High barrier materials for flexible and transparent encapsulation of organic electronics

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1. Verfasser: Schmidt, Margot Marion (VerfasserIn)
Format: Abschlussarbeit Buch
Sprache:English
Veröffentlicht: 2013
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Online-Zugang:kostenfrei
https://nbn-resolving.org/urn:nbn:de:bvb:91-diss-20131213-1145032-0-2
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Datensatz im Suchindex

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1001/Diss.4 4656
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adam_text CONTENTS ABSTRACT 15 NOMENCLATURE 17 1 MOTIVATION 25 2 REQUIREMENTS FOR THE ENCAPSULATION MATERIAL 29 2.1 PROTECTION FROM ENVIRONMENTAL GASES 29 2.2 FURTHER REQUIREMENTS 33 3 EXISTING ENCAPSULATION CONCEPTS 35 3.1 PERMEATION THEORY 35 3.1.1 DESCRIPTION OF THE PERMEATION PROCESS 35 3.1.2 TRANSMISSION RATE CALCULATION FOR HOMOGENEOUS MONOLAYERED MA TERIALS 37 3.1.3 TIME LAG CALCULATION FOR HOMOGENEOUS MONOLAYERED MATERIALS . . 38 3.1.4 TRANSMISSION RATE CALCULATION FOR HOMOGENEOUS MULTILAYERED EN CAPSULATION MATERIALS 39 3.1.5 TIME LAG CALCULATION FOR HOMOGENEOUS MULTILAYERED ENCAPSULA TION MATERIALS 39 3.1.6 TRANSMISSION RATE AND TIME LAG CALCULATION FOR INHOMOGENEOUS MONOLAYERED ENCAPSULATION MATERIALS 40 3.1.7 OXYGEN TRANSMISSION RATE CALCULATION FOR INHOMOGENEOUS MULTI- LAYERED ENCAPSULATION MATERIALS 40 3.1.8 WATER VAPOR TRANSMISSION RATE CALCULATION FOR INHOMOGENEOUS MUL TILAYERED ENCAPSULATION MATERIALS 43 3.1.9 TIME LAG CALCULATION FOR INHOMOGENEOUS MULTILAYERED ENCAPSULA TION MATERIALS 46 3.2 EXPERIMENTAL ACHIEVEMENTS 47 3.2.1 EXISTING EXPERIMENTAL STRATEGIES 47 3.2.2 POTENTIAL HIGH BARRIER EFFECTS I: KNOWN FROM EXPERIMENTS 52 3.2.3 POTENTIAL HIGH BARRIER EFFECTS II: PREDICTED THEORETICALLY 54 4 EXPERIMENTAL METHODOLOGY 59 4.1 MATERIALS 59 4.2 COATING TECHNIQUES 62 4.3 EVALUATION METHODS 66 3 HTTP://D-NB.INFO/1049262727 CONTENTS 4.4 EXPERIMENTAL METHODS DEVELOPED DURING THIS WORK 79 4.4.1 PROCEDURE OF THE EDGE TRIALS 79 4.4.2 CHARACTERIZATION OF THE UV CURING SECTION OF THE PILOT PLANT .... 80 4.4.3 VISCOSITY ADJUSTMENT OF ORMOCER COATING MATERIALS 81 4.4.4 WVTR MEASUREMENT BY ACCUMULATING GAS CHROMOTOGRAPHY ... 83 5 RESULTS AND DISCUSSION: CHARACTERIZATION OF BARRIER MATERIALS 89 5.1 PROCESSING AND ENVIRONMENTAL STABILITY OF THE BASE SUBSTRATE 89 5.2 PROCESS CONSTRAINTS FOR THIN INORGANIC LAYERS 95 5.3 BARRIER PERFORMANCE OF THIN ORGANIC LAYERS 101 6 RESULTS AND DISCUSSION: BARRIER EFFECTS RESULTING FROM THE COMBINATION OF DIFFERENT LAYERS 107 6.1 SYNERGISTIC BARRIER EFFECT 107 6.2 TORTUOUS PATH EFFECT 117 6.3 TIME LAG EFFECT 119 6.4 MULTILAYERED VERSUS LAMINATED STRUCTURES 124 7 RESULTS AND DISCUSSION: IMPORTANCE OF THE BARRIER EFFECTS WITHIN THE ENTIRE LAYER STACK 129 7.1 INFLUENCE OF THE BARRIER LEVEL OF THE INORGANIC LAYER 129 7.2 INFLUENCE OF THE BARRIER LEVEL OF THE ORGANIC LAYER 131 7.3 STRUCTURES WITH A HIGH NUMBER OF LAYERS 135 8 CONCLUSIONS 137 9 OUTLOOK 141 APPENDICES 143 A ADDITIONAL EXPERIMENTAL RESULTS 145 B ADDITIONAL CALCULATED RESULTS 169 C COST ASSESSMENT 177 D FURTHER EXPLANATION ON THE BEST BARRIER MATERIALS OF THIS WORK 181 BIBLIOGRAPHY 187 AFFIDAVIT 201 PUBLICATIONS 203 ACKNOWLEDGEMENTS 205 4
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author Schmidt, Margot Marion
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spellingShingle Schmidt, Margot Marion
High barrier materials for flexible and transparent encapsulation of organic electronics
subject_GND (DE-588)4113937-9
title High barrier materials for flexible and transparent encapsulation of organic electronics
title_auth High barrier materials for flexible and transparent encapsulation of organic electronics
title_exact_search High barrier materials for flexible and transparent encapsulation of organic electronics
title_full High barrier materials for flexible and transparent encapsulation of organic electronics Margot Marion Schmidt
title_fullStr High barrier materials for flexible and transparent encapsulation of organic electronics Margot Marion Schmidt
title_full_unstemmed High barrier materials for flexible and transparent encapsulation of organic electronics Margot Marion Schmidt
title_short High barrier materials for flexible and transparent encapsulation of organic electronics
title_sort high barrier materials for flexible and transparent encapsulation of organic electronics
topic_facet Hochschulschrift
url http://mediatum.ub.tum.de/node?id=1145032
https://nbn-resolving.org/urn:nbn:de:bvb:91-diss-20131213-1145032-0-2
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