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Polymers Chemistry: more books (100)

The Science of Polymer Molecules (Cambridge Solid State Science Series) by Richard H. Boyd, Paul J. Phillips, 1996-06-24
Polymer Crystallization: The Development of Crystalline Order in Thermoplastic Polymers (American Chemical Society Publication) by Jerome Schultz, 2001-09-13
Degradable Alipathic Polyesters (Advances in Polymer Science)
Light Scattering from Polymer Solutions and Nanoparticle Dispersions (Springer Laboratory) by Wolfgang Schärtl, 2010-11-02
Advanced Polymer Nanoparticles: Synthesis and Surface Modifications
Physico-Chemical Principles for Processing of Oligomeric Blends (Polymer Science and Engineering Monographs, a State-of-the-Art Tutorial Series , Vol 4) by Semjon M Mezhikouski, 1999-01-28
Peptides: Chemistry and Biology by Norbert Sewald, Hans-Dieter Jakubke, 2009-05-12
Geopolymer chemistry and applications by Joseph Davidovits, 2008-03-01
INORGANIC POLYMER CHEMISTRY by F. G. R GIMBLETT, 1963
Lectures On The Physico-Chemistry of Polymers by A. A. Askadskii, 2003-08
An Introduction to Polymer Physics by David I. Bower, 2002-06-15
Comprehensive Natural Products Chemistry, Volume 1-9
Polymer Structure Characterisation: From Nano to Macro: Morphological its molecular origins (Issues in Environmental Scienc) by R. Pethrick, 2007-08-17
Electron Microscopy of Polymers (Springer Laboratory) by Goerg H. Michler, 2010-11-02

lists with details

Index To The Notes For Chem 381
wetting agents; nonionic wetting agents. The chemistry and Engineering of Polyolefins. Monomers and polymers of Addition Polymerization.
http://web.umr.edu/~wlf/CHEM381/

Extractions: It's taken quite a bit of time to put all this together, and so far I haven't had a chance to have someone else sit through and peer edit. John Land will be going through the notes when I finish the last few pages, and the green symbol "PEER EDITING BY JOHN TO THIS POINT" will show you how far he has gone with the peer editing. Chapter Three If it's in this alphabetized listing, then you can use the find function of your browser to take you to a link about the topic. Don't type in the words in parenthesis. acrylamide, synthesis of acrylic acid, synthesis of acrylic polymers acrylonitrile-butadiene-styrene terpolymers or ABS acrylonitrile, synthesis of adipic acid addition polymer alkyd resins alkyd resin classification by oil length alkyd paint, components of an
Polymer_Chemistry
Polymer chemistry. Homopolymers and block copolymers We use anionic polymerization techniques to synthesize model polymers with predictable
http://www.fz-juelich.de/iff/e_ins_synthese/

Extractions: We use anionic polymerization techniques to synthesize model polymers with predictable molecular weights and narrow molecular weight distribution. By the use of special monomers this technique allows to synthesize homopolymers and block copolymers of the wished property profile. New amphiphilic block copolymers which were developed in this lab are widely used to study micelles and emulsification boosters for microemulsions. For usaturated polymers a possibility to change the properties is hydrogenation. By this way 1,4-polybutadiene is transformed into polyethylene which is an ideal material to for fundamental questions but also applied research. The combination of anionic polymerization and linking reaction with chlorosilane compounds allows us to synthesize defined branched structures. By this way it is possible to produce star polymers from 3 to many dozens of arms. If deuterated monomers are used it is possible to selectively label a part of
Chemistry: Courses
Chem. U73000 Polymer chemistry. Chem. Chem. U83902 Advanced Polymer chemistry II, Characterization and Properties of polymers (Prerequisite Chem. U73000). Chem.
http://web.gc.cuny.edu/Chemistry/courses/

