The periodic cracking technique for determining the work of adhesion of thin metallic films was applied to two different substrate systems which were metallic substrates (Al, Cu and steel sheet) and a polymeric substrate (ABS, acrylonitrile butadiene styrene). The original model assumes elastic behaviour of the composite and is insufficient for such an application since the substrates exhibit plastic deformation before failure takes place. The model, however, is quite sufficient for obtaining relative magnitudes of the work of adhesion values. The films were vacuum deposited at <10-5 Torr onto the substrates. The adhesion increased with increasing substrate temperature and cleanliness of the substrate surfaces. The adhesion values were high...
In this study, a test technique, referred to as the probe test, has been developed as a quantitative...
The assessment of adhesion property of thin films by scratch test method is still a big challenge, r...
A peel test device was used to monitor metal-polymer adhesion. This technique showed variations in t...
Surfaces are more and more used to add specific properties to materials towards multifunctional sys...
The interface adhesion strength (or interface toughness) of a thin film/substrate system is often as...
International audienceThe scratch test was used to determine the coating-substrate adhesion of d.c. ...
International audienceThe scratch test was used to determine the coating-substrate adhesion of d.c. ...
Thin brittle coatings with thickness of a few nanometres deposited on flexible polymer substrates fo...
Scratching of thin coatings on hard substrates is studied experimentally and numerically, in the lat...
Conducting patterned silver traces are deposited onto substrates for use as electrical interconnects...
The nature of the increased adhesion of evaporated reflecting films by the pre-deposition of a subst...
A simple and reliable method to measure the adhesion of thin, hard coatings on polymer substrates is...
Thin films, used in various applications and devices, must strongly adhere to their substrates. Due ...
Numerous mechanisms have been identified as fundamental to the adhesion of thin metallic films. The ...
Composite systems of monolayered electrodeposited Ni and Cu thin films (5-10 μm) on monocrystalline ...
In this study, a test technique, referred to as the probe test, has been developed as a quantitative...
The assessment of adhesion property of thin films by scratch test method is still a big challenge, r...
A peel test device was used to monitor metal-polymer adhesion. This technique showed variations in t...
Surfaces are more and more used to add specific properties to materials towards multifunctional sys...
The interface adhesion strength (or interface toughness) of a thin film/substrate system is often as...
International audienceThe scratch test was used to determine the coating-substrate adhesion of d.c. ...
International audienceThe scratch test was used to determine the coating-substrate adhesion of d.c. ...
Thin brittle coatings with thickness of a few nanometres deposited on flexible polymer substrates fo...
Scratching of thin coatings on hard substrates is studied experimentally and numerically, in the lat...
Conducting patterned silver traces are deposited onto substrates for use as electrical interconnects...
The nature of the increased adhesion of evaporated reflecting films by the pre-deposition of a subst...
A simple and reliable method to measure the adhesion of thin, hard coatings on polymer substrates is...
Thin films, used in various applications and devices, must strongly adhere to their substrates. Due ...
Numerous mechanisms have been identified as fundamental to the adhesion of thin metallic films. The ...
Composite systems of monolayered electrodeposited Ni and Cu thin films (5-10 μm) on monocrystalline ...
In this study, a test technique, referred to as the probe test, has been developed as a quantitative...
The assessment of adhesion property of thin films by scratch test method is still a big challenge, r...
A peel test device was used to monitor metal-polymer adhesion. This technique showed variations in t...