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Flexible Barrier Materials for Technical Applications
H. C. Langowski
Department of Process Development for Plant Raw Materials
Research output
:
Contribution to journal
›
Conference article
›
peer-review
27
Scopus citations
Overview
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Keyphrases
Technical Application
100%
Barrier Materials
100%
Layer Combination
100%
Inorganic-organic Hybrid Polymer
100%
Flexible Barrier
100%
Barrier Effect
50%
Polymer Surface
50%
Order of Magnitude
50%
Atmospheric Conditions
50%
Technical Field
50%
Organic Semiconductors
50%
Layer's System
50%
Long Lifetime
50%
Scale Factor
50%
Organic Polymer
50%
Electronic Devices
50%
Efficient Production
50%
Fraunhofer
50%
Flexible Display
50%
Barrier Layer
50%
Solar Module
50%
Barrier Properties
50%
Polymer Technology
50%
Barrier Performance
50%
Vacuum-deposited
50%
Roll-to-roll Process
50%
Pilot Production
50%
High Added Value
50%
Vacuum Insulation Panel
50%
Value Region
50%
Polymer Electronics
50%
Deposited Coatings
50%
Water Vapor Barrier
50%
Semi-quantitative Model
50%
Barrier System
50%
Integrated Equipment
50%
Commercial Polymers
50%
Complex Barriers
50%
Organic Emitters
50%
Polymeric Component
50%
Engineering
Barrier Effect
100%
Polymer Surface
100%
Barrier Material
100%
Scale Production
100%
Barrier Property
100%
Barrier Performance
100%
Scaling Factor
100%
Organic Semiconductor
100%
Barrier Layer
100%
Material Science
Water Vapor
100%
Vacuum Deposited Coatings
100%
Chemical Engineering
Semiconducting Organic Compound
100%