The Marshall Space Flight Center is involved with levitation experiments for Spacelab, Space Station, and drop tube/tower operations. These experiments have temperature measurement requirements, that of course must be non-contact in nature. The experiment modules involved are the Acoustic Levitator Furnace (ALF), and the Modular Electromagnetic Levitator (MEL). User requirements of the ALF and drop tube are presented. The center also has temperature measurement needs that are not microgravity experiment oriented, but rather are related to the propulsion system for the STS. This requirement will also be discussed
Electromagnetic levitation melting is a containerless processing technique for liquid metals requiri...
Containerless processing in the low gravity environment of space provides the opportunity to increas...
A comprehensive description of the structural and instrumentation hardware and the experimental capa...
NASA Lewis Research Center is currently supporting 66 microgravity science and applications projects...
The Modular Containerless Processing Facility project is responsible for the development of flight e...
Many of the materials research experiments to be conducted in the Space Processing program require a...
The development of high temperature containerless processing equipment and the design and evaluation...
Temperature measurement is an essential capability for almost all areas of metals and alloys researc...
Proper measurements of thermophysical properties of hot levitated liquid drops require the following...
The 105 meter drop tube at NASA-Marshall has been used in a number of experiments to determine the e...
Containerless processing represents an important topic for materials research in microgravity. Levit...
Current efforts of the Microgravity Combustion Working Group are summarized and the temperature meas...
Electromagnetic levitation under microgravity provides unique opportunities for the investigation of...
The design of a two color pyrometer with infrared optical fiber bundles for collection of the infrar...
The requirements for non-contact temperature measurement capabilities for electronic materials proce...
Electromagnetic levitation melting is a containerless processing technique for liquid metals requiri...
Containerless processing in the low gravity environment of space provides the opportunity to increas...
A comprehensive description of the structural and instrumentation hardware and the experimental capa...
NASA Lewis Research Center is currently supporting 66 microgravity science and applications projects...
The Modular Containerless Processing Facility project is responsible for the development of flight e...
Many of the materials research experiments to be conducted in the Space Processing program require a...
The development of high temperature containerless processing equipment and the design and evaluation...
Temperature measurement is an essential capability for almost all areas of metals and alloys researc...
Proper measurements of thermophysical properties of hot levitated liquid drops require the following...
The 105 meter drop tube at NASA-Marshall has been used in a number of experiments to determine the e...
Containerless processing represents an important topic for materials research in microgravity. Levit...
Current efforts of the Microgravity Combustion Working Group are summarized and the temperature meas...
Electromagnetic levitation under microgravity provides unique opportunities for the investigation of...
The design of a two color pyrometer with infrared optical fiber bundles for collection of the infrar...
The requirements for non-contact temperature measurement capabilities for electronic materials proce...
Electromagnetic levitation melting is a containerless processing technique for liquid metals requiri...
Containerless processing in the low gravity environment of space provides the opportunity to increas...
A comprehensive description of the structural and instrumentation hardware and the experimental capa...