Add to ORKGSn-Sb peritectic alloy was treated with 400 W, 600 W and 800 W ultrasonic, respectively, to study the effect of power ultrasonic on solidification microstructure. Results show that power ultrasonic can refine a phase and p phase of the al-loy, as well as eliminate gravitational segregation. Moreover, 600 W ultrasonic demonstrated the best refining effect, not only homogenous and fine solidification microstructure can be obtained, the cubical p phase crystals can also be spheroidized
The microstructural refinement of 2195 aluminum alloy ingots is particularly important for improving...
Physical grain refinement is examined under high-intensity ultrasonication during solidification in ...
An overview of our investigations on solidification microstructure formation under ultrasonication i...
To facilitate and even complete the peritectic transformation, the ultrasonic vibration (USV) and is...
The effect of ultrasonic treatment on the microstructure of Sn-30 wt.% Bi alloy was studied at diffe...
AbstractThe liquid phase separation process and solidification process of ternary Al81.3Sn12.3Cu6.4 ...
AbstractIt is well-known that the application of ultrasound during liquid to solid transitions for a...
Solidification microstructures formed under high-intensity ultrasonication are systematically invest...
A new direct ultrasonic treatment (DUT) setup with the ultrasonic horn placed in the horizontal dire...
Ultrasonic treatment (UST) applied during the solidification of pure Mg, eutectic (Mg – Zn) and peri...
This experiment utilized five Aluminum alloys with silicon content percentages of 7, 10, 12.6, 14.5 ...
It is well documented that ultrasonic melt treatment (USMT) can refine dendritic and eutectic micros...
Ultrasonic irradiation during solidification has emerged as an effective means of structural refinem...
In this study, the effect of ultrasonic irradiation is investigated on the solidification microstruc...
Research on ultrasonic treatment (UST) of aluminium, magnesium and zinc undertaken by the authors an...
The microstructural refinement of 2195 aluminum alloy ingots is particularly important for improving...
Physical grain refinement is examined under high-intensity ultrasonication during solidification in ...
An overview of our investigations on solidification microstructure formation under ultrasonication i...
To facilitate and even complete the peritectic transformation, the ultrasonic vibration (USV) and is...
The effect of ultrasonic treatment on the microstructure of Sn-30 wt.% Bi alloy was studied at diffe...
AbstractThe liquid phase separation process and solidification process of ternary Al81.3Sn12.3Cu6.4 ...
AbstractIt is well-known that the application of ultrasound during liquid to solid transitions for a...
Solidification microstructures formed under high-intensity ultrasonication are systematically invest...
A new direct ultrasonic treatment (DUT) setup with the ultrasonic horn placed in the horizontal dire...
Ultrasonic treatment (UST) applied during the solidification of pure Mg, eutectic (Mg – Zn) and peri...
This experiment utilized five Aluminum alloys with silicon content percentages of 7, 10, 12.6, 14.5 ...
It is well documented that ultrasonic melt treatment (USMT) can refine dendritic and eutectic micros...
Ultrasonic irradiation during solidification has emerged as an effective means of structural refinem...
In this study, the effect of ultrasonic irradiation is investigated on the solidification microstruc...
Research on ultrasonic treatment (UST) of aluminium, magnesium and zinc undertaken by the authors an...
The microstructural refinement of 2195 aluminum alloy ingots is particularly important for improving...
Physical grain refinement is examined under high-intensity ultrasonication during solidification in ...
An overview of our investigations on solidification microstructure formation under ultrasonication i...