, Organic chemistry, Biochemistry. CARBON-BASEDchemistry polymers, Organic chemistry, Biochemistry. http://www.tryagain.com/chemistry/cchem.htm

Active Groups Organic Compounds Processes Non Organic Compounds CARBON-BASED CHEMISTRY: Polymers, Organic Chemistry, Biochemistry Carbon-based molecules may be very large (tens of thousands atoms per molecule), or of very small (less than a dozen atoms). Typically a carbon-based molecule has one or more active sections, while most of it is called "backbone" rather inert. The various large molecules in carbon-based chemistry are categorized according to: 1. Non Organic compounds: Compounds not associated with living things 2. Organic Compounds: Compounds associated with living things. When Hope is against you...- Incrementally Better, Now! Philosophical Background (c) Gideon TryAgain (1997-2003) Contact Gideon

88. PIUG 2003 Annual Conference - Track 2: Chemistry And Polymers chemistry and polymers. Track 2 chemistry and polymers Trends and DevelopmentsThomson Derwent Day at the PIUG 2003 Annual Conference Thursday May 8. AGENDA http://www.derwent.com/piug2003/chemandpol.html

YOU ARE HERE PIUG 2003 Conference Chemistry and Polymers Track 2: Chemistry and Polymers - Trends and Developments Thomson Derwent Day at the PIUG 2003 Annual Conference Thursday May 8 AGENDA Time Topic Speaker Coffee Tracy Davis Market Overview Gez Cross Global Patenting Trends Richard Neale Focus on the Key advantages of the Value Add Gez Cross Chemistry and Polymer Patents for Competitive Intelligence Online Case Study for Chemistry Case Study for Polymers Don Walter Let us provide training for you Don Walter Coffee Break World Patents Index Services Quality and Timeliness update Editorial focus on content volumes New Polymer Indexing New PILOT On-Line Tracy Davis Documents Abstract Journals Update Gez Cross Derwent Innovation Index V4.0

89. Unit DP "Designer Polymers" Salters A Level Chemistry At Doc Brown's Chemistry C SALTERS A LEVEL chemistry Unit DP Designer polymers - REVISION CHECK O tick!LIST. (Full AS/A2 Topic List .. Site Index .. Salters revision lists .. http://www.wpbschoolhouse.btinternet.co.uk/page18/07DPlo.htm

SALTERS A LEVEL CHEMISTRY - Unit DP "Designer Polymers" - REVISION CHECK O tick! LIST Full AS/A2 Topic List Site Index Salters revision lists email query .. updated Sept 5 th DP ACTIVITIES DP CHEMICAL STORYLINE CHEMICAL IDEAS for DP O DP2.1 Making nylon O DP2.2 Taking nylon apart O DP4 Comparing models of nylon-6,6 and Kevlar O DP5 Bubble gum - or bubble glass? O DP8 Check your notes on designing Polymers O DP1 Designer Polymers O DP2 The Invention of Nylon: Ass 1 O DP3 Polyesters - From clothes to bottles: Ass 2 , Ass 3 O DP4 Kevlar: Ass 4 O DP5 Taking Temperature into Account O DP6 Poly(ethene) by Design: Ass 5 O DP7 Throwing it away ... or not: Ass 6 O DP8 SUMMARY O 13.3 Carboxylic acids and their derivatives (revision) O 13.4 The -OH group in alcohols, phenols and acids (revision) O 13.8 Amines and amides O 5.4 Forces between molecules: hydrogen bonding (revision) O 13.5 Esters O 5.5 The Structure and Properties of polymers (part 1 revise, part 2 new) O DP UNIT TEST LEARNING OBJECTIVES - YOU SHOULD BE ABLE TO ... O show awareness of the historical development of condensation polymers (polyamides like Nylon and Kevlar, polyesters like PET and poly-ether-ether-ketones like PEEK); [CS DP2/3/4/5] O O predict the structural formula of the condensation polymer formed from given monomer(s), and vice versa; [CS DP2/3/4/5 Ass 1/2/4/5; Act DP2.1/4; CI 5.5part2/13.5/13.8]

90. Unit DP "Designer Polymers" Salters A Level Chemistry At Doc Brown's Chemistry C SALTERS A LEVEL chemistry Unit DP Designer polymers - REVISION CHECK LIST.(Full AS/A2 Topic List . Site Index . Salters revision lists . email query . http://www.wpbschoolhouse.btinternet.co.uk/page18/07DPloSHORT.htm

