Five experiments are contained in one Get Away Special Canister (5 cu ft). The first utilizes microgravity to separate biological cells and to study the mechanism of phase partitioning in 12 separate cuvettes. Two experiments are designed to grow organic crystals by physical vapor transport. One experiment consists of eight electroplating cells with various chemicals to produce surfaces electroplated in microgravity. Some of the surfaces have micron sized particles of hard materials co-deposited during electrodeposition. The fifth experiment intercepts cosmic ray particles and records their paths on photographic emulsions. The first four experiments are controlled by an on-board C-MOS controller. The fifth experiment is totally passive. The...
Electrocrystallization under microgravity conditions is proposed as a potential method of crystalliz...
The substantial US investment at stake in critical space station era technologies includes six broad...
Report includes: (1) CLUSTER: "Studies in Macromolecular Behavior in Microgravity Environment": The ...
The Physics of Colloids in Space (PCS) experiment is a Microgravity Fluids Physics investigation tha...
To evaluate the effectiveness of a microgravity environment on protein crystal growth, a system was ...
An experimental system, designed to investigate the potential advantages of electrodeposition in mic...
The separation of fluid phases in microgravity environments is of importance to environmental contro...
A Get Away Special (GAS) experiment payload to investigate microgravity effects on solidification ph...
Partition in aqueous two phase polymer systems is a potentially useful procedure in downstream proce...
Strongly diffracting high quality macromolecule crystals of suitable volume are keenly sought for X-...
A simple experimental apparatus is described in which a wide variety of vapor phase nucleation studi...
NASA has been interested in experimental ground based study to investigate the fundamental processes...
In order to determine how macromolecule crystal quality improvement in microgravity is related to cr...
The technical topic of the project was the experimental observation of Coulomb crystallization of ch...
The overall scientific goals and rationale for growing protein crystals in microgravity are discusse...
Electrocrystallization under microgravity conditions is proposed as a potential method of crystalliz...
The substantial US investment at stake in critical space station era technologies includes six broad...
Report includes: (1) CLUSTER: "Studies in Macromolecular Behavior in Microgravity Environment": The ...
The Physics of Colloids in Space (PCS) experiment is a Microgravity Fluids Physics investigation tha...
To evaluate the effectiveness of a microgravity environment on protein crystal growth, a system was ...
An experimental system, designed to investigate the potential advantages of electrodeposition in mic...
The separation of fluid phases in microgravity environments is of importance to environmental contro...
A Get Away Special (GAS) experiment payload to investigate microgravity effects on solidification ph...
Partition in aqueous two phase polymer systems is a potentially useful procedure in downstream proce...
Strongly diffracting high quality macromolecule crystals of suitable volume are keenly sought for X-...
A simple experimental apparatus is described in which a wide variety of vapor phase nucleation studi...
NASA has been interested in experimental ground based study to investigate the fundamental processes...
In order to determine how macromolecule crystal quality improvement in microgravity is related to cr...
The technical topic of the project was the experimental observation of Coulomb crystallization of ch...
The overall scientific goals and rationale for growing protein crystals in microgravity are discusse...
Electrocrystallization under microgravity conditions is proposed as a potential method of crystalliz...
The substantial US investment at stake in critical space station era technologies includes six broad...
Report includes: (1) CLUSTER: "Studies in Macromolecular Behavior in Microgravity Environment": The ...