The quality was investigated of a crystal of Rochelle salt grown from a solution placed in the zero-gravity environment of Skylab 4. The crystal has the following unique features: (1) the typical cavity is a long tube extending along the c-axis, the average length being 4mm, compared to 0.1mm that is the average size for earth-grown crystals; and (2) the crystal consists of several single crystals, the axes of which are parallel to each other. A preliminary measurement was made on the ferroelectric hysteresis curve of this Rochelle salt crystal
To clarify the growth mechanism of a protein crystal, it is essential to measure its growth rate wit...
The mechanisms involved in protein crystallization and those parameters which influence the growth p...
Report describes growth of silver-alloy crystals under widely varying conditions of growth rate, tem...
Growth of organic compounds from solution, in particular Rochelle salt and triglycine sulphate, was ...
The mechanism of crystal growth by solution technique was studied. A low temperature solution crysta...
A crystal growth experiment is reported on orbital space flights. The experiment was performed durin...
Research is reported on the growth of electronic ceramic single crystals from solution for the futur...
The growth of single crystals of relatively high melting point metals such as silver, copper, gold, ...
The importance of understanding the mechanisms associated with defect generation during growth and t...
During the International Microgravity Laboratory-1 (IML-1) mission it is planned to grow triglycine ...
The solubility measurement system and the laser scattering microscope system were designed, built, a...
The shuttle flight experiment "In Situ Monitoring of Crystal Growth Using MEPHISTO" was accomplished...
A review of experiments on crystal growth from melt in nearly zero gravity environments in space is ...
The purpose of the experiment was to grow single crystals of samarskite under microgravity condition...
An experiment was planned for the International Microgravity Laboratory (IML-1) to be launched aroun...
To clarify the growth mechanism of a protein crystal, it is essential to measure its growth rate wit...
The mechanisms involved in protein crystallization and those parameters which influence the growth p...
Report describes growth of silver-alloy crystals under widely varying conditions of growth rate, tem...
Growth of organic compounds from solution, in particular Rochelle salt and triglycine sulphate, was ...
The mechanism of crystal growth by solution technique was studied. A low temperature solution crysta...
A crystal growth experiment is reported on orbital space flights. The experiment was performed durin...
Research is reported on the growth of electronic ceramic single crystals from solution for the futur...
The growth of single crystals of relatively high melting point metals such as silver, copper, gold, ...
The importance of understanding the mechanisms associated with defect generation during growth and t...
During the International Microgravity Laboratory-1 (IML-1) mission it is planned to grow triglycine ...
The solubility measurement system and the laser scattering microscope system were designed, built, a...
The shuttle flight experiment "In Situ Monitoring of Crystal Growth Using MEPHISTO" was accomplished...
A review of experiments on crystal growth from melt in nearly zero gravity environments in space is ...
The purpose of the experiment was to grow single crystals of samarskite under microgravity condition...
An experiment was planned for the International Microgravity Laboratory (IML-1) to be launched aroun...
To clarify the growth mechanism of a protein crystal, it is essential to measure its growth rate wit...
The mechanisms involved in protein crystallization and those parameters which influence the growth p...
Report describes growth of silver-alloy crystals under widely varying conditions of growth rate, tem...