SALTERS A LEVEL CHEMISTRY - Unit DP "Designer Polymers" - REVISION CHECK LIST Full AS/A2 Topic List Site Index Salters revision lists email query . updated Sept 5th 2002) LEARNING OBJECTIVES - YOU SHOULD BE ABLE TO ... show awareness of the historical development of condensation polymers (polyamides like Nylon and Kevlar, polyesters like PET and poly-ether-ether-ketones like PEEK); [CS DP2/3/4/5] predict the structural formula of the condensation polymer formed from given monomer(s), and vice versa; [CS DP2/3/4/5 Ass 1/2/4/5; Act DP2.1/4; CI 5.5part2/13.5/13.8] describe and explain the characteristic properties of carboxylic acids, including: (i) acidic nature, (ii) ester formation with alcohols and phenols; [CI 13.4/13.5] describe the hydrolysis of esters (details of mechanism are not required); [CI 13.5] recognise members of the following homologous series: (i) acyl chlorides, (ii) amines and (iii) amides (prim)/N substituted (sec) amides; [CI 13.3/13.8] and other acid derivatives in CI 13.3/13.4/13.5 use systematic nomenclature to name primary amines; [CI 13.8]

91. PostdocJobs.com - POSTDOCTORAL ASSOCIATE IN COMPUTATIONAL Rutgers, the State University of New Jersey. Job Title POSTDOCTORAL ASSOCIATEIN COMPUTATIONAL chemistry OF polymers. Posting Number 302861. http://www.postdocjobs.com/jobs/302861.shtml

92. Reactive Polymers In Analytical Chemistry Welcome to The Research Group for Reactive polymers in AnalyticalChemistry. The project described here was conceptualised in the http://www.anachem.umu.se/rpac/index.old.html

Welcome to The Research Group for Reactive Polymers in Analytical Chemistry The project described here was conceptualised in the late 1980, when the leader of this group realised that the efforts devoted to synthesis of specialized polymeric sorbents for use as tools in organic chemistry synthesis had resulted in materials that had a tremendous potential for also in analytical chemistry. On this page we will try to explain the rationale behind our work, which is quite unique in analytical chemistry. We will also try to outline what we have done in the past, to provide a picture of what we are doing right now, and give a hint of where we're heading in the future. Most of the reference links presented on this page lead to abstracts of peer reviewed publications, but we will like to advise you that some of the more recent works have not yet been the subject of peer review. These "submitted" and "in preparation" works are clearly indicated as such in each link. Research Objectives As the name of our group indicates, we deal with various forms of reactive polymeric materials which we try to implement in analytical chemistry applications. This work has proceeded through several stages and we are now approaching the final stage, where the fruits of our efforts hitherto will start paying off in new analytical tools.

93. CHEMystery: Organic Chemistry: Organic Polymers Organic polymers. Return to the Organic chemistry Page. = Back Next= Almost all of the molecules we have studied so far have been http://hyperion.advanced.org/3659/orgchem/polymers.html

Organic Polymers Return to the Organic Chemistry Page. Almost all of the molecules we have studied so far have been relatively small with low molecular masses. But in nature and the world of synthetics, there are many substances with molecular masses in the thousands and hundred thousands containing hundreds or thousands of atoms. These molecules are called macromolecules Macromolecular substances are almost everywhere in nature and in synthetics. Synthetic macromolecules are examples of how chemists talk ordinary substances in nature, like coal, oil, air, and water, and make new materials with useful applications. Some macromolecules have more structural order than others. A polymer is a macromolecule in which all of the molecules have a small characteristic structural feature that repeats itself again and again. For example, here is a molecule of polyethylene: etc.-CH CH -CH CH -CH CH -CH CH -CH CH -etc. The strucutre has one structural unit, or monomer , that occurs repeatedlyethylene (ethene), CH CH . The structure of the polymer can therefore be represented by: -(CH CH n Where n can be several thousand. Polymers therefore do no consist of molecules identical in size but identical in kind.

94. Polymers, Colloids And Surface Chemistry polymers, colloids and surface chemistry. Lists Web and Library sources of dataon polymers, colloids and surface science. Back to chemistry resources. http://www.library.adelaide.edu.au/guide/sci/Chemistry/polymers.html

The University of Adelaide Home Departments Search Polymers, colloids and surface chemistry Lists Web and Library sources of data on polymers, colloids and surface science. Back to: Chemistry resources Web gateways WWW Virtual Library: Polymers Polymer search on the Internet , RAPRA - search engine for rubber, plastics or adhesives sites. Surface Science Links , University of London Encyclopaedias, dictionaries and data collections Encyclopedia of polymer science and engineering. 2nd ed. 17 vols. Wiley, 1985-1990. Reference collection 668.03 E56.2 Polymer handbook. Ed. J. Brandup. Wiley, c1999. Reference collection 547.84 B819p.4 Handbook of polymer synthesis. Marcel Dekker, 1992. Reference collection 547.84 K92h Comprehensive polymer science. 7 vols. Pergamon Press, 1989. Main collection 547.84 A425c Handbook of plastics, elastomers, and composites. Ed. Charles A. Harper. 3rd ed. McGraw-Hill, c1996. Main Collection 668.4 H293h Handbook of organic conductive molecules and polymers. Ed. Hari Singh Nalwa. Wiley, c1997. Reference collection 547.840457 N173o Polymer yearbook. 1984. Reference collection 547.805 P7839

