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         Polymers Chemistry:     more books (100)
  1. The Chemistry of Essential Oils: An Introduction for Aromatherapists, Beauticians, Retailers & Students by David G. Williams, 1996-10
  2. Introduction to polymer chemistry by John K Stille, 1962
  3. Contemporary Polymer Chemistry, 2 ed. by Harry; Lampe, Frederick Allcock, 1990
  4. Introductory Polymer Chemistry by G. S. Misra, 1993-12
  5. Polymer Chemistry (Modern Chemistry Background Readers) by M. A. Cowd, 1983-04
  6. Quantum Chemistry Aided Design of Organic Polymers: An Introduction to the Quantum Chemistry of Polymers and Its Applications (World Scientific Lecture and Course Notes in Chemistry) by Jean-Marie Andre, Joseph Delhalle, et all 1991-04
  7. Methods in Carbohydrate Chemistry, Lipopolysaccharides, Separation and Analysis, Glycosylated Polymers (Methods in Carbohydrate Chemistry) by Derek H. Shaw, 1993-02
  8. Analytical Chemistry of Polymers, Part II: Analysis of Molecular Structure and Chemical Groups (High Polymers Series Volume 7, Part 2 of 3) by Gordon M. (editor) Kline, 1962
  9. Polymers in Aqueous Media: Performance Through Association (Advances in Chemistry Series)
  10. Heterophase Network Polymers: Synthesis, Characterization, and Properties (Polymer Chemistry & Physics)
  11. Modulated Temperature Differential Scanning Calorimetry: Theoretical and Practical Applications in Polymer Characterisation (Hot Topics in Thermal Analysis and Calorimetry)
  12. Dendrimers and Other Dendritic Polymers (Wiley Series in Polymer Science)
  13. Modern theory of polymer solutions (Harper's chemistry series) by Hiromi Yamakawa, 1971
  14. Radiation Effects on Polymers for Biological Use (Advances in Polymer Science)

101. University Of Port Elizabeth: Department Of Chemistry Honours In Physical And P
Honours in Physical and Polymer chemistry, (majoring in chemistry) enrol today for Honours in Physical and Polymer chemistry at UPE.
http://www.upe.ac.za/academic/departments/gentemp.asp?id=34&heading=Honours in P

102. Department Of Industrial Chemistry - Polymer Chemistry
Til NTNUs hovedside. Polymer chemistry. The research and teaching activities include polymer chemistry, polymer colloids and surface and colloid chemistry.
http://www.chemeng.ntnu.no/research/polymer/
P olymer C hemistry
Organization
The Polymer Group was formed in the late fifties by the late professor dr.phil. John Ugelstad, and has for several decades been internationally recognized. The research and teaching activities include polymer chemistry, polymer colloids and surface and colloid chemistry. The group comprises personnel from the university ( NTNU , former NTH) and the independent research organization SINTEF , and benefits from a close cooperation with the latter through a common participation in research and teaching as well as sharing laboratories and equipment. About 10 - 15 students graduate (M.Sc.) every year. The Polymer Group is heavily engaged in research and development for the Norwegian chemical industry and is also employed by foreign companies. Research at the interface with medicine is carried out in cooperation with research centers and hospitals inside and outside the country. Personnel and facilities
At present the group comprises about 20 people, thereof 2 full-time professors and 1 part time professor, 7 research scientists, 5 technicians, 6 Ph.D students and 2 Post Docs. The laboratories and equipment include several different lab.scale reactors and reaction calorimeters for pressures up to 100 bars. Analysis and characterization methods include FT-IR, AFM, TGA, DSC, GPC, NMR, SEM, ?-counter, particle counters. Research and development
Research activities and development work in the Polymer Group are concentrated on polymerization proce sses, polymer colloids and particle technology including the specialty mono-sized polymer particles. A relatively new activity is kinetic studies of olefin polymerization which is a part of a large university program in the field of polyolefin technology going on at different departments of the university.