Extractions: Application COURSES See: Spring 2004 Courses Unless otherwise stated, all courses are 45 hours, 3 credits. Chem. U60000 Glassblowing (90 hours laboratory, 2 credits) Chem. U60100 Project Teach (1 1/2 hours weekly during fall term, no credit) Chem. U71000 Advanced Inorganic Chemistry Chem. U73000 Polymer Chemistry Chem. U75000 Advanced Organic Chemistry I, Physical Organic Chem. U75100 Advanced Organic Chemistry II, Synthetic Organic Chem. U75200 Quantum Organic Chemistry (Prerequisite: Chem. U76000) Chem. U76000 Introductory Quantum Chemistry Chem. U76100 Spectroscopy (Prerequisite: Chem. U76000) Chem. U77000 Chemical Thermodynamics, Statistical Thermodynamics, and Chemical Kinetics (60 hours, 4 credits) Chem. U78000 Chemical Information Sources (15 hours lecture, 1 credit) Chem. U79001 Basic Laboratory Techniques for Research in Analytical, Physical, and Inorganic Chemistry (15 hours lecture, 105 hours laboratory, 4 credits) Chem. U79002 Basic Laboratory Techniques for Research in Organic Chemistry (15 hours lecture, 105 hours laboratory, 4 credits)
Chemistry: College Of Staten Island
Course work in polymer chemistry is designed to give the student a background in the controlled synthesis of polymers, the chemical and physical
http://web.gc.cuny.edu/Chemistry/staten_island.htm

Extractions: Staten Island, New York 10314 The College of Staten Island is located on a new 204-acre campus in a suburban borough of New York City. The College of Staten Island is accessible from other parts of the city by public transportation and from New Jersey via several bridges. Staten Island's proximity to the cultural, recreational, financial, and transportation centers of New York City as well as a certain remoteness from big city problems combine to make it an ideal setting for a growing educational institution. The College of Staten Island's main thrust within the doctoral program is polymer chemistry. The polymer chemistry doctoral specialization, developed in response to the need for scientists with graduate training in the polymer field, is interdisciplinary in nature cutting across the traditional boundaries of chemistry as well as into areas of physics, engineering, and biology. The polymer chemistry student obtains a broad background in chemistry along with a multidisciplinary approach to polymer science. Course work in polymer chemistry is designed to give the student a background in the controlled synthesis of polymers, the chemical and physical characterization of synthetic and naturally-occurring polymers and their utilization.
Warwick Polymer Chemistry & Technology - Dr.ir. Stefan Bon
University of Warwick Polymer Group Homepage
http://www.warwick.ac.uk/polymers/bon/
CHEM385
CHEM 385 ADVANCED MODULE IN POLYMER chemistry. CONDUCTING polymers. 2000 Nobel Prize in chemistry announcement and links to sites on conducting polymers.
http://www.owlnet.rice.edu/~chem385/

Extractions: Instructor: Susan D. Wiediger Syllabus Schedule Laboratory Notebooks Useful Links ... Project 3 SYLLABUS Instructor: Susan D. Wiediger Office: Space Science 233, ext. 2357 Email Address: swiedi@rice.edu Office Hours by Appointment Teaching Assistants: Ali Al-somali, alsomali@rice.edu Feng Liang, liangf@rice.edu Yasuhiro Shirai, yasuhiroshirai@hotmail.com Grading: The course grade is based upon the performance in the laboratory. This includes attendance (10%), preparation (10%), lab notebook (20%) and three laboratory reports (3 x 20%). You will work in pairs, but you should each keep a completely independent notebook. In addition, I will rely heavily on the opinions of the teaching assistants and my own observations of your work in order to assess your progress in the course. Your lab notebooks and the final lab report will be due by 5 PM, Wednesday, December 12; late notebooks and reports will be penalized 3% per weekday late. It is recommended that you keep your lab notebook in your lab desk drawer when not using it to create reports to prevent loss. Safety: You must at all times wear safety glasses and you must follow reasonable safety precautions when working in the lab!!! Failure to abide by the safety regulations could get you kicked out of the lab. This is an extremely serious issue with dire consequences to the health and safety of yourself and your colleagues. Wearing a lab coat or apron is recommended but not required. Please wear gloves when handling the polyaniline powders. Specific safety precautions concerning the use of hazardous chemicals and operation of scientific equipment will be indicated either by myself or by one of the teaching assistants. These procedures must be followed. If you have any doubts about the safety of something you are about to do, ask first!!! We will be most happy to answer your questions. Finally, and very importantly, at least one T.A. or myself must be physically present at all times for you to work in the lab.
POLYMERS PEOPLE - FURTHER READING
Paul J. Flory. Principles of Polymer chemistry. Polymer chemistry in Europe and AmericaHow It All Began. Journal of Chemical Education, 58 (1981), 527534.
http://www.chemheritage.org/EducationalServices/Polymers People/FURTHER_READING.
PIONEERING POLYMER INSTITUTE HONORED
Much of today s widespread acceptance of polymers and polymer chemistry is the result of work by the Polymer Research Institute (PRI), part of Brooklyn
http://www.poly.edu/polypress/pioneering_polymer.cfm

