glucinum definition

  • noun:
    • A rejected name for beryllium.
    • an unusual metallic element, of a silver white color, and reasonable specific-gravity (2.1), resembling magnesium. It never ever happens obviously within the free condition, it is constantly combined, generally with silica or alumina, or both; as in the nutrients phenacite, chrysoberyl, beryl or emerald, euclase, and danalite. It was called from its oxide glucina, that has been understood a long time before the factor had been isolated. Symbolization Gl. Atomic body weight 9.1. Known as in addition beryllium.
    • Chemical logo, Be or Gl; atomic body weight, 9.1. A white material, of specific-gravity 2.1.
    • A rejected title for beryllium.
    • an unusual metallic element, of a silver white shade, and low specific-gravity (2.1), resembling magnesium. It never ever happens normally within the free state, but is always combined, typically with silica or alumina, or both; like in the minerals phenacite, chrysoberyl, beryl or emerald, euclase, and danalite. It had been named from the oxide glucina, that was known long before the element ended up being isolated. Image Gl. Atomic fat 9.1. Called additionally beryllium.
    • Chemical representation, Be or Gl; atomic fat, 9.1. A white steel, of specific-gravity 2.1.
    • A rejected title for beryllium.
    • A rare metallic element, of a silver white color, and low specific gravity (2.1), resembling magnesium. It never occurs naturally in the free state, but is always combined, usually with silica or alumina, or both; as in the minerals phenacite, chrysoberyl, beryl or emerald, euclase, and danalite. It was named from its oxide glucina, which was known long before the element was isolated. Symbol Gl. Atomic weight 9.1. Called also beryllium.
    • Chemical image, Be or Gl; atomic weight, 9.1. A white steel, of specific-gravity 2.1.
    • A rejected title for beryllium.
    • A rare metallic factor, of a silver white shade, and reduced specific gravity (2.1), resembling magnesium. It never occurs obviously into the free condition, but is always combined, often with silica or alumina, or both; such as the minerals phenacite, chrysoberyl, beryl or emerald, euclase, and danalite. It absolutely was named from its oxide glucina, which was understood a long time before the element ended up being separated. Image Gl. Atomic body weight 9.1. Called additionally beryllium.
    • Chemical image, Be or Gl; atomic body weight, 9.1. A white metal, of specific gravity 2.1.
    • A rejected title for beryllium.
    • an unusual metallic element, of a silver white shade, and reasonable specific-gravity (2.1), resembling magnesium. It never ever takes place normally into the no-cost state, it is constantly combined, generally with silica or alumina, or both; as in the nutrients phenacite, chrysoberyl, beryl or emerald, euclase, and danalite. It had been named from its oxide glucina, that was known a long time before the element was separated. Representation Gl. Atomic body weight 9.1. Called also beryllium.
    • Chemical image, Be or Gl; atomic fat, 9.1. A white material, of specific-gravity 2.1.
    • A rejected title for beryllium.
    • A rejected title for beryllium.
    • A rejected name for beryllium.
    • an uncommon metallic element, of a silver white color, and reduced specific-gravity (2.1), resembling magnesium. It never ever occurs obviously when you look at the no-cost condition, but is constantly combined, usually with silica or alumina, or both; like in the minerals phenacite, chrysoberyl, beryl or emerald, euclase, and danalite. It was named from its oxide glucina, that was understood long before the factor was isolated. Representation Gl. Atomic fat 9.1. Called in addition beryllium.
    • an uncommon metallic factor, of a silver white shade, and reasonable specific-gravity (2.1), resembling magnesium. It never ever happens naturally into the no-cost state, it is constantly combined, usually with silica or alumina, or both; like in the nutrients phenacite, chrysoberyl, beryl or emerald, euclase, and danalite. It absolutely was known as from its oxide glucina, that has been understood a long time before the factor ended up being separated. Expression Gl. Atomic weight 9.1. Called also beryllium.
    • Chemical image, Be or Gl; atomic fat, 9.1. A white metal, of specific-gravity 2.1.
    • Chemical expression, Be or Gl; atomic weight, 9.1. A white material, of specific-gravity 2.1.
    • A rare metallic factor, of a silver white shade, and low specific-gravity (2.1), resembling magnesium. It never occurs obviously into the free state, but is always combined, generally with silica or alumina, or both; as in the nutrients phenacite, chrysoberyl, beryl or emerald, euclase, and danalite. It had been named from its oxide glucina, that has been known well before the element ended up being separated. Representation Gl. Atomic weight 9.1. Known as additionally beryllium.
    • A rejected title for beryllium.
    • A rejected title for beryllium.
    • an unusual metallic element, of a silver white color, and reduced specific-gravity (2.1), resembling magnesium. It never happens naturally inside no-cost condition, but is always combined, usually with silica or alumina, or both; as with the nutrients phenacite, chrysoberyl, beryl or emerald, euclase, and danalite. It had been called from its oxide glucina, that has been known a long time before the factor had been separated. Symbolization Gl. Atomic weight 9.1. Called additionally beryllium.
    • A rejected title for beryllium.
    • an uncommon metallic element, of a silver white shade, and reasonable specific gravity (2.1), resembling magnesium. It never occurs normally when you look at the no-cost condition, it is constantly combined, often with silica or alumina, or both; as with the minerals phenacite, chrysoberyl, beryl or emerald, euclase, and danalite. It was known as from its oxide glucina, that was understood long before the factor was separated. Symbolization Gl. Atomic body weight 9.1. Known as in addition beryllium.
    • Chemical image, Be or Gl; atomic fat, 9.1. A white metal, of specific gravity 2.1.
    • Chemical representation, Be or Gl; atomic fat, 9.1. A white material, of specific-gravity 2.1.
    • an unusual metallic factor, of a silver white color, and reduced specific gravity (2.1), resembling magnesium. It never ever occurs normally in no-cost state, it is always combined, often with silica or alumina, or both; such as the nutrients phenacite, chrysoberyl, beryl or emerald, euclase, and danalite. It was named from the oxide glucina, which was known long before the factor had been isolated. Logo Gl. Atomic body weight 9.1. Known as also beryllium.
    • Chemical expression, Be or Gl; atomic body weight, 9.1. A white metal, of specific gravity 2.1.
    • Chemical sign, Be or Gl; atomic weight, 9.1. A white material, of specific gravity 2.1.

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