Add to ORKGContainerless processing of materials at elevated temperatures is discussed with emphasis on high temperature chemistry, thermophysical properties, materials science, and materials processing. Acoustic and electromagnetic positioning of high temperature melts are discussed. Results from recent ground based experiments, including KC-135 testing of an acoustic levitator, are presented. Some current positioning technologies and the potential for enhancing them are considered. Further, a summary of these technologies and their science capabilities for the development of future experiments is given
Transitions from the liquid to the solid state of matter are omnipresent. They form a crucial step i...
Measurements of thermophysical properties of undercooled liquids often require some kind of levitato...
Containerless processing or ‘levitation’ is a valuable tool for the synthesis and characterization o...
An acoustic positioning system is described that is adaptable to a range of processing chambers and ...
The development of high temperature containerless processing equipment and the design and evaluation...
A summary is presented of the justification for application of containerless processing in space to ...
Research on acoustic levitation, air-jet levitation, and heat transfer from molten samples is report...
Many of the materials research experiments to be conducted in the Space Processing program require a...
Containerless processing in the low gravity environment of space provides the opportunity to increas...
Containerless processing provides a high purity environment for the study of high-temperature, very ...
Containerless high temperature processing and material property measurements are discussed. Research...
The physical acoustics group at the Jet Propulsion Laboratory developed a single mode acoustic levit...
This article discusses recent developments in high-temperature electrostatic levitation technology f...
Studies of the liquid state present an obvious fundamental interest and are also important for techn...
Over the last 20 years, great progress has been made in techniques for electrostatic levitation, wit...
Transitions from the liquid to the solid state of matter are omnipresent. They form a crucial step i...
Measurements of thermophysical properties of undercooled liquids often require some kind of levitato...
Containerless processing or ‘levitation’ is a valuable tool for the synthesis and characterization o...
An acoustic positioning system is described that is adaptable to a range of processing chambers and ...
The development of high temperature containerless processing equipment and the design and evaluation...
A summary is presented of the justification for application of containerless processing in space to ...
Research on acoustic levitation, air-jet levitation, and heat transfer from molten samples is report...
Many of the materials research experiments to be conducted in the Space Processing program require a...
Containerless processing in the low gravity environment of space provides the opportunity to increas...
Containerless processing provides a high purity environment for the study of high-temperature, very ...
Containerless high temperature processing and material property measurements are discussed. Research...
The physical acoustics group at the Jet Propulsion Laboratory developed a single mode acoustic levit...
This article discusses recent developments in high-temperature electrostatic levitation technology f...
Studies of the liquid state present an obvious fundamental interest and are also important for techn...
Over the last 20 years, great progress has been made in techniques for electrostatic levitation, wit...
Transitions from the liquid to the solid state of matter are omnipresent. They form a crucial step i...
Measurements of thermophysical properties of undercooled liquids often require some kind of levitato...
Containerless processing or ‘levitation’ is a valuable tool for the synthesis and characterization o...