Extractions: In the early part of the 20th century, many prominent chemists dismissed the idea that molecules with molecular weights in the thousands or millions could exist. Today, we know better: Polymers are everywhere, in everyday materials such as plastics, nylon, and rubber. Much of today's widespread acceptance of polymers and polymer chemistry is the result of work by the Polymer Research Institute (PRI), part of Brooklyn POlytechnic University. On Sept. 3, the American Chemical Society recognized the institute's pioneering efforts by designating it a National Historic Chemical Landmark. ACS Immediate Past-President Eli M. Pearce presented the landmark plaque to POlytechnic's president, David C. Chang. PRI holds a special place in Pearce's heart: From 1982 to 1996, he served as its director. Pearce started at Polytechnic in 1973 and is currently a 0university research professor. "For years, traditional chemistry didn't think much of polymer chemistry, and some chemistry departments seemed to have the attitude, 'If we ignore it, it might go away,'" Pearce said. "Fortunately, that has changed. POlymer chemistry is most definitely not on the outside looking in anymore." About 100 people attended the ceremony, which also featured Gerard Parkin, a chemistry professor at Columbia University and chair of the ACS New York Section; Kalle Levon, current PRI director; Hans Mark, son of PRI founder Herman F. Mark and a professor of aerospace engineering and engineering mechanics at the University of Texas, Austin; Murray Goodman, a professor of chemistry and biochemistry at the University of California, San Diego; and National Science Foundation scientist Andrew J. Lovinger.
Subject Category Guide
See also Field 11, Materials. For inorganic polymers, See 07/06, Polymer chemistry. For organic polymers, See 07/06, Polymer chemistry.
http://www.dtic.mil/dtic/subcatguide/chemistry.html

Extractions: Industrial Chemistry and Chemical Processing Techniques, processes, unit operations, apparatus and plant equipment that apply to chemical manufacturing, processing, transportation and storage; Specifications and standards for shipping of chemicals; Desalination technology. For disposal of industrial wastes, See Field 24 , Environmental Pollution and Control. Inorganic Chemistry Synthesis, properties and reactions of inorganic compounds; Studies of the chemical elements; Inorganic quantitative and qualitative analysis; Complex compounds including metal carbonyls. Includes spectra studies of inorganic compounds. For fuels chemistry, See , Fuels. For the chemistry of rocket propellants, See , Rocket Propellants. See also
Details Of Organic And Polymer Chemistry
The theme of the research group Organic and Polymeric chemistry is situated around synthesis and characterisation of functional polymers and polymer networks.
http://www.luc.ac.be/english/onderzoek/groepen/teams_p_dep/abstract_groep.asp?id
Department Of Chemistry. Courses And Degrees
the basis curricula there are 5 special groups on physical (theoretical) chemistry, radiochemistry and radioecology, chemistry of polymers, high temperature
http://www.chem.msu.su/eng/courses-and-degrees.html

