Zum Inhalt wechseln
  • 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

Quick Access

  • Alumni
  • Empa-Akademie
  • Empa-Portal
  • Führungen
  • Human Resources
  • Industrie
  • Medien
  • Newsletter
  • Publikationen

Das neuste EmpaQuarterly:
Fokus: Energie-Revolution

EN DE FR IT
Kontakt
Kontakt INTRANET Login
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
  • Team
  • Administration
  • 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

Administration


Klara Blanka Krystal Klara Blanka
 
Name
Krystal
Klara Blanka Krystal
Vorname
Klara Blanka
E-Mail
Telefonnummer
+41 58 765 6015
Fachkenntnisse
Administration, Translations E-D-E

Dübendorf
T +41 58 765 11 11
F +41 58 765 11 22
Anfahrtsplan PDF
St. Gallen
T +41 58 765 74 74
F +41 58 765 74 99
Anfahrtsplan PDF
Thun
T +41 58 765 11 33
F +41 58 765 69 90
Anfahrtsplan PDF
Impressum
Disclaimer
Print
Sitemap
           
NEWSLETTER
Nichts verpassen mit dem Empa Newsletter
Newsletter abonnieren
Datenschutz

Quick Access

  • Alumni
  • Empa-Akademie
  • Empa-Portal
  • Führungen
  • Human Resources
  • Industrie
  • Medien
  • Newsletter
  • Publikationen

Das neuste EmpaQuarterly:
Fokus: Energie-Revolution