103. CIRS
Polymer chemistry. SEYMOUR RB and CARRAHER CE.Jr., Polymer chemistry an introduction, 1992. STEVENS MP, Polymer chemistry, 2d ed., 1990.
http://www.cirs-tm.org/books/chemistry/POLYMERCHEMISTRY.htm
Polymer chemistry AKLONIS J.J. and MacKNIGHT W.J., Introduction to polymer viscoelasticity , 2d ed., 1983. FRIED J.R., Polymer science and technology HAMLEY Ian, Block Copolymers, Oxford University Press, 1998. KIRK-OTHMER ENCYCLOPEDIA OF CHEMICAL TECHNOLOGY, 3d ed., vol.18, 1982. MARK H.F. and al., Encyclopedia of polymer science and technology , 2d ed., 19 vols, 1984-1989. SEYMOUR R.B. and CARRAHER C.E.Jr., Polymer chemistry : an introduction STEVENS M.P., Polymer chemistry , 2d ed., 1990. TANAKA Toyoichi, Experimental Methods in Polymer Science , Academic Press, 1999. YOUNG R.J. and LOVELL P ., Introduction to polymers , 2d rev. Ed., 1991. top back
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104. Yu's Research Puts Spotlight On Polymer Chemistry
Yu s research puts spotlight on polymer chemistry. When light passes through any substance, such as glass or water, it appears to
http://chronicle.uchicago.edu/930930/photoref.shtml
Vol. 13, No. 3 current issue
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    Yu's research puts spotlight on polymer chemistry
    When light passes through any substance, such as glass or water, it appears to bendthe refractive properties of the material change the angle of the light. But some materials interact with light in more complex ways, as light energy interacts with the molecules of the materials themselves. A photorefractive material is one in which the refractive index changes as light strikes it. Inorganic compounds that exhibited these properties were discovered nearly 30 years ago. But these materials, although they exhibited astonishing physical properties, were expensive and difficult to make and therefore had little practical application. More recently, scientists have been trying to synthesize organic polymers that exhibit photorefractive properties. In 1990, scientists at IBM made the first photorefractive polymers, but there were serious obstacles to their commercial viability. These materials were made by "doping" small molecules into a polymer as it was forming, but problems with phase separation made it difficult to synthesize a material that was uniform in its structure and properties. In addition, these polymers exhibited a photorefractive effect only when a large external electrical field was applied. Yu's colleagues said his research represents the "cutting edge" of photorefractive materials science and is a step toward using the polymers in telecommunications, three-dimensional storage of optical data and signal processing.

105. Www.imc.uni-hannover.de/elektro/database-engl.html
ANU RSC Polymer chemistry Group Home PagePolymers Soft Condensed Matter. Physics of polymer solutions melts, complex fluids, and in particular, single polymer biopolymer chains.
http://www.imc.uni-hannover.de/elektro/database-engl.html

106. SIRCh :: Chemistry Courses On The Internet
Physical chemistry Courses. Theory of Atoms in Molecules by FW Bader (McMaster University). Return to Page Contents. Polymer chemistry Courses.
http://www.indiana.edu/~cheminfo/c_course.html
CHEMINFO home SIRCh home Communications in Chemistry Miscellaneous ... CCIIM home
SIRCh: Chemistry Courses on the Internet
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Last Updated: April 29, 2003
Guides to Chemistry Courses on the Internet
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Analytical Chemistry Courses

