Add to ORKGThe primary research objective was the examination of fundamental acoustics of the Drop Physics Module. An advanced chamber system was developed for acoustics and sample characterization. Sample interaction with an acoustic field was studied. The shaping of liquid drops by acoustic forces was also examined. The acoustic torque as a function of sample position and shape was studied along with levitated sample stability and the effects of feedback systems
Contains research objectives and reports on three research projects.U. S. Navy (Office of Naval Rese...
In an attempt to quantify the instantaneous pressure field in cavitating liquids at large forcing si...
Two separate projects were carried out to study alloys whose solidification structures can be strong...
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...
The Acoustic Containerless Experiment System (ACES) was flown on STS 41-B in February 1984 and was s...
All practical solidification processes involve some level of melt undercooling. Usually in bulk liqu...
Flight experiments are planned on drops containing bubbles. The experiments involve stimulating the ...
A 20 kHz single-axis acoustic positioner is used to levitate aqueous-solution drops (volumes less th...
Containerless processing experiments in space and in ground-based facilities such as the Drop Tube F...
An acoustic positioning system is described that is adaptable to a range of processing chambers and ...
The Drop Dynamics Module houses an acoustic positioning system which counteracts the effects of smal...
Amorphous metals are produced by forming a molten unit of metal and deploying the unit into a bidire...
A method was developed to deduce dynamic interfacial properties of liquid drops. The method involves...
The development of systems such as acoustic levitation chambers will allow for the positioning and m...
Contains research objectives and reports on three research projects.U. S. Navy (Office of Naval Rese...
In an attempt to quantify the instantaneous pressure field in cavitating liquids at large forcing si...
Two separate projects were carried out to study alloys whose solidification structures can be strong...
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...
The Acoustic Containerless Experiment System (ACES) was flown on STS 41-B in February 1984 and was s...
All practical solidification processes involve some level of melt undercooling. Usually in bulk liqu...
Flight experiments are planned on drops containing bubbles. The experiments involve stimulating the ...
A 20 kHz single-axis acoustic positioner is used to levitate aqueous-solution drops (volumes less th...
Containerless processing experiments in space and in ground-based facilities such as the Drop Tube F...
An acoustic positioning system is described that is adaptable to a range of processing chambers and ...
The Drop Dynamics Module houses an acoustic positioning system which counteracts the effects of smal...
Amorphous metals are produced by forming a molten unit of metal and deploying the unit into a bidire...
A method was developed to deduce dynamic interfacial properties of liquid drops. The method involves...
The development of systems such as acoustic levitation chambers will allow for the positioning and m...
Contains research objectives and reports on three research projects.U. S. Navy (Office of Naval Rese...
In an attempt to quantify the instantaneous pressure field in cavitating liquids at large forcing si...
Two separate projects were carried out to study alloys whose solidification structures can be strong...