95. Chain Gang—The Chemistry Of Polymers Grade Level 412 Price $17.95 ISBN 1-883822-13-0. Chain Gang—The Chemistryof polymers. Learn more! Download the Table of Contents (37KB PDF*). http://www.terrificscience.org/bookstore/books/chaingang.shtml

www.terrificscience.org We have a new bookstore at www.tsbkm.com . You have reached this page through an old URL. You may view at our new bookstore.

96. Université De Montréal - IForum - Forum Express - Chemistry - Intelligent Poly chemistry Intelligent polymers for better drugs. polymers are everywhere,from the plastic wrap that covers cooked dishes to state http://www.iforum.umontreal.ca/ForumExpress/Archives/vol2no1en/article11_ang.htm

Chemistry Intelligent polymers for better drugs In the July issue of the journal Accounts of Chemical Research, Researcher: Julian Zhu Telephone: (514) 343-6733 Funding: National Science and Engineering Research Council Archives Pour nous joindre

97. Technology Of Manufacture And Processing Of Polymers, ICTP Course Chemical literature, 0/1, Specialized laboratory I, 0/8, Physical chemistry of polymers,2/1, Ex. Selected chapters from chemistry and technology of polymers, 2/0, Ex, http://www.vscht.cz/syllab/FCT/TechnologyOfManufactureAndProcessingOfPolymers.ht

Technology of Manufacture and Processing of Polymers Aims of the Course The aim of the course is to give students an extensive background in chemistry, physical chemistry and chemical engineering principles of basic technological processes, properties of materials, macromolecular chemistry, manufacture, processing and aplications of polymers and methods of their structure and properties research. History of the Course The course was introduced at the University after World War II. It was then focused on macromolecular chemistry (by Prof. Otto Wichterle). The processing of polymers approach started to be applied in 1954 when Prof. Ivan Franta established the Department of Plastics and Rubber Technology. Fusing of this Department with the Department of Macromolecular Chemistry in 1971, the Department of Polymers was founded. Capabilities of Graduates The graduate will be qualified to work as a manager mainly in plastics and rubber industries but his or her qualifications will reach far beyond this scope (e.g.applications of polymeric materials, research and development). Syllabus of the Course 1st academic year Subjects Semester Toxicology and ecology Ex General and inorganic chemistry Ex Ex Laboratory course in general and inorganic chemistry Mathematics I,II

98. Organic Chemistry - Functionalized Polymers with nonlinear optic properties; liquid chromatography; synthesis of polymers; tensides.Renate DWORCZAK, Dr., Ao. Univ. Prof. of Organic chemistry; phone ++43 http://boch35.kfunigraz.ac.at/arbgrp/polym.html

Research Organic and Bioorganic Chemistry Department ... University of Graz Webmaster Organ.Bio.Chem. Dyes with nonlinear optic properties; liquid chromatography; synthesis of polymers; tensides. Renate DWORCZAK, Dr., Ao. Univ. Prof. of Organic Chemistry; phone ++43-316-380-5329, 5354; e-mail: renate.dworczak@uni-graz.at Homepage: http://www-ang.uni-graz.at/~dworczak Research field : dyes with nonlinear optic properties, spectroscopy, chemical composition, Bernd TRATHNIGG, Dr., Ao. Univ. Prof. of Organic Chemistry; phone ++43-316-380-5328, 5355 e-mail: bernd.trathnigg@uni-graz.at Homepage: http;//www-ang.uni-graz.at/~trathnig Research field : fatty alcohol ethoxylate, block copolymers, chromatography-multiple detection / organic media Coworkers

99. Department Overview, PS E the University's polymer research involves close cooperation among faculty and studentsin the many related subfields of polymers, chemistry, and engineering. http://www.pse.umass.edu/department/

100. THEORETICAL CHEMISTRY OF POLYMERS THEORETICAL chemistry OF polymers. CHE/MSE/TFE 6755/ CHEM 6754 Back toEducation page. Course coordinator Dr. Rigoberto Hernandez (Chem). http://www.che.gatech.edu/perc/courses/6754.htm

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