Synthesis techniques for polymer nanocomposites / edited by Vikas Mittal ; contributors, Carlos Alemán [and thirty-one others].
- Published:
- Weinheim, Germany : Wiley-VCH, [2015]
- Copyright Date:
- ©2015
- Physical Description:
- 1 online resource (xvi, 298 pages) : illustrations, graphs
- Additional Creators:
- Mittal, Vikas and Alemán, Carlos
Access Online
- Series:
- Contents:
- Machine generated contents note: 1.1.Introduction / Joel Fawaz / Vikas Mittal -- 1.2.Synthesis Methods / Joel Fawaz / Vikas Mittal -- 1.2.1.Melt Intercalation / Joel Fawaz / Vikas Mittal -- 1.2.2.Exfoliation Adsorption / Joel Fawaz / Vikas Mittal -- 1.2.2.1.Solution Intercalation / Joel Fawaz / Vikas Mittal -- 1.2.2.2.Emulsion Polymerization / Joel Fawaz / Vikas Mittal -- 1.2.3.In Situ Polymerization / Joel Fawaz / Vikas Mittal -- 1.2.4.Nontraditional Methods / Joel Fawaz / Vikas Mittal -- References / Joel Fawaz / Vikas Mittal -- 2.1.Introduction / Ali U. Chaudhry / Vikas Mittal -- 2.2.Experimental / Ali U. Chaudhry / Vikas Mittal -- 2.2.1.Materials / Ali U. Chaudhry / Vikas Mittal -- 2.2.2.Preparation of Graphite Oxide and Graphene Oxide / Ali U. Chaudhry / Vikas Mittal -- 2.2.3.Nanocomposite Generation / Ali U. Chaudhry / Vikas Mittal -- 2.2.4.Material Characterization / Ali U. Chaudhry / Vikas Mittal -- 2.3.Results and Discussion / Ali U. Chaudhry / Vikas Mittal -- 2.4.Conclusions / Ali U. Chaudhry / Vikas Mittal -- Acknowledgments / Ali U. Chaudhry / Vikas Mittal -- References / Ali U. Chaudhry / Vikas Mittal -- 3.1.Introduction / Pau Turon / Luis J. del Valle / Carlos Alerncin / Jordi Puiggali -- 3.2.Preparation of HAp Nanocrystals / Pau Turon / Luis J. del Valle / Carlos Alerncin / Jordi Puiggali -- 3.3.Preparation of HAp Nanocomposites / Pau Turon / Luis J. del Valle / Carlos Alerncin / Jordi Puiggali -- 3.4.Applications of HAp/DNA Nanocomplexes as Gene Carriers / Pau Turon / Luis J. del Valle / Carlos Alerncin / Jordi Puiggali -- 3.5.Tissue Engineering Applications of HAp Nanocomposites Based on Biodegradable Polymers / Pau Turon / Luis J. del Valle / Carlos Alerncin / Jordi Puiggali -- 3.6.Applications of HAp Nanocomposites Based on Biodegradable Polymers as Drug Delivery Systems / Pau Turon / Luis J. del Valle / Carlos Alerncin / Jordi Puiggali -- 3.7.Miscellaneous Applications of HAp Nanocomposites Based on Biodegradable Polymers / Pau Turon / Luis J. del Valle / Carlos Alerncin / Jordi Puiggali -- 3.8.Concluding Remarks / Pau Turon / Luis J. del Valle / Carlos Alerncin / Jordi Puiggali -- Acknowledgments / Pau Turon / Luis J. del Valle / Carlos Alerncin / Jordi Puiggali -- References / Pau Turon / Luis J. del Valle / Carlos Alerncin / Jordi Puiggali -- 4.1.Introduction / Michal Kedzierski -- 4.2.Nanocomposites with Zero-Dimensional Nanofillers / Michal Kedzierski -- 4.2.1.Silicon-Containing Nanospheres / Michal Kedzierski -- 4.2.2.Metal Oxides / Michal Kedzierski -- 4.2.3.Other O-D Nanoparticles / Michal Kedzierski -- 4.3.Nanocomposites with One-Dimensional Nanofillers / Michal Kedzierski -- 4.3.1.Carbon Nanotubes and Nanofibers / Michal Kedzierski -- 4.3.2.Cellulose Nanofibers / Michal Kedzierski -- 4.3.3.Other 1-D Nanofillers / Michal Kedzierski -- 4.4.Nanocomposites with Two-Dimensional Nanofillers / Michal Kedzierski -- 4.4.1.Layered Aluminosilicate Clays / Michal Kedzierski -- 4.4.1.1.Mixing Methods / Michal Kedzierski -- 4.4.1.2.Effects of the Clay Modification / Michal Kedzierski -- 4.4.1.3.Nanocomposites with MMT Introduced during the Synthesis of Pre-polymer / Michal