atomic number 107
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Definition
Noun: - A transuranic element: A synthetic, radioactive chemical element with the atomic number 107. It is a heavy, man-made element in the periodic table, belonging to the group of transition metals.
Usage
- This term is used exclusively in scientific contexts, particularly in chemistry and physics, to refer to the specific element with 107 protons in its nucleus.
- It is a systematic, IUPAC-approved name, though the element also has the permanent name bohrium (symbol Bh).
Examples
Advanced Usage
- In systematic nomenclature: Before an element receives a permanent name, it is referred to by a systematic name based on its atomic number. "Atomic number 107" served as this temporary name.
- In research literature: The term appears in papers discussing the synthesis, decay properties, or theoretical predictions of superheavy elements.
Variants and Related Words
- Bohrium (Bh): The permanent name for the element with atomic number 107.
- Transuranic element: Any chemical element with an atomic number greater than 92 (uranium). Atomic number 107 is one such element.
- Superheavy element: A classification often used for elements with very high atomic numbers, typically above 104, which includes atomic number 107.
Synonyms
- Bohrium: The official name for the element.
- Element 107: A common informal synonym.
Related Phrases
- Synthesis of atomic number 107: Refers to the process of creating this element in a laboratory.
- Isotopes of atomic number 107: Refers to the different forms (isotopes) of this element, which have the same number of protons but different numbers of neutrons.
Noun
- a transuranic element