atomic structure

Frequency: 6.58.0 per million words

Refers to the arrangement of an atom's constituent parts.

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Examples (20)

  • The Bohr model was an early attempt to describe the atomic structure.
  • Scientists study the atomic structure of matter to understand its properties.
  • Scientists are constantly refining our understanding of atomic structure.
  • The discovery of the atomic structure led to the development of modern chemistry.
  • Understanding the atomic structure of carbon is fundamental to organic chemistry.
  • Each element has a unique atomic structure defined by the number of protons in its nucleus.
  • An element's chemical properties are determined by its atomic structure.
  • Niels Bohr's model of the atomic structure was a major breakthrough in physics.
  • Quantum mechanics provides the most accurate description of atomic structure.
  • X-ray crystallography is used to determine the atomic structure of complex molecules.
  • In our next lesson, we will explore the atomic structure of noble gases.
  • The atomic structure of an element determines how it will react with other substances.
  • By studying how light interacts with materials, physicists can deduce their atomic structure.
  • Students in chemistry class learn about the atomic structure of different isotopes.
  • How does the atomic structure influence a material's conductivity?
  • Quantum mechanics provides a mathematical description of the atomic structure.
  • The discovery of the electron fundamentally changed our model of the atom's atomic structure.
  • The stability of a material depends heavily on its underlying atomic structure.
  • Advanced imaging techniques allow us to visualize the atomic structure of crystals.
  • Advanced imaging techniques have allowed us to observe the atomic structure directly.