mendeleyevium

English

Noun

mendeleyevium (uncountable)

Rare form of mendelevium.
- 1957, The Current Digest of the Soviet Press, volume IX, page 26, column 1:
  On Scientific Themes: NEW DEVELOPMENTS IN NUCLEAR PHYSICS. (Pravda, Feb. 15, p. 4. Complete text:) Discoveries of great fundamental importance have recently been in nuclear physics. Hitherto unknown elements—einsteinium, fermium and mendeleyevium—have been obtained with the aid of atomic technology, and in 1955 and 1956 such “elementary” particles of matter as anti-protons and anti-neurons were discovered.
- 1987, R. S. Baghavan, “The Transformation from Quantity to Quality and Quality to Quantity”, in An Introduction to the Philosophy of Marxism, part one, Socialist Platform, →ISBN, page 115:
  In 1940, Fermi created neptunium (Z = 93), the first artificial, ‘trans-uranic’, element. Others, also unstable, soon followed, among them fermium (Z = 100) and mendeleyevium (Z = 101).
- 2014, Fred Bortz, “Success!”, in The Periodic Table of Elements and Dmitry Mendeleyev (Revolutionary Discoveries of Scientific Pioneers), New York, N.Y.: The Rosen Publishing Group, →ISBN, page 47:
  THE MODERN PERIODIC TABLE HAS ALL THE MISSING GAPS FROM MENDELEYEV’S TIME FILLED IN. EACH SQUARE HAS THE ATOMIC SYMBOL IN THE CENTER, THE ATOMIC NUMBER IN THE UPPER LEFT, AND THE ATOMIC WEIGHT AT THE BOTTOM. IT ALSO INCLUDES SEVERAL ADDITIONS THAT MENDELEYEV DID NOT INCLUDE IN HIS ORIGINAL TABLE, INCLUDING THE NOBLE GASES (COLUMN 18) AND ARTIFICIALLY CREATED ELEMENTS SUCH AS ATOMIC NUMBER 101, MENDELEYEVIUM (MD).

单词	mendeleyevium
释义	mendeleyevium English Noun mendeleyevium (uncountable) Rare form of mendelevium. 1957, The Current Digest of the Soviet Press, volume IX, page 26, column 1: On Scientific Themes: NEW DEVELOPMENTS IN NUCLEAR PHYSICS. (Pravda, Feb. 15, p. 4. Complete text:) Discoveries of great fundamental importance have recently been in nuclear physics. Hitherto unknown elements—einsteinium, fermium and mendeleyevium—have been obtained with the aid of atomic technology, and in 1955 and 1956 such “elementary” particles of matter as anti-protons and anti-neurons were discovered. 1987, R. S. Baghavan, “The Transformation from Quantity to Quality and Quality to Quantity”, in An Introduction to the Philosophy of Marxism, part one, Socialist Platform, →ISBN, page 115: In 1940, Fermi created neptunium (Z = 93), the first artificial, ‘trans-uranic’, element. Others, also unstable, soon followed, among them fermium (Z = 100) and mendeleyevium (Z = 101). 2014, Fred Bortz, “Success!”, in The Periodic Table of Elements and Dmitry Mendeleyev (Revolutionary Discoveries of Scientific Pioneers), New York, N.Y.: The Rosen Publishing Group, →ISBN, page 47: THE MODERN PERIODIC TABLE HAS ALL THE MISSING GAPS FROM MENDELEYEV’S TIME FILLED IN. EACH SQUARE HAS THE ATOMIC SYMBOL IN THE CENTER, THE ATOMIC NUMBER IN THE UPPER LEFT, AND THE ATOMIC WEIGHT AT THE BOTTOM. IT ALSO INCLUDES SEVERAL ADDITIONS THAT MENDELEYEV DID NOT INCLUDE IN HIS ORIGINAL TABLE, INCLUDING THE NOBLE GASES (COLUMN 18) AND ARTIFICIALLY CREATED ELEMENTS SUCH AS ATOMIC NUMBER 101, MENDELEYEVIUM (MD).
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