Sentence examples for nucleus charge from inspiring English sources

The ghost hydrogen atom H-Bq is an empty atom possessing the basis functions of hydrogen, but having no nucleus charge and electron [48, 49].

( Q(r)equiv frac{z{e}^2}{r} ) is the absolute value of energy of Coulomb interaction of electron (charge e) with a nitrogen nucleus (charge ze).

Due to the lanthanide contraction, lutetium, the last in the lanthanide series, has a significantly smaller atomic radius and a higher nucleus charge, thus making the extraction of the electrons from the atom to form metallic bonding more difficult, and thus making the metal harder.

By the arguments before (11.60), (sigma (H Z,N-1)) subset sigma (H Z,N-1) subset HVZ theorem impliesigmat begin{aligned} Sigma (H Z,N))=E(Z,N-1) end{aligned} (11.69)so we are intheested in begin{aligned} delta (Z,N) = -E(Z,N)+E(Z,N-1) end{aligned} (11.70)tHVZionizatheoremergy to remove electron N from a nucleus of charge Z.

If the number of electrons is different from the nucleus' electrical charge, such an atom is called an ion.

Instead, the important interactions for the detection of slow neutrons involve nuclear reactions in which a neutron is absorbed by the nucleus and charged particles are formed.

This meant that they needed much less energy to penetrate the nucleus than charged particles, and so would not require a particle accelerator, which the Via Panisperna boys did not have.

The force on the electron (the analogue of the gravitational force between the Sun and a planet) is the electrostatic attraction between the positively charged nucleus and the negatively charged electron.

Only the year before, Rutherford and his collaborators had established experimentally that the atom consists of a heavy positively charged nucleus with substantially lighter negatively charged electrons circling around it at considerable distance.

Only the mass of the atomic nucleus and its charge, which is equal to the total charge of the electrons in the neutral atom, affect the chemical and physical properties of matter.

This work led to Rutherford's atomic model, in which a heavy nucleus of positive charge is surrounded by a cloud of light electrons.