Extractions: The term of study: 5 years, full-time. Specializations: ; Analytical Chemistry; Bioorganic Chemistry; Biochemical Technology; Colloid Chemistry; Cryochemistry; Medical Chemistry; Inorganic Chemistry; Petrochemistry; Organic Chemistry; Radiochemistry; Physical Chemistry; Chemical Kinetics and Catalysis; Chemical Technology; Chemical Enzymology; Chemical Material Science; Polymer Chemistry; Chemistry of Organoelement Compounds During the 7 semesters of their study, students attend to lectures and conduct practical laboratory work on fundamental disciplines. Then they choose their specialization. After finishing courses in inorganic chemistry, analytical chemistry, organic chemistry, and physical chemistry a term paper is prepared. Besides the basis curricula there are 5 special groups on: physical (theoretical) chemistry, radiochemistry and radioecology, chemistry of polymers, high temperature superconductors and computational methods in chemistry. In these groups students are engaged under special curricula, in which much more time is devoted to quantum chemistry, kinetics and catalysis, methods of investigation and analysis of polymers and other disciplines. General Theoretical Courses Discipline Hours Inorganic Chemistry Analytical Chemistry
NSF - Researchers - James V. Crivello
board of the Journal of Polymer chemistry, Journal of Macromolecular Science Pure and Applied chemistry, Designed Monomers and polymers, and Chemtracts.
http://www.rpi.edu/dept/nsec/researchers_crivello.html

Extractions: Crivello is the assistant editor of Chemistry of Materials and serves on the editorial board of the Journal of Polymer Chemistry, Journal of Macromolecular Science: Pure and Applied Chemistry, Designed Monomers and Polymers , and Chemtracts . He also designed and taught several professional courses for the American Chemical Society, including Designing Macromolecules for Specific Applications (1990); Radiation Curing (1980); Polymer Synthesis, Applications of Polymers in Electronics (1991); UV Curing (1995); and Fundamentals of UV and E-Beam Curing (1999). Crivello received the Inventor of the Year Award from the Eastern NY Patent Law Association in 1980, the Outstanding Technical Paper Award at the Radiation Curing Conference in 1982, the IR-100 Award in 1973, and the Best Paper Award at the RadTech 2000 Meeting. Research Areas: Crivello's work focuses on new polymer-forming reactions, initiators, block polymers, and metal-catalyzed ring-opening polymerizations. Using the hydrosilylation reaction, a number of novel interesting monomers and polymers have been prepared, which exhibit extraordinary reactivity in cationic polymerization. Crivello is seeking to explore other new areas of organic and synthetic polymer chemistry with a view towards making unusual polymeric materials of both practical and theoretical interest. Having prepared new polymers, Crivello is undertaking a detailed investigation of their structures and properties.
RPI Polymer Synthesis - James Crivello
Crivello is seeking to explore other new areas of organic and synthetic polymer chemistry with a view towards making unusual polymeric materials of both
http://www.rpi.edu/polymers/faculty_crivello.html

Extractions: Crivello worked for several years as a research project manager at the General Electric Corporate Research and Development Center. In 1980, he was elected a Coolidge Fellow and spent 1986-87 as visiting professor at the University of Mainz in the Federal Republic of Germany. He joined the faculty of Rensselaer in 1988. Using the hydrosilylation reaction, a number of novel interesting monomers and polymers have been prepared, which exhibit extraordinary reactivity in cationic polymerization. Crivello is seeking to explore other new areas of organic and synthetic polymer chemistry with a view towards making unusual polymeric materials of both practical and of theoretical interest. Having prepared new polymers, Crivello is undertaking a detailed investigation of their structures and properties.
PSU Chemistry Harry R. Allcock
The use of fundamental chemistry to advance the fields of polymers, materials, and biomedicine is a major emphasis in modern research.
http://www.chem.psu.edu/profs/allcock02.html
University Of Tulsa: Chemistry Graduate Program
Prerequisite consent of instructor. CHEM 7163 Advanced Polymer chemistry Advanced topics in kinetics, thermodynamics, and physical properties of polymers.
http://www.chemistry.utulsa.edu/gradcourses.html
SCAN — Chemistry And Materials
2706 polymers. Types of polymers; polymer chemistry and polymer physics; properties and uses. 28 Propellants and Fuels. 28-01 Liquid Propellants.
http://www.sti.nasa.gov/scan/chem-mat.html

