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500 - Energy, Mobility and Environment
312 - Building Energy Materials and Components
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Advanced Colloidal Materials Engineering
Resin-based carbons
Inorganic Oxide Materials
Thin films, coatings and layers
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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
Functional Aerogel Materials Group
1. Renewable aerogels
2. Sensors, Joule heater, and thermal management
3. Environmental applications
4. Biomedical applications
5. Advanced manufacturing technologies
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Overview
News
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
Functional Aerogel Materials Group
1. Renewable aerogels
2. Sensors, Joule heater, and thermal management
3. Environmental applications
4. Biomedical applications
5. Advanced manufacturing technologies
Publications
All Publications
Awards
Teaching and Events
Cooperation and Tech Transfer
Competences
Equipment&Facilities
Team
Advanced Colloidal Materials Engineering
Superinsulaiton Materials Group
Building Integration
Functional Aerogel Materials
Administration
Jobs
Empa
500 - Energy, Mobility and Environment
312 - Building Energy Materials and Components
Team
Functional Aerogel Materials
Empa
500 - Energy, Mobility and Environment
312 - Building Energy Materials and Components
Overview
News
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
Functional Aerogel Materials Group
1. Renewable aerogels
2. Sensors, Joule heater, and thermal management
3. Environmental applications
4. Biomedical applications
5. Advanced manufacturing technologies
Publications
All Publications
Awards
Teaching and Events
Cooperation and Tech Transfer
Competences
Equipment&Facilities
Team
Advanced Colloidal Materials Engineering
Superinsulaiton Materials Group
Building Integration
Functional Aerogel Materials
Administration
Jobs
Functional Aerogel Materials
Nom de famille
Zhao
Shanyu Zhao
Prenom
Shanyu
E-mail
Téléphone
+41 58 765 4244
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Nom de famille
Li
Mengmeng Li
Prenom
Mengmeng
E-mail
Téléphone
+41 58 765 3935
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Details
Quick Access
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