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What properties of the nucleus are well predicted nuclear models?
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What is the nuclear models of the atoms?
It is called the "nuclear model" Rutherford concluded that 1. Atom is mostly empty space 2. Atom has a nucleus at its center 3. Electrons surround the nucleus
What has the author Paul Taras written?
Paul Taras has written: 'Properties of levels in Cl35' -- subject(s): Isotopes, Physics Theses, Gamma rays, Nuclear models, Nuclear shell theory, Chlorine
How did Jane Goodall use skills like inferring predicted classifying and making models?
She inferred, predicted, classifyed, and made models by eating artichokes to stimulate the brain
What has the author James Stuart Willison written?
James Stuart Willison has written: 'Thermal conductivity modeling of unrestructured sphere pac nuclear fuels' -- subject(s): Nuclear fuel rods, Thermal properties, Mathematical models
How air pollution moves under varying conditions can be best predicted by?
By using mathematical models
Why we use collective model in nuclear physics?
When liquid drop and shell models fail to explain different phenomena like, electric quadrupole moment, magnetic dipole moment In addition to individual nucleons changing orbits to create excited states of the nucleus as described by the Shell Model, there are nuclear transitions that involve many (if not all) of the nucleons. Since these nucleons are acting together, their properties are called collective, and their transitions are described by a Collective Model of nuclear structure. High-mass nuclei have low-lying excited states that are described as vibrations or rotations of non spherical nuclei. Many of these collective properties are similar to those of a rotating or vibrating drop of liquid, and in its early development the Collective Model was called the Liquid-Drop Model. The first important application of the Liquid-Drop model was in the analysis of nuclear fission, in which a massive nucleus splits into two lower-mass fragments. The Liquid Drop Model calculates an energy barrier to fission as a sum of the repulsive Coulomb forces between the protons of the nucleus and the attractive surface tension of the skin of the "liquid drop" nucleus. If the barrier is low enough the nucleus might fission spontaneously. For higher barriers, it takes a nuclear reaction to induce fission. The figure above shows the energy levels of 238U. The quantum numbers, level spacings, and gamma ray transition probabilities identify these levels as rotational states of a non spherical nucleus. Nuclei showing collective properties are usually those with many valence nucleons, that is, those with proton or neutron numbers that are far from filled shells. As with the Shell Model, the Collective Model permits the calculation of spin-parity assignments and transition probabilities that are in good agreement with the measured properties of collective nuclei.
What has the author Armin D Karpf written?
Armin D. Karpf has written: 'Struktur der Elementarteilchenmaterie' -- subject(s): Nuclear models, Nuclear structure, Particles (Nuclear physics)
Explain why models are used in the study of nuclear physics?
to explain the complex features of simple phenomena
What models explain the behavior of electromagnetic waves?
Many properties of electronmagnetic waves can be explained by a wave model. However, some properties can be explained by a particle model.
What are the major difference between the plum pudding and planetary models of the atom?
The plum pudding model of an atom has not a nucleus; in 1904 the nucleus, protons, neutrons were not discovered. See the link below.
What do the Bohr models consist of?
The atomic Bohr model consist in a positive nucleus surrounded by electrons in a continuous movement.
What atomic models depicts electrons moving only in specific circular orbits around a nucleus?
cloud model