Extractions: Search the NTRS: NASA Technical Reports Server CHEMISTRY AND MATERIALS Includes chemistry and materials (general); composite materials; inorganic and physical chemistry; metallic materials; nonmetallic materials; propellants and fuels; and materials processing. 23 Chemistry and Materials (General) 23-01 Chemical Analysis Qualitative, quantitative, and analytical chemistry; chromatography; chemical composition. 23-02 Chemical Processes and Engineering Chemical processes and specific chemical reactions such as oxidation, nitration, hydrogenation, polymerization, etc. 23-03 Luminescence Chemiluminescence; photoluminescence; bioluminescence; phosphorescence; electroluminescence; fluorescence; optical properties. 23-04 Photochemistry Photosynthesis, photolysis, photodecomposition, and photodissociation; photochemical reactions; radiation chemistry. Related Topics 51-02 Biochemistry Study of chemical substances in living organisms; physiochemistry; biological and chemical evolution; experimentation.
Department Of Chemistry - Faculty Research Areas - Materials & Catalysis
S. ( Thai ) Thayumanavan Organic and Polymer chemistry Design and synthesis of biomimetic organic molecules and polymers. Applications
http://www.chem.umass.edu/Research_areas/materials_catalysis/materials.html

Extractions: SELECT A FACULTY MEMBER David Adams Scott Auerbach Michael Barnes Patricia Bianconi Beatrice Botch Louis Carpino David Curran Lila Gierasch Stephen Hixson Bret Jackson Igor Kaltashov Michael Knapp Paul Lahti Michael Maroney Craig Martin Ricardo Metz George Richason Vincent Rotello Peter Samal Gary Snyder David Sommerfeld Howard Stidham S. "Thai" Thayumanavan Lynmarie Thompson Julian Tyson Peter Uden Richard Vachet Dhandapani Venkataraman William Vining Edward Voigtman Robert Weis Thomas Whelan
Department Of Chemistry - Faculty Research Areas - Organic Chemistry
observation, and chemistry of highly reactive species computational investigation of reactive species; synthesis of highly conjugated polymers; organic
http://www.chem.umass.edu/Research_areas/organic/organic.html

Extractions: chemistry: faculty research areas: organic chemistry SELECT A FACULTY MEMBER David Adams Scott Auerbach Michael Barnes Patricia Bianconi Beatrice Botch Louis Carpino David Curran Lila Gierasch Stephen Hixson Bret Jackson Igor Kaltashov Michael Knapp Paul Lahti Michael Maroney Craig Martin Ricardo Metz George Richason Vincent Rotello Peter Samal Gary Snyder David Sommerfeld Howard Stidham S. "Thai" Thayumanavan Lynmarie Thompson Julian Tyson Peter Uden Richard Vachet Dhandapani Venkataraman William Vining Edward Voigtman Robert Weis Thomas Whelan
Polymer Chemistry Glossary
Polymer chemistry Glossary. Absorption Not to be confused with adsorption, absorption is one substance is taken up into the interior
http://www.kcpc.usyd.edu.au/discovery/glossary-all.html
Division Of Polymer Chemistry - American Chemical Society
Division of Polymer chemistry, Inc. of the American Chemical Society. One of the Division of Polymer chemistry, Inc. All rights reserved,
http://www.polyacs.org/

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