Add to ORKGThe objective of this study was to examine the suitability of X-ray nanotomography for fibre bond research and examine how well the fibres are in contact and how the contact areas are located within the crossing areas
X-ray computational tomography is demonstrated as a powerful non-destructive tool to image the inter...
AbstractX-ray ptychographic tomography has been recently developed for quantitative imaging of speci...
Motive Metallic fibre networks and their mechanical behaviour are only insufficiently understood. In...
The objective of this study was to examine the suitability of X-ray nanotomography for fibre bond re...
X-ray nanotomography has successfully been applied for studying individual fibre bonds. X-ray nanoto...
X-ray nanotomography was successfully applied for studying individual fibre bonds. In spite of sever...
Fibre bonds play an essential role in optical and mechanical properties of paper. Much research has ...
Fibre bonds play an essential role in various properties of paper. Much research has focused on thei...
X-ray nanotomography has proven to be a useful yet challenging method in the study of cellulose fibr...
The following data set contains the original cropped and straightened reconstruction stacks of all t...
Paperi on stokastinen verkosto toisiinsa eri vuorovaikutusten, tärkeimpänä vetysidosten, avulla sito...
The rising interest in designing fibres via spinning techniques combining the properties of various ...
Nanotube alignment has been found to be one of the key parameters to explain the mechanical properti...
Nanotube alignment has been found to be one of the key parameters to explain the mechanical properti...
X-ray nanotomography is used to analyze materials on the sub-micrometer scale. Many soft biological ...
X-ray computational tomography is demonstrated as a powerful non-destructive tool to image the inter...
AbstractX-ray ptychographic tomography has been recently developed for quantitative imaging of speci...
Motive Metallic fibre networks and their mechanical behaviour are only insufficiently understood. In...
The objective of this study was to examine the suitability of X-ray nanotomography for fibre bond re...
X-ray nanotomography has successfully been applied for studying individual fibre bonds. X-ray nanoto...
X-ray nanotomography was successfully applied for studying individual fibre bonds. In spite of sever...
Fibre bonds play an essential role in optical and mechanical properties of paper. Much research has ...
Fibre bonds play an essential role in various properties of paper. Much research has focused on thei...
X-ray nanotomography has proven to be a useful yet challenging method in the study of cellulose fibr...
The following data set contains the original cropped and straightened reconstruction stacks of all t...
Paperi on stokastinen verkosto toisiinsa eri vuorovaikutusten, tärkeimpänä vetysidosten, avulla sito...
The rising interest in designing fibres via spinning techniques combining the properties of various ...
Nanotube alignment has been found to be one of the key parameters to explain the mechanical properti...
Nanotube alignment has been found to be one of the key parameters to explain the mechanical properti...
X-ray nanotomography is used to analyze materials on the sub-micrometer scale. Many soft biological ...
X-ray computational tomography is demonstrated as a powerful non-destructive tool to image the inter...
AbstractX-ray ptychographic tomography has been recently developed for quantitative imaging of speci...
Motive Metallic fibre networks and their mechanical behaviour are only insufficiently understood. In...