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1. Models of biopolymers by ring-opening polymerization
by Penczek, S and Kricheldorf, Hans Rytger
1990, 1, ISBN 0849350778, 388
Ring-opening polymerization | Biopolymers | Synthesis | Polymer Science | Cyclic phosphates | Ring opening polymerization | Methylene chloride solution | Equilibrium monomer concentration | Optically pure | Anionic polymerization | Phosphorus atom | Acid benzyl ester | Cyclic monomers | Cyclic phosphite | Exocyclic group
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2. Full Text Selective Polymerization Catalysis from Monomer Mixtures: Using a Commercial Cr‐Salen Catalyst To Access ABA Block Polyesters
by Stößer, Tim and Williams, Charlotte K
Angewandte Chemie (International ed.), ISSN 1433-7851, 05/2018, Volume 57, Issue 21, pp. 6337 - 6341
ring-opening copolymerization | switchable catalysis | chromium salen catalysts | block copolyesters | ring-opening polymerization | Physical Sciences | Chemistry | Chemistry, Multidisciplinary | Science & Technology | Chromium | Polymerization | Catalysis | Polyols | Block copolymers | Anhydrides | Ring opening polymerization | Catalysts | Copolymerization | Polyester resins | Monomers | Polyesters | Polymers | Chemical synthesis | Communications | Communication
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3. Full Text Dendrite‐Free, High‐Rate, Long‐Life Lithium Metal Batteries with a 3D Cross‐Linked Network Polymer Electrolyte
by Lu, Qingwen and He, Yan‐Bing and Yu, Qipeng and Li, Baohua and Kaneti, Yusuf Valentino and Yao, Youwei and Kang, Feiyu and Yang, Quan‐Hong
Advanced materials (Weinheim), ISSN 0935-9648, 04/2017, Volume 29, Issue 13, pp. 1604460 - n/a
gel polymer electrolytes | lithium dendrites | ring‐opening polymerization | three‐dimensional networks | ion transport channels | three-dimensional networks | ring-opening polymerization | Materials Science | Materials Science, Multidisciplinary | Physics, Condensed Matter | Science & Technology - Other Topics | Chemistry, Physical | Physics | Science & Technology | Physics, Applied | Physical Sciences | Chemistry | Nanoscience & Nanotechnology | Technology | Chemistry, Multidisciplinary | Polymerization | Polyelectrolytes | Polymer industry | Batteries | Fashion designers | Ring opening polymerization | Ion currents | Electrolytes | Lithium batteries | Crosslinking | Lithium | Product safety | Dendritic structure | Networks | Ionic conductivity | Electric batteries
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4. Full Text Phosphazene Bases as Organocatalysts for Ring‐Opening Polymerization of Cyclic Esters
by Liu, Shaofeng and Ren, Chuanli and Zhao, Na and Shen, Yong and Li, Zhibo
Macromolecular rapid communications., ISSN 1022-1336, 12/2018, Volume 39, Issue 24, pp. e1800485 - n/a
phosphazene bases | ring‐opening polymerization | organocatalysts | polyesters | ring-opening polymerization | Polymer Science | Physical Sciences | Science & Technology | Ring opening polymerization | Polymerization | Esters | Lithium | Anionic polymerization | Catalysis | Chemical synthesis | Phosphazene | Monomers | Organic compounds | Index Medicus
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5. Full Text Isoselective Lactide Ring Opening Polymerisation using [2]Rotaxane Catalysts
by Lim, Jason Y. C and Yuntawattana, Nattawut and Beer, Paul D and Williams, Charlotte K
Angewandte Chemie (International ed.), ISSN 1433-7851, 04/2019, Volume 58, Issue 18, pp. 6007 - 6011
organocatalysis | rotaxane | ring-opening polymerisation | lactide | isoselectivity | Polymerization | Biodegradation | Ring opening polymerization | Tacticity | Additives | Catalysts | Biodegradability | Rotaxanes | Polylactic acid | Stereochemistry | Ring opening | Stereoselectivity | Isotacticity | Chain dynamics | Recyclable materials | Index Medicus | Communications | Communication
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6. Full Text Selective Ring‐Opening Polymerization of Non‐Strained γ‐Butyrolactone Catalyzed by A Cyclic Trimeric Phosphazene Base
by Zhao, Na and Ren, Chuanli and Li, Huaike and Li, Yunxin and Liu, Shaofeng and Li, Zhibo
Angewandte Chemie (International ed.), ISSN 1433-7851, 10/2017, Volume 56, Issue 42, pp. 12987 - 12990
organocatalysis | reaction mechanisms | phosphine | polymers | ring-opening polymerization | Physical Sciences | Chemistry | Chemistry, Multidisciplinary | Science & Technology | Ring opening polymerization | Nuclear magnetic resonance--NMR | Polydispersity | Butyrolactone | Polymerization | Polymers | CTPB | Phosphazene | Structural analysis | Alcohols
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7. Full Text A structural study of epoxidized natural rubber (ENR‐50) ring opening under mild acidic condition
by Hamzah, Rosniza and Bakar, Mohamad Abu and Dahham, Omar Sabbar and Zulkepli, Nik Noriman and Dahham, Saad Sabbar
Journal of applied polymer science, ISSN 0021-8995, 11/2016, Volume 133, Issue 43, pp. np - n/a
inorganic polymers | ring‐opening polymerization | thermal properties | structure–property relations | rubber | ring-opening polymerization | Polymer Science | Physical Sciences | Science & Technology | Polymerization | Polymers | Analysis | NMR spectroscopy | Infrared spectroscopy | Carbon 13 | Differential scanning calorimetry | Fourier transforms | Carbon-epoxy composites | Natural rubber | Chains (polymeric) | Ring opening | Gravimetry
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8. Full Text Metal‐Size Influence in Iso‐Selective Lactide Polymerization
by Bakewell, Clare and White, Andrew J. P and Long, Nicholas J and Williams, Charlotte K
Angewandte Chemie (International ed.), ISSN 1433-7851, 08/2014, Volume 53, Issue 35, pp. 9226 - 9230
lutetium | iso‐selectivity | ring‐opening polymerization | lactide | lanthanum | iso-selectivity | ring-opening polymerization | Rare earth metals | Polymerization | Covalence | Derivatives | Initiators | Lutetium | Communications
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9. Full Text Metal‐Free Ring Opening Cyclization of Cyclopropane Carbaldehydes and N‐Benzyl Anilines: An Eco‐Friendly Access to Functionalized Benzoazepine Derivatives
by Raghunath Dey and Prabal Banerjee
Advanced synthesis & catalysis, ISSN 1615-4150, 06/2019, Volume 361, Issue 12, pp. 2849 - 2854
Cyclopropane | Aniline | Ring opening
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10. Full Text Reaction kinetics and simulations of ring-opening polymerization for the synthesis of polybutylene terephthalate
by Rosenboom, Jan-Georg and De Lorenzi, Laura and Storti, Giuseppe and Morbidelli, Massimo
Polymer (Guilford), ISSN 0032-3861, 06/2018, Volume 146, pp. 120 - 132
Ring-opening polymerization | Polybutylene terephthalate | Reaction mechanisms | Polyester synthesis | Kinetic modelling | Polymer Science | Physical Sciences | Science & Technology | Polybutylene terephthalates | Ring opening polymerization | Rate constants | Molecular weight distribution | Polyethylene terephthalate | Polymerization | Transesterification | Conversion | Molecular weight | Ring opening | Carbonyl groups | Chain transfer | Terephthalate | Dependence | Reaction kinetics | Tin | Dodecanol | Kinetics | Polymers | Chemical synthesis | Carbonyls
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