Availability: Twin polymerization | Technische Universität München

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Bibliographic Details
Other Authors:	Spange, Stefan (Editor), Mehring, Michael (Editor)
Format:	Book
Language:	English
Published:	Berlin ; Boston De Gruyter [2019]
Subjects:	Zwillingspolymerisation Makromolekulare Chemie Materialwissenschaft Polymere Hybridmaterial
Links:	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=030836471&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
Physical Description:	X, 342 Seiten Illustrationen, Diagramme (teilweise farbig)
ISBN:	9783110500677

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245	1	0	\|a Twin polymerization \|b new strategy for hybrid materials synthesis \|c edited by Stefan Spange, Michael Mehring
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Record in the Search Index

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adam_text	CONTENTS PREFACE* V ACKNOWLEDGMENTS* XI LIST OF CONTRIBUTORS* XIII STEFAN SPANGE 1 INTRODUCTION* 1 1.1 POLYMERIZATION MECHANISMS* 4 1.2 CHARACTERISTICS OF MULTIFUNCTIONAL MONOMERS* 14 1.3 MULTIFUNCTIONAL MONOMERS FOR HYBRID MATERIALS SYNTHESIS * 18 1.4 CONCLUSION * 21 ANDREAS SEIFERT, MICHAEL MEHRING AND STEFAN SPANGE 2 TWIN POLYMERIZATION (TP) - GENERAL ASPECTS * 27 2.1 PRINCIPLES OF TWIN POLYMERIZATION * 27 2.2 COMPARISON OF TWIN POLYMERIZATION WITH SIMULTANEOUS POLYMERIZATION OF TWO MONOMERS * 30 2.3 POLYMERIZATION OF HETEROBIFUNCTIONAL MONOMERS * 33 2.4 INORGANIC NETWORK FORMATION BY TWIN POLYMERIZATION, AQUEOUS AND NON-AQUEOUS SOL-GEL PROCESS* 35 2.5 TYPES OF TWIN POLYMERIZATION PROCESSES * 39 2.5.1 COMPENSATIVE AND IDEAL TWIN POLYMERIZATION * 39 2.5.2 SIMULTANEOUS TWIN POLYMERIZATION * 40 2.5.3 APPARENT TWIN POLYMERIZATION * 42 2.6 TWIN MONOMERS - A MODULAR MOLECULAR SYSTEM * 43 2.7 TRANSFORMATION OF HYBRID MATERIALS TO POROUS METAL OXIDES OR CARBON * 44 2.8 TWIN POLYMERIZATION IN COMBINATION WITH ADDITIVES * 45 3 STRUCTURE AND THEORY* 51 PHILIPP KITSCHKE, MICHAEL MEHRING 3.1 STRUCTURE - REACTIVITY RELATIONSHIPS OF THE PRECURSORS FOR TWIN POLYMERIZATION * 51 3.1.1 INTRODUCTION * 51 3.1.2 PRECURSOR CLASSES AND THEIR REACTIVITY IN TP* 56 3.1.3 SUMMARY* 114 ALEXANDER A. AUER, GIOVANNI BISTONI 3.2 THEORY OF THE TP - COMPUTATIONAL STUDIES ON THE MECHANISM OF THE PROTON-CATALYZED AND THERMALLY INDUCED TP* 116 3.2.1 INTRODUCTION * 116 3.2.2 MECHANISTIC STUDIES ON THE PROTON-CATALYZED TP* 118 3.2.3 MECHANISTIC STUDIES ON THE THERMALLY INDUCED TP* 128 3.2.4 FINAL REMARKS* 135 JANETT PREHL, BENJAMIN FIEDLER, JOACHIM FRIEDRICH 3.3 MODELING AND SIMULATION OF NANOSTRUCTURE FORMATION OF TP * 135 3.3.1 INTRODUCTION * 135 3.3.2 BASIC CONCEPT OF THE PROTON-CATALYZED REACTION MECHANISM OF TP* 136 3.3.3 REACTIVE BOND FLUCTUATION MODEL * 139 3.3.4 RMD SIMULATION ----- 144 3.3.5 EXTENDED QUANTUM CHEMICAL MODELING* 148 3.3.6 SUMMARY* 158 4 MATERIALS* 167 STEFAN SPANGE, MANDY GOERING, LYSANN KASSNER, KEVIN NAGEL AND ANDREAS SEIFERT 4.1 SILICON-CONTAINING HYBRID MATERIALS * 167 4.1.1 HISTORY ----- 167 4.1.2 SILICON-CONTAINING TWIN MONOMERS* 168 4.1.3 POLYMER/SILICA HYBRID MATERIALS BY TWIN POLYMERIZATION * 171 4.1.4 MULTIPLE POLYMERIZATIONS* 178 4.1.5 TEMPLATE-ASSISTED TWIN POLYMERIZATION * 179 4.1.6 TERNARY HYBRID MATERIALS BY SIMULTANEOUS TWIN POLYMERIZATION (STP) ----- 182 4.1.7 POLYMER/SILICA HYBRID FOAMS BY SIMULTANEOUS TWIN POLYMERIZATION * 187 4.1.8 FUNCTIONAL TWIN MONOMERS * 189 4.1.9 SILICON MONOMERS BASED ON SI-N-CONTAINING MOIETIES* 191 4.1.10 POLYAMIDE 6/SILICA COMPOSITE PRODUCTION * 196 4.1.11 SUMMARY* 