Kedzierski -- 4.4.1.4.Various Properties and Multiphase Nanocomposites / Michal Kedzierski -- 4.4.1.5.Vinyl Ester[—]Clay Nanocomposites / Michal Kedzierski -- 4.4.2.Layered Double Hydroxides / Michal Kedzierski -- 4.4.3.Graphene-Based Nanofillers / Michal Kedzierski -- 4.5.Conclusions / Michal Kedzierski -- Abbreviations / Michal Kedzierski -- References / Michal Kedzierski -- 5.1.Introduction / Vijaya K. Rangari / Sanchit Dey -- 5.2.Experimental Procedure / Vijaya K. Rangari / Sanchit Dey -- 5.3.Results and Discussion / Vijaya K. Rangari / Sanchit Dey -- 5.3.1.XRD analysis / Vijaya K. Rangari / Sanchit Dey -- 5.3.2.Transmission Electron Microscopy / Vijaya K. Rangari / Sanchit Dey -- 5.3.3.TGA Analysis of Nanoparticles / Vijaya K. Rangari / Sanchit Dey -- 5.3.4.Thermal Response of the Polymer Composites / Vijaya K. Rangari / Sanchit Dey -- 5.3.5.Compression Test Results of Polymer Composites / Vijaya K. Rangari / Sanchit Dey -- 5.3.6.Flexure Test Results of Polymer Composites / Vijaya K. Rangari / Sanchit Dey -- 5.4.Conclusion / Vijaya K. Rangari / Sanchit Dey -- Acknowledgments / Vijaya K. Rangari / Sanchit Dey -- References / Vijaya K. Rangari / Sanchit Dey -- 6.1.Synthesis of Poly(vinylidene fluoride) (PVDF) / Derman Vatansever Bayramol / Tahir Shah / Navneet Soin / Elias Siores -- 6.2.Structure and Piezoelectric Properties of PVDF / Derman Vatansever Bayramol / Tahir Shah / Navneet Soin / Elias Siores -- 6.2.1.Relationships and Equations / Derman Vatansever Bayramol / Tahir Shah / Navneet Soin / Elias Siores -- 6.2.1.1.The Piezoelectric Charge Constant and Piezoelectric Voltage Constant / Derman Vatansever Bayramol / Tahir Shah / Navneet Soin / Elias Siores -- 6.3.Processing of PVDF for Energy Harvesting Applications / Derman Vatansever Bayramol / Tahir Shah / Navneet Soin / Elias Siores -- 6.4.Processing of PVDF Based Materials: Polymer/Polymer, Polymer/Nanofiller, Polymer/Ionomer Blends / Derman Vatansever Bayramol / Tahir Shah / Navneet Soin / Elias Siores -- 6.5.PVDF Based Nanocomposites for Energy Harvesting Applications / Derman Vatansever Bayramol / Tahir Shah / Navneet Soin / Elias Siores -- 6.6.Conclusion / Derman Vatansever Bayramol / Tahir Shah / Navneet Soin / Elias Siores -- References / Derman Vatansever Bayramol / Tahir Shah / Navneet Soin / Elias Siores -- 7.1.Introduction / Luana Persano / Andrea Camposeo / Anna Maria Laera / Francesca Di Benedetto / Vincenzo Resta / Leander Tapfer / Dario Pisignano -- 7.2.Thermal-Assisted In Situ Synthesis: Material Choice and Nanocomposite Characterization / Luana Persano / Andrea Camposeo / Anna Maria Laera / Francesca Di Benedetto / Vincenzo Resta / Leander Tapfer / Dario Pisignano -- 7.2.1.Precursor Molecules / Luana Persano / Andrea Camposeo / Anna Maria Laera / Francesca Di Benedetto / Vincenzo Resta / Leander Tapfer / Dario Pisignano -- 7.2.1.1.Metal Salts / Luana Persano / Andrea Camposeo / Anna Maria Laera / Francesca Di Benedetto / Vincenzo Resta / Leander Tapfer / Dario Pisignano -- 7.2.1.2.Organometallic Compounds / Luana Persano / Andrea Camposeo / Anna Maria Laera / Francesca Di Benedetto / Vincenzo Resta / Leander Tapfer / Dario Pisignano -- 7.2.2.Thermal Synthesis and Composites Characterization / Luana Persano / Andrea Camposeo / Anna Maria Laera / Francesca Di Benedetto / Vincenzo Resta / Leander Tapfer / Dario Pisignano -- 7.2.2.1.Microstructural Characterization / Luana Persano / Andrea Camposeo / Anna Maria Laera / Francesca Di Benedetto / Vincenzo Resta / Leander Tapfer / Dario Pisignano -- 7.2.2.2.Optical Spectroscopy Experiments / Leander Tapfer / Vincenzo Resta / Francesca Di Benedetto / Luana Persano / Andrea Camposeo / Anna Maria Laera / Dario Pisignano -- 7.3.Fabrication of Nanocomposites and Patterning / Leander Tapfer / Vincenzo Resta / Francesca Di Benedetto / Anna Maria Laera / Andrea Camposeo / Luana Persano / Dario Pisignano -- 7.3.1.Nanocomposites by Photoirradiation / Luana Persano / Andrea Camposeo / Anna Maria Laera / Francesca Di Benedetto / Vincenzo Resta / Leander Tapfer / Dario Pisignano -- 7.3.1.1.UV and Visible Irradiation / Luana Persano / Andrea Camposeo / Anna Maria Laera / Francesca Di Benedetto / Vincenzo Resta / Leander Tapfer / Dario Pisignano -- 7.3.1.2.Multiphoton Irradiation / Anna Maria Laera / Andrea Camposeo / Luana Persano / Francesca Di Benedetto / Dario Pisignano / Leander Tapfer / Vincenzo Resta -- 7.3.2.Nanocomposites by Electron-Beam Writing / Leander Tapfer / Vincenzo Resta / Francesca Di Benedetto / Anna Maria Laera / Andrea Camposeo / Luana Persano / Dario Pisignano -- 7.3.3.Nanocomposite Polymer Fibers / Leander Tapfer / Vincenzo Resta / Francesca Di Benedetto / Anna Maria Laera / Andrea Camposeo / Luana Persano / Dario Pisignano -- 7.3.3.1.Photo-Assisted Synthesis / Luana Persano / Andrea Camposeo / Anna Maria Laera / Francesca Di Benedetto / Vincenzo Resta / Leander Tapfer / Dario Pisignano -- 7.3.3.2.Thermal-Assisted Synthesis / Luana Persano / Andrea Camposeo / Anna Maria Laera / Leander Tapfer / Vincenzo Resta / Francesca Di Benedetto / Dario Pisignano -- 7.4.Conclusions / Andrea Camposeo / Anna Maria Laera / Francesca Di Benedetto / Vincenzo Resta / Leander Tapfer / Dario Pisignano / Luana Persano -- Acknowledgments / Luana Persano / Andrea Camposeo / Anna Maria Laera / Francesca Di Benedetto / Vincenzo Resta / Leander Tapfer / Dario Pisignano -- References / Luana Persano / Andrea Camposeo / Anna Maria Laera / Francesca Di Benedetto / Vincenzo Resta / Leander Tapfer / Dario Pisignano -- 8.1.Introduction / Naima Sallem-Idrissi / Michel Sclavons / Jacques Devaux -- 8.2.Nanocomposites Structure and Characterization / Naima Sallem-Idrissi / Michel Sclavons / Jacques Devaux -- 8.2.1.Clays / Naima Sallem-Idrissi / Michel Sclavons / Jacques Devaux -- 8.2.2.Organomodification of Layered Silicates / Naima Sallem-Idrissi / Michel Sclavons / Jacques Devaux -- 8.2.3.Nanocomposites Structure and Characterization / Naima Sallem-Idrissi / Michel Sclavons / Jacques Devaux -- 8.3.Nanocomposites Preparation / Naima Sallem-Idrissi / Michel Sclavons / Jacques Devaux -- 8.3.1.Intercalation from Solution / Naima Sallem-Idrissi / Michel Sclavons / Jacques Devaux -- 8.3.2.In Situ Polymerization / Naima Sallem-Idrissi / Michel Sclavons / Jacques Devaux -- 8.3.3.Melt Compounding / Naima Sallem-Idrissi / Michel Sclavons / Jacques Devaux -- 8.3.3.1.Melt Blending of Polymer/Organoclay Nanocomposites / Naima Sallem-Idrissi / Michel Sclavons / Jacques Devaux -- 8.3.3.2.Melt Blending of Polymer/Pristine Clay Nanocomposites / Naima Sallem-Idrissi / Michel Sclavons / Jacques Devaux -- 8.4.Nanocomposite Properties / Naima Sallem-Idrissi / Michel Sclavons / Jacques Devaux -- 8.4.1.Thermal Stability / Naima Sallem-Idrissi / Michel Sclavons / Jacques Devaux -- and Contents note continued: 8.4.2.Flame Retardancy / Naima Sallem-Idrissi / Michel Sclavons / Jacques Devaux -- 8.5.Toward Fully Green Composites? / Naima Sallem-Idrissi / Michel Sclavons / Jacques Devaux -- References / Michel Sclavons / Jacques Devaux / Naima Sallem-Idrissi -- 9.1.Introduction / Liping Yang / Cher Ling Toh / Xuehong Lu -- 9.1.1.Electrically Conductive Polymer Nanocomposites and Their Applications / Liping Yang / Cher Ling Toh / Xuehong Lu -- 9.1.2.Percolation Theory / Liping Yang / Cher Ling Toh / Xuehong Lu -- 9.1.3.Factors Affecting the Electrical Conductivity of Nanocomposites / Liping Yang / Cher Ling Toh / Xuehong Lu -- 9.1.3.1.Physical Properties of the Fillers / Liping Yang / Cher Ling Toh / Xuehong Lu -- 9.1.3.2.Filler Distribution and Dispersion / Liping Yang / Cher Ling Toh / Xuehong Lu -- 9.1.3.3.Physical Properties of Polymer Matrices / Liping Yang / Cher Ling Toh / Xuehong Lu -- 9.1.3.4.Filler Orientation and Alignment / Liping Yang / Cher Ling Toh / Xuehong Lu -- 9.1.3.5.Nanocomposite Fabrication Methods and Conditions / Liping Yang / Cher Ling Toh / Xuehong Lu -- 9.2.In Situ Preparation of Conductive Nanocomposites / Liping Yang / Cher Ling Toh / Xuehong Lu -- 9.2.1.In Situ Polymerization Strategy / Liping Yang / Cher Ling Toh / Xuehong Lu -- 9.2.1.1.Step Growth / Liping Yang / Cher Ling Toh / Xuehong Lu -- 9.2.1.2.Chain Growth / Liping Yang / Cher Ling Toh / Xuehong Lu -- 9.2.1.3.Aligning Conductive Fillers in in situ Polymerization Processes / Liping Yang / Cher Ling Toh / Xuehong Lu -- 9.2.2.In Situ Formation of Conducting Polymer Nanocomposites / Liping Yang / Cher Ling Toh / Xuehong Lu -- 9.2.2.1.In Situ Formation of rGO-Based Polymer Nanocomposites / Liping Yang / Cher Ling Toh / Xuehong Lu -- 9.2.2.2.In Situ Formation of Metallic Conductive Pathways / Liping Yang / Cher Ling Toh / Xuehong Lu -- 9.3.Challenges and Outlook / Liping Yang / Cher Ling Toh / Xuehong Lu -- References / Liping Yang / Cher Ling Toh / Xuehong Lu -- 10.1.Introduction / Ana Vera Machado / Joana Margarida Barbas / Jose Antonio Covas -- 10.2.Morphology and Properties / Jose Antonio Covas / Ana Vera Machado / Joana Margarida Barbas -- 10.3.Preparation Methods / Ana Vera Machado / Joana Margarida Barbas / Jose Antonio Covas -- 10.4.Characterization Techniques / Ana Vera Machado / Joana Margarida Barbas / Jose Antonio Covas -- 10.5.Dispersion by Melt Mixing / Ana Vera Machado / Joana Margarida Barbas / Jose Antonio Covas -- 10.6.Online and Inline Monitoring of Dispersion / Ana Vera Machado / Joana Margarida Barbas / Jose Antonio Covas -- 10.7.Conclusions / Ana Vera Machado / Joana Margarida Barbas / Jose Antonio Covas -- References / Ana Vera Machado / Joana Margarida Barbas / Jose Antonio Covas -- 11.1.Introduction / Yuvaraj Haldorai / Jae-Jin Shim -- 11.2.Background on Supercritical CO2 / Yuvaraj Haldorai / Jae-Jin Shim -- 11.3.Physical and Chemical Properties of scCO2 / Yuvaraj Haldorai / Jae-Jin Shim -- 11.4.Preparation of Polymer/Inorganic Filler Nanocomposites in Supercritical CO2 / Yuvaraj Haldorai / Jae-Jin Shim -- 11.4.1.Ex Situ Method / Yuvaraj Haldorai / Jae-Jin Shim -- 11.4.1.1.Solution Blending / Yuvaraj Haldorai / Jae-Jin Shim -- 11.4.1.2.Melt Blending / Yuvaraj Haldorai / Jae-Jin Shim -- 11.4.2.In Situ Method / Yuvaraj Haldorai / Jae-Jin Shim -- 11.4.2.1.Synthesis of Nanocomposites by Dispersion Polymerization / Yuvaraj Haldorai / Jae-Jin Shim -- 11.4.2.2.Synthesis of Nanocomposites by Other Techniques / Yuvaraj Haldorai / Jae-Jin Shim -- 11.5.Conclusions / Yuvaraj Haldorai / Jae-Jin Shim -- References / Yuvaraj Haldorai / Jae-Jin Shim.
- Subject(s):
- ISBN:
- 9783527334551
9783527670307 electronic bk.
3527670300 electronic bk.
9783527670338 electronic bk.
3527670335 electronic bk.
View MARC record | catkey: 18362594