107. Martindale's Calculators On-Line Center: Chemistry P-Q
Polymer chemistry POLYMER MASS SPECTRAL DATA ANALYSIS MASSSPECTATOR ONLINE CALCULATOR ADVANCED SYNTHETIC POLYMER MASS SPECTRAL DATA ANALYSIS a collaborative
http://www.martindalecenter.com/Calculators3B_1_PQ.html
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108. Dekker.com - JOURNAL OF MACROMOLECULAR SCIENCE®, Part A—Pure And Applied
With basic and applied research papers, concise review articles, and special topic issues, the journal caters to wideranging interests in polymer chemistry.
http://www.dekker.com/servlet/product/productid/MA
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109. WWW Chemistry Resources
Polymer chemistry Hypertext An educational resource compiled by students of Professor Stoffer at the chemistry Department of the University of Missouri
http://www.lib.duke.edu/chem/infolist.htm
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110. The Great PVC Controversy - CHF Chemistry WebQuest #5
CHF chemistry WebQuest 5 The Great PVC Controversy Introduction. PVC is short for poly(vinyl chloride). This polymer is made by polymerizing the monomer vinyl
http://www.chemheritage.org/EducationalServices/webquest/pvc.htm
Introduction PVC is short for poly(vinyl chloride). This polymer is made by polymerizing the monomer vinyl chloride. PVC is a very strong and very rigid plastic , and it's a really useful one, too. People use it to make pipes, the kind used for plumbing in most newer houses. PVC is also used to make the "vinyl" siding on the outside of houses. PVC is also flame-resistant because it contains chlorine. Compounds that contain chlorine often are. Because of this, PVC is useful for making fixtures for the interiors of airplanes, where a fire could be especially dangerous. PVC also can be made into a soft and flexible plastic by mixing it with small-molecule compounds called plasticizers . The "new car" smell that motorists love so much comes in part from plasticizers evaporating from PVC in the seats and dashboards. Plasticized PVC can be used for a lot of things. It's waterproof, so it can make things like tarps and raincoats. It's also good for making clear flexible tubing. But there is a problem: Those plasticizers that make PVC soft and flexible can be toxic and carcinogenic. The PVC itself isn't toxic or carcinogenic, but the plasticizers can cause health problems. As if that weren't enough, the monomer used to make PVC, vinyl chloride, is carcinogenic and can be harmful to people who work in the factories where PVC is made.

111. Staffs Of Chemical Resources Laboratory
Tomiki IKEDA, Polymer chemistry, Photochemistry, Liquid crystal, Laboratory, Personal. Takaki KANBARA, Materials chemistry, Polymer chemistry, Laboratory, Personal.
http://www.res.titech.ac.jp/~documents/eng/kyokan.html
A-Z Index of staff (ordered by last name)
A
B D F ... Y
Name
Research
Homepage Munetaka @AKITA
Organometallic chemistry, Coordination chemistry, Organic chemistry Laboratory Personal Takashi@ANO Genetic engineering, Applied microbiology, Environmental microbiology Laboratory Personal Atsushi@@AOYAMA Process systems engineering
Laboratory

Personal
Sadayuki@@ASAOKA Organic synthesis, Photochemistry,
Polymer science Personal Rafael BATRES Process systems engineering, Chemical engineering Laboratory Personal Masaaki@FUJII Molecular Spectroscopy, Laser Chemistry,
Cluster, Physical Chemistry Laboratory Personal Hiroki @FUKUMOTO Coordination chemistry, Polymer synthesis Laboratory Personal Michikazu @@HARA Photocatalytic Chemistry, Electric chemistry, Materials science Laboratory Personal Toru@@HISABORI Plant Biochemistry, Bioenergetics

112. Plastics.com -- Home
the Power of Plastics.com. Please join us in welcoming the our latest partner, TradePub and a new free resource free industry trade magazines!
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113. The NIST Webbook
The NIST Webbook This US government site provides chemical and physical property data on over 30 000 compounds. Information includes mass spectra, infrared spectra, UVVis spectra, and a large
http://rdre1.inktomi.com/click?u=http://webbook.nist.gov/&y=02A63865283F2BB3

114. New Address
Fear not! The Macrogalleria isn t gone. It just has a new address! Our new URL is http//www.psrc.usm.edu/macrog/index.html. Please update your links.
http://www.psrc.usm.edu/polyclass/macrogalleria.html

115. Professor Brian Vincent's Polymer And Colloid Research Group

http://www.chm.bris.ac.uk/vincent/bvhome.htm
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