Stress relaxation in supported metallic nanostructures

author
inLanguage
  • en
isPartOf
name
  • Stress relaxation in supported metallic nanostructures
P60049

Instances

Stress relaxation in supported metallic nanostructures

isbn
  • 9789526031491
isPartOf
name
  • Stress relaxation in supported metallic nanostructures

Stress relaxation in supported metallic nanostructures

description
  • Julkaistu myös painettuna
isPartOf
name
  • Stress relaxation in supported metallic nanostructures

Stress relaxation in supported metallic nanostructures

description
  • Julkaistu myös verkkoaineistona
isPartOf
name
  • Stress relaxation in supported metallic nanostructures

Stress relaxation in supported metallic nanostructures

isbn
  • 9789526031484
isPartOf
name
  • Stress relaxation in supported metallic nanostructures

Stress relaxation in supported metallic nanostructures

bookFormat
datePublished
  • 2010
description
  • Artikkeliväitöskirjan yhteenveto-osa.
  • Nimeke nimiösivulta.
identifier
  • propertyID: FI-MELINDA value: 005734132
isbn
  • 9789526031491
isPartOf
name
  • Stress relaxation in supported metallic nanostructures
numberOfPages
  • 1 verkkoaineisto (75 s.)
P60048
P60050
publication
  • location: Espoo organizer: Aalto University, School of Science and Technology
publisher
  • Aalto University, School of Science and Technology
url

Stress relaxation in supported metallic nanostructures

datePublished
  • 2010
description
  • Artikkeliväitöskirjan tiivistelmäosa ja 5 eripainosta.
  • kuvitettu
identifier
  • propertyID: FI-FENNI value: 946436
  • propertyID: FI-MELINDA value: 005729434
  • propertyID: skl value: fx946436
isbn
  • 9789526031484
isPartOf
name
  • Stress relaxation in supported metallic nanostructures
numberOfPages
  • xi, 58, [39] s.
P60048
P60050
publication
  • location: Espoo organizer: Aalto University, School of Science and Technology, Faculty of Information and Natural Sciences, Department of Applied Physics
publisher
  • Aalto University, School of Science and Technology, Faculty of Information and Natural Sciences, Department of Applied Physics

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