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Molecular structure of metal diamond and black painted bakelite spheres

$1,436.31
£1,067.21
€1,200
CA$1,967.44
A$2,146.37
CHF 1,138.39
MX$25,858.97
NOK 14,448.42
SEK 13,227.92
DKK 9,141.45

About the Item

Molecular structure of metal diamond and black-painted Bakelite spheres. Czechoslovakian manufacture of the 1950s. Measures 23x20 x20 cm - 9x7.9x7.9 inches. The last photo is the gift box. Curiosity Diamond is a transparent crystal composed of carbon atoms. Diamonds have many applications due to their exceptional physical and chemical characteristics. The most notable are extreme hardness, high optical dispersion index, very high thermal conductivity, great resistance to chemicals, and very low coefficient of thermal expansion. Diamonds are highly water-repellent: water does not adhere to their surface, while fats adhere very well, but without affecting them. Resistance to chemicals is very high: diamonds are unaffected by most acids, even in high concentrations. The structure of the atom is not visible to the naked eye, so a model helps to understand the basic parts of an atom. Atomic structures for educational use are used to represent and visualize the parts of an atom in an understandable way, simplifying the complexity of atomic chemistry by making it easier to understand the atom.
  • Dimensions:
    Height: 9 in (22.86 cm)Width: 7.9 in (20.07 cm)Depth: 7.9 in (20.07 cm)
  • Materials and Techniques:
  • Period:
  • Date of Manufacture:
    1950
  • Condition:
    Wear consistent with age and use.
  • Seller Location:
    Milan, IT
  • Reference Number:
    1stDibs: LU1020247165642

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