Add to ORKGThe objectives of this experiment are to grow simultaneously three single crystals of mercuric iodide (HgI2) in an imposed temperature profile and to assess the advantages of growth in microgravity on the HgI2 crystal quality. Growth in microgravity should reduce fluctuations in HgI2 concentrations and thus decrease the resultant crystal defects. In order to test this hypothesis, a seeded growth of HgI2 crystals will be performed on International Microgravity Lab. (IML-1)
The project developed a new method for producing high quality mercuric iodide crystals of x-ray and ...
Four different Bridgman growth experiments on Ge:Ga and Ge(sub x)Si(sub 1-x) were performed under mi...
Strongly diffracting high quality macromolecule crystals of suitable volume are keenly sought for X-...
A single crystal of mercuric iodide (HgI2) will be grown during the International Microgravity Lab. ...
Mercuric iodide is a material used for the fabrication of the sensing element in solid state X-ray a...
The Space Shuttle Challenger, with Spacelab 3 as its payload, was launched into orbit April 29, 1985...
Continued development of a system designed to grow crystals by physical vapor transport in the envir...
Mercuric Iodide (HgI2) is a semiconductor candidate for the construction of X- and gamma-ray detecto...
During the past 40 years, dozens of semiconductor crystal growth experiments have been conducted in ...
A series of Ge(sub 1-x)Si(sub x) crystal growth experiments are planned to be conducted in the Low G...
A series of GeSi crystal growth experiments are planned to be conducted in the Low Gradient Furnace ...
The importance of understanding the mechanisms associated with defect generation during growth and t...
Two epitaxial growth experiments of Hg(1-x)Cd(x)Te layers on (100) CdTe substrates in closed ampoule...
During the International Microgravity Laboratory-1 (IML-1) mission it is planned to grow triglycine ...
A series of Ge(1-x)Si(x) crystal growth experiments are planned to be conducted in the Low Gradient ...
The project developed a new method for producing high quality mercuric iodide crystals of x-ray and ...
Four different Bridgman growth experiments on Ge:Ga and Ge(sub x)Si(sub 1-x) were performed under mi...
Strongly diffracting high quality macromolecule crystals of suitable volume are keenly sought for X-...
A single crystal of mercuric iodide (HgI2) will be grown during the International Microgravity Lab. ...
Mercuric iodide is a material used for the fabrication of the sensing element in solid state X-ray a...
The Space Shuttle Challenger, with Spacelab 3 as its payload, was launched into orbit April 29, 1985...
Continued development of a system designed to grow crystals by physical vapor transport in the envir...
Mercuric Iodide (HgI2) is a semiconductor candidate for the construction of X- and gamma-ray detecto...
During the past 40 years, dozens of semiconductor crystal growth experiments have been conducted in ...
A series of Ge(sub 1-x)Si(sub x) crystal growth experiments are planned to be conducted in the Low G...
A series of GeSi crystal growth experiments are planned to be conducted in the Low Gradient Furnace ...
The importance of understanding the mechanisms associated with defect generation during growth and t...
Two epitaxial growth experiments of Hg(1-x)Cd(x)Te layers on (100) CdTe substrates in closed ampoule...
During the International Microgravity Laboratory-1 (IML-1) mission it is planned to grow triglycine ...
A series of Ge(1-x)Si(x) crystal growth experiments are planned to be conducted in the Low Gradient ...
The project developed a new method for producing high quality mercuric iodide crystals of x-ray and ...
Four different Bridgman growth experiments on Ge:Ga and Ge(sub x)Si(sub 1-x) were performed under mi...
Strongly diffracting high quality macromolecule crystals of suitable volume are keenly sought for X-...