205 THOMAS EBERT 4.2 CARBON MATERIALS * 206 4.2.1 SYNTHESIS OF POROUS CARBON MATERIALS * 206 4.2.2 CARBON FROM HYBRID MATERIALS SYNTHESIZED BY TWIN POLYMERIZATION * 207 4.2.3 POROUS CARBON COMPOSITES BY TWIN POLYMERIZATION ON SURFACES * 210 4.2.4 STRUCTURED POROUS CARBON MATERIALS BY TWIN POLYMERIZATION ON HARD TEMPLATES* 213 4.2.5 STRATEGIES FOR THE SYNTHESIS OF HIERARCHICALLY POROUS CARBON MATERIALS BY CONSECUTIVE TWIN POLYMERIZATIONS ON HARD TEMPLATES* 216 PHILIPP KITSCHKE, MICHAEL MEHRING 4.3 INORGANIC OXIDES FROM TWIN POLYMERIZATION * 217 4.3.1 SYNTHESIS OF INORGANIC OXIDES AND MIXED INORGANIC OXIDES * 218 4.3.2 POTENTIAL APPLICATIONS * 230 HEINRICH LANG 4.4 TWIN POLYMERIZATION - A UNIQUE AND EFFICIENT METHODOLOGY FOR DECORATING POROUS CARBON AND SILICA MATERIALS WITH NANOPARTICLES * 231 4.4.1 INTRODUCTION * 231 4.4.2 METAL AND METAL OXIDE NANOPARTICLES BY THERMAL DECOMPOSITION OF SINGLE-SOURCE METAL CARBOXYLATE PRECURSORS * 233 4.4.3 METAL NANOPARTICLE-DECORATED POROUS CARBON AND SILICON DIOXIDE MATERIALS BY TWIN POLYMERIZATION * 236 4.4.4 TIN ALLOYS EMBEDDED IN CARBON AND SILICA MATERIALS BY TWIN POLYMERIZATION * 247 4.4.5 METAL-LOADED POROUS HOLLOW CARBON SPHERES BY TWIN POLYMERIZATION * 251 4.4.6 SUMMARY* 258 5 APPLICATIONS* 273 FELIX ROSCHKE AND MICHAEL MEHRING 5.1 POROUS MATERIALS FROM TWIN POLYMERIZATION FOR ENERGY STORAGE* 273 5.1.1 INTRODUCTION * 273 5.1.2 SYNTHESES AND ELECTROCHEMICAL TESTS OF POROUS MATERIALS* 275 5.1.3 SUMMARY* 293 KATJA SCHREITER, MATTHIAS BIRKNER, MANDY GOERING, SUSANNE HOEHNE, DANIEL UHLIG 5.2 FUNCTIONALIZED TWIN MONOMERS AND THEIR APPLICATION IN MATERIALS SYNTHESIS * 295 5.2.1 CHARACTERISTICS OF FUNCTIONALIZED TWIN MONOMERS* 296 5.2.2 AMINO-FUNCTIONALIZED TWIN MONOMERS* 298 5.2.3 INTERFACE DESIGN - FUNCTIONALIZED TM AS ADHESION PROMOTER* 299 5.2.4 POST-FUNCTIONALIZATION - CONSTRUCTION OF LAYERED SYSTEMS * 305 5.2.5 SUMMARY* 325 MICHAEL MEHRING AND STEFAN SPANGE 6 CONCLUDING REMARKS* 333 INDEX* 335
any_adam_object	1
author2	Spange, Stefan Mehring, Michael
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dewey-hundreds	500 - Natural sciences and mathematics
dewey-ones	547 - Organic chemistry 541 - Physical chemistry
dewey-raw	547.28 541.39
dewey-search	547.28 541.39
dewey-sort	3547.28
dewey-tens	540 - Chemistry and allied sciences
discipline	Chemie / Pharmazie
format	Book
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spellingShingle	Twin polymerization new strategy for hybrid materials synthesis Zwillingspolymerisation (DE-588)1173108475 gnd
subject_GND	(DE-588)1173108475
title	Twin polymerization new strategy for hybrid materials synthesis
title_auth	Twin polymerization new strategy for hybrid materials synthesis
title_exact_search	Twin polymerization new strategy for hybrid materials synthesis
title_full	Twin polymerization new strategy for hybrid materials synthesis edited by Stefan Spange, Michael Mehring
title_fullStr	Twin polymerization new strategy for hybrid materials synthesis edited by Stefan Spange, Michael Mehring
title_full_unstemmed	Twin polymerization new strategy for hybrid materials synthesis edited by Stefan Spange, Michael Mehring
title_short	Twin polymerization
title_sort	twin polymerization new strategy for hybrid materials synthesis
title_sub	new strategy for hybrid materials synthesis
topic	Zwillingspolymerisation (DE-588)1173108475 gnd
topic_facet	Zwillingspolymerisation
url	http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=030836471&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
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