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      • Resin-based carbons
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      • 1. Silica aerogel production concepts
      • 2. Reinforced silica aerogel
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      • 6. Aerogel additive manufacturing
      • 7. Aerogel concrete
      • 8. Acoustic properties of aerogels
      • 9. Epoxy-aerogel composites
      • 10. Thermal transpiration
      • 11. Sol-gel based sensors
      • 12. Advanced characterization
      • 13. Functional polyethoxysiloxanes
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      • Aerogel granulate compounding
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      • Aerogel render: Fixit 222
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Fokus: Energie-Revolution

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312 - Building Energy Materials and Components
  • Overview
    • Media
    • Lab Values
  • Research
    • Advanced Colloidal Materials Engineering
      • Resin-based carbons
      • Inorganic Oxide Materials
      • Thin films, coatings and layers
      • Theory
    • Superinsulation Materials Group
      • 1. Silica aerogel production concepts
      • 2. Reinforced silica aerogel
      • 3. Cellulose aerogels
      • 4. Chitosan aerogels
      • 5. Polyimide aerogels
      • 6. Aerogel additive manufacturing
      • 7. Aerogel concrete
      • 8. Acoustic properties of aerogels
      • 9. Epoxy-aerogel composites
      • 10. Thermal transpiration
      • 11. Sol-gel based sensors
      • 12. Advanced characterization
      • 13. Functional polyethoxysiloxanes
    • Building Integration
      • Aerogel granulate compounding
      • Aerobrick
      • Improved thermal envelope in trains
      • Hohlstrasse 100
      • Aerogel render: Fixit 222
    • Publications
      • All Publications
    • Awards
  • Teaching and Events
  • Cooperation and Tech Transfer
    • Competences
    • Equipment&Facilities
  • Team
    • Advanced Colloidal Materials Engineering
    • Superinsulaiton Materials Group
    • Building Integration
    • Administration
    • Jobs
  • Empa
  • 500 - Energy, Mobility and Environment
  • 312 - Building Energy Materials and Components
  • Research
  • Publications
  • All Publications
  • Empa
  • 500 - Energy, Mobility and Environment
  • 312 - Building Energy Materials and Components
  • Overview
    • Media
    • Lab Values
  • Research
    • Advanced Colloidal Materials Engineering
      • Resin-based carbons
      • Inorganic Oxide Materials
      • Thin films, coatings and layers
      • Theory
    • Superinsulation Materials Group
      • 1. Silica aerogel production concepts
      • 2. Reinforced silica aerogel
      • 3. Cellulose aerogels
      • 4. Chitosan aerogels
      • 5. Polyimide aerogels
      • 6. Aerogel additive manufacturing
      • 7. Aerogel concrete
      • 8. Acoustic properties of aerogels
      • 9. Epoxy-aerogel composites
      • 10. Thermal transpiration
      • 11. Sol-gel based sensors
      • 12. Advanced characterization
      • 13. Functional polyethoxysiloxanes
    • Building Integration
      • Aerogel granulate compounding
      • Aerobrick
      • Improved thermal envelope in trains
      • Hohlstrasse 100
      • Aerogel render: Fixit 222
    • Publications
      • All Publications
    • Awards
  • Teaching and Events
  • Cooperation and Tech Transfer
    • Competences
    • Equipment&Facilities
  • Team
    • Advanced Colloidal Materials Engineering
    • Superinsulaiton Materials Group
    • Building Integration
    • Administration
    • Jobs

Building Energy Materials and Components

All Publications

Complete List of Publications

Complete List of Publications 2022

Complete List of Publications 2021

Complete List of Publications 2020

Complete List of Publications 2019

Complete List of Publications 2018

Complete List of Publications 2017

Complete List of Publications 2016

Complete List of Publications 2015

Dr. Wim Malfait

Dr. Wim Malfait
Head of Laboratory

Telefon: +41 58 765 4983


Dr. Samuel Brunner

Dr. Samuel Brunner
Dipl. Ing. ETH

Telefon: +41 58 765 4768


Dr. Shanyu Zhao

Dr. Shanyu Zhao
MSc in Material Science, China

Telefon: +41 58 765 4244

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Das neuste EmpaQuarterly:
Fokus: Energie-Revolution