One aspect of containerless glass experimentation was thoroughly examined: glass forming ability. It is argued that although containerless processing will abet glass formation, other ground-based methods can do the job better. However, these methods have limitations, such as sample dimensions and concomitant ability to make property measurements. Most importantly, perhaps, is the observation that glass properties are a function of preparation procedure. Thus, it seems as though there still is an argument for use of containerless processing for glass forming
Some liquids, if cooled rapidly enough to avoid crystallization, can be frozen into a nonergodic gla...
Some liquids, if cooled rapidly enough to avoid crystallization, can be frozen into a nonergodic gla...
Some liquids, if cooled rapidly enough to avoid crystallization, can be frozen into a nonergodic gla...
The potential of producing the glassy form of selected materials in the weightless, containerless na...
Over ten years ago, it was shown that glasses with high index of refraction and some with low disper...
The absence of gravity allows containerless processing of materials which could not otherwise be pro...
Results of experiment 81F01, which was conducted in the Material Experiment Assembly MEA/A-2 on the ...
Containerless processing of optical glasses was studied in preparation for space shuttle MEA flight ...
Analytical functional relationships describing homogeneous nucleation and crystallization in various...
The following list summarizes the most important results that have been consistently reported for gl...
Containerless glass forming experiments, which used a single axis acoustic levitator/furnace (SAAL),...
Flight experiments are planned on drops containing bubbles. The experiments involve stimulating the ...
The objectives of this research were to (1) develop computer models for realistic simulations of nuc...
Current and potential glass research under microgravity includes studies of minimum cooling rate, ho...
The undercooling behavior of large spheroids of Pd40Ni40P40 was investigated. By surface etching, su...
Some liquids, if cooled rapidly enough to avoid crystallization, can be frozen into a nonergodic gla...
Some liquids, if cooled rapidly enough to avoid crystallization, can be frozen into a nonergodic gla...
Some liquids, if cooled rapidly enough to avoid crystallization, can be frozen into a nonergodic gla...
The potential of producing the glassy form of selected materials in the weightless, containerless na...
Over ten years ago, it was shown that glasses with high index of refraction and some with low disper...
The absence of gravity allows containerless processing of materials which could not otherwise be pro...
Results of experiment 81F01, which was conducted in the Material Experiment Assembly MEA/A-2 on the ...
Containerless processing of optical glasses was studied in preparation for space shuttle MEA flight ...
Analytical functional relationships describing homogeneous nucleation and crystallization in various...
The following list summarizes the most important results that have been consistently reported for gl...
Containerless glass forming experiments, which used a single axis acoustic levitator/furnace (SAAL),...
Flight experiments are planned on drops containing bubbles. The experiments involve stimulating the ...
The objectives of this research were to (1) develop computer models for realistic simulations of nuc...
Current and potential glass research under microgravity includes studies of minimum cooling rate, ho...
The undercooling behavior of large spheroids of Pd40Ni40P40 was investigated. By surface etching, su...
Some liquids, if cooled rapidly enough to avoid crystallization, can be frozen into a nonergodic gla...
Some liquids, if cooled rapidly enough to avoid crystallization, can be frozen into a nonergodic gla...
Some liquids, if cooled rapidly enough to avoid crystallization, can be frozen into a nonergodic gla...