Thin metal films on compliant polymer substrates are of major interest for flexible electronic technologies. The suitability of a film system for flexible applications is based on the electro-mechanical performance of the metal film/polymer substrate couple. This study demonstrates how a 10 nm Cr interlayer deteriorates the electro-mechanical performance of 50 nm Au films on polyimide substrates by inducing the formation of cracks in the ductile layer. Combined in-situ measurements of the film lattice strains with x-ray diffraction and electrical resistance with four point probe of the Au-Cr and Au layers during uniaxial straining confirmed different electro-mechanical behaviours. For Au films with a Cr interlayer the film stress decreases ...
The in situ characterization of the deformation and fracture behavior of brittle metal films is of g...
The in situ characterization of the deformation and fracture behavior of brittle metal films is of g...
A fundamental knowledge and understanding of the adhesion behaviour of metal polymer systems is impo...
Thin metal films on compliant polymer substrates are of major interest for flexible electronic techn...
Thin metal films on compliant polymer substrates are of major interest for flexible electronic techn...
Thin metal films on polymer substrates are of interest for flexible electronic applications and ofte...
Thin metal films on polymer substrates are of interest for flexible electronic applications and ofte...
When ductile metal films on compliant polymer substrates are strained in tension catastrophic failur...
When ductile metal films on compliant polymer substrates are strained in tension catastrophic failur...
Thin metal films deposited on polymers have been attracting much attention in flexible electronics. ...
This work presents the characterization of the stress-strain behavior of an electroplated gold layer...
The reliability of flexible electronic devices needs to be characterized to ensure that these device...
The reliability of flexible electronic devices needs to be characterized to ensure that these device...
AbstractThin metal films deposited on polymer substrates are used in flexible electronic devices suc...
<p>The study of electromigration (EM) in metallisations for flexible thin film systems has not been ...
The in situ characterization of the deformation and fracture behavior of brittle metal films is of g...
The in situ characterization of the deformation and fracture behavior of brittle metal films is of g...
A fundamental knowledge and understanding of the adhesion behaviour of metal polymer systems is impo...
Thin metal films on compliant polymer substrates are of major interest for flexible electronic techn...
Thin metal films on compliant polymer substrates are of major interest for flexible electronic techn...
Thin metal films on polymer substrates are of interest for flexible electronic applications and ofte...
Thin metal films on polymer substrates are of interest for flexible electronic applications and ofte...
When ductile metal films on compliant polymer substrates are strained in tension catastrophic failur...
When ductile metal films on compliant polymer substrates are strained in tension catastrophic failur...
Thin metal films deposited on polymers have been attracting much attention in flexible electronics. ...
This work presents the characterization of the stress-strain behavior of an electroplated gold layer...
The reliability of flexible electronic devices needs to be characterized to ensure that these device...
The reliability of flexible electronic devices needs to be characterized to ensure that these device...
AbstractThin metal films deposited on polymer substrates are used in flexible electronic devices suc...
<p>The study of electromigration (EM) in metallisations for flexible thin film systems has not been ...
The in situ characterization of the deformation and fracture behavior of brittle metal films is of g...
The in situ characterization of the deformation and fracture behavior of brittle metal films is of g...
A fundamental knowledge and understanding of the adhesion behaviour of metal polymer systems is impo...