k Superconductor grown in space, 1974 Crystal growth in space. Historical image of a crystal of germanium selenide GeSe, a semiconductor, grown in space in April 1974. The crystal was grown by vaporizing and condensing GeSe powder in a sealed ampule in an electric furnace on board the Skylab space station. The experiment was conducted as a comparative test of GeSe crystals grown on Earth and those grown in a weightless environment. The results indicated that crystals grown in zerogravity demonstrate greater growth and better composite structure than those grown in groundbased laboratories. The GeSe crystal shown here is 20 millimetres long. Stock Photo - Afloimages
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Superconductor grown in space, 1974 Crystal growth in space. Historical image of a crystal of germanium selenide  GeSe , a semiconductor, grown in space in April 1974. The crystal was grown by vaporizing and condensing GeSe powder in a sealed ampule in an electric furnace on board the Skylab space station. The experiment was conducted as a comparative test of GeSe crystals grown on Earth and those grown in a weightless environment. The results indicated that crystals grown in zero gravity demonstrate greater growth and better composite structure than those grown in ground based laboratories. The GeSe crystal shown here is 20 millimetres long.
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Superconductor grown in space, 1974

Crystal growth in space. Historical image of a crystal of germanium selenide (GeSe), a semiconductor, grown in space in April 1974. The crystal was grown by vaporizing and condensing GeSe powder in a sealed ampule in an electric furnace on board the Skylab space station. The experiment was conducted as a comparative test of GeSe crystals grown on Earth and those grown in a weightless environment. The results indicated that crystals grown in zero-gravity demonstrate greater growth and better composite structure than those grown in ground-based laboratories. The GeSe crystal shown here is 20 millimetres long.

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