Containerless processing experiments in space and in ground-based facilities such as the Drop Tube Facility at Marshall Space Flight Center provide a unique capabilty to study materials processing phenomena without the influence of walls on nucleation processes. This research will further develop that capability by new experiments with immesible systems. Nucleation and undercooling phenomena will be monitored using infra-red temperature measurements
The vast majority of metallic engineering materials are solidified from the liquid phase. Understand...
Containerless processing of droplets and drops by atomization and electromagnetic levitation are app...
The vast majority of metallic engineering materials are solidified from the liquid phase. Understand...
The investigation focused on the control of microstructural evolution in Mn-Al, Fe-Ni, Ni-V, and Au-...
All practical solidification processes involve some level of melt undercooling. Usually in bulk liqu...
Two separate projects were carried out to study alloys whose solidification structures can be strong...
Containerless processing of materials provides an excellent opportunity to study nucleation phenomen...
Containerless processing provides a high purity environment for the study of high-temperature, very ...
The 105 meter drop tube at NASA-Marshall has been used in a number of experiments to determine the e...
The vast majority of metallic engineering materials are solidified from the liquid phase. Understand...
Containerless processing of droplets and drops by atomization and electromagnetic levitation are app...
The effects of various gaseous atmospheric constituents on drop-tube solidified samples of elemental...
Bringing together the leading international researchers in the field, this decisive reference explai...
Bringing together the leading international researchers in the field, this decisive reference explai...
Bringing together the leading international researchers in the field, this decisive reference explai...
The vast majority of metallic engineering materials are solidified from the liquid phase. Understand...
Containerless processing of droplets and drops by atomization and electromagnetic levitation are app...
The vast majority of metallic engineering materials are solidified from the liquid phase. Understand...
The investigation focused on the control of microstructural evolution in Mn-Al, Fe-Ni, Ni-V, and Au-...
All practical solidification processes involve some level of melt undercooling. Usually in bulk liqu...
Two separate projects were carried out to study alloys whose solidification structures can be strong...
Containerless processing of materials provides an excellent opportunity to study nucleation phenomen...
Containerless processing provides a high purity environment for the study of high-temperature, very ...
The 105 meter drop tube at NASA-Marshall has been used in a number of experiments to determine the e...
The vast majority of metallic engineering materials are solidified from the liquid phase. Understand...
Containerless processing of droplets and drops by atomization and electromagnetic levitation are app...
The effects of various gaseous atmospheric constituents on drop-tube solidified samples of elemental...
Bringing together the leading international researchers in the field, this decisive reference explai...
Bringing together the leading international researchers in the field, this decisive reference explai...
Bringing together the leading international researchers in the field, this decisive reference explai...
The vast majority of metallic engineering materials are solidified from the liquid phase. Understand...
Containerless processing of droplets and drops by atomization and electromagnetic levitation are app...
The vast majority of metallic engineering materials are solidified from the liquid phase. Understand...