While using synchrotron X-ray radiography for studying ultrasonic melt processing, the growth of the primary Al2Cu intermetallic phase on fragments of aluminium oxide film during solidification of a hypereutectic Al-35% Cu alloy was observed in-situ and in real time with adequate spatial and temporal resolution. This provides the first direct evidence for the nucleation of a primary phase on oxide particles during solidification of real metallic alloys. Comparison of the primary Al2Cu intermetallics grown in the melt with and without fragments of aluminium oxide film reveals considerable refinement, which demonstrates that the enhanced nucleation of a primary phase on oxide particles promotes structure refinement.EPSR
X-ray tomography using synchrotron radiation with 1-µm beam resolution at the European Synchrotron R...
Using synchrotron X-ray high speed radiography, the fragmentation and refinement of pre-existing pri...
The enrichment of Fe during aluminium recycling increases the quantity of Fe-rich intermetallics for...
While using synchrotron X-ray radiography for studying ultrasonic melt processing, the growth of the...
In this paper, real-time, direct observation of the nucleation of primary Al 2 Cu phases on entraine...
Using synchrotron X-ray high speed radiography, the fragmentation and refinement of pre-existing pri...
AbstractReal-time in situ synchrotron X-ray tomographic microscopy was used to gain new insights int...
Recently, in-situ observations were carried out by synchrotron X-ray radiography to observe the nucl...
High intensity synchrotron X-radiation has been used for video microscopic studies of solidification...
International audienceThe phenomena involved during equiaxed growth, which is the most common growth...
X-ray tomography has become a widely used 3D characterisation technique in materials science either ...
In the last two decades, X-ray imaging techniques have been used increasingly to study metal solidif...
In-situ synchrotron X-ray radiography has been used to study the dynamics of nucleation, growth and ...
The nucleation of primary Pt-rich intermetallic compound (IMC) crystals was studied in a model Al-Pt...
This article presents the first results of a new experimental technique developed to investigate the...
X-ray tomography using synchrotron radiation with 1-µm beam resolution at the European Synchrotron R...
Using synchrotron X-ray high speed radiography, the fragmentation and refinement of pre-existing pri...
The enrichment of Fe during aluminium recycling increases the quantity of Fe-rich intermetallics for...
While using synchrotron X-ray radiography for studying ultrasonic melt processing, the growth of the...
In this paper, real-time, direct observation of the nucleation of primary Al 2 Cu phases on entraine...
Using synchrotron X-ray high speed radiography, the fragmentation and refinement of pre-existing pri...
AbstractReal-time in situ synchrotron X-ray tomographic microscopy was used to gain new insights int...
Recently, in-situ observations were carried out by synchrotron X-ray radiography to observe the nucl...
High intensity synchrotron X-radiation has been used for video microscopic studies of solidification...
International audienceThe phenomena involved during equiaxed growth, which is the most common growth...
X-ray tomography has become a widely used 3D characterisation technique in materials science either ...
In the last two decades, X-ray imaging techniques have been used increasingly to study metal solidif...
In-situ synchrotron X-ray radiography has been used to study the dynamics of nucleation, growth and ...
The nucleation of primary Pt-rich intermetallic compound (IMC) crystals was studied in a model Al-Pt...
This article presents the first results of a new experimental technique developed to investigate the...
X-ray tomography using synchrotron radiation with 1-µm beam resolution at the European Synchrotron R...
Using synchrotron X-ray high speed radiography, the fragmentation and refinement of pre-existing pri...
The enrichment of Fe during aluminium recycling increases the quantity of Fe-rich intermetallics for...