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Material physics

Material physics is the use of physics to describe materials in many different ways. It covers a number of related fields such as chemistry, solid mechanics, fluid dynamics, condensed matter, solid state physics, nuclear physics, quantum mechanics, quantum optics, plasma physics, and thermodynamics.

Contributors in Material physics

Material physics

inert core

Materials science; Material physics

Nucleons in the nucleus which are inactive, except for providing binding energy to the valence (or outermost) nucleons.

electron cyclotron frequency

Materials science; Material physics

Number of times per second that an electron orbits a magnetic field line. The frequency is completely determined by the strength of the field and the electron's charge-to-mass ratio.

hairpin vortices

Materials science; Material physics

Observed in boundary layers. They have an axis in the transverse direction with legs near the wall and a head and neck that extend away from the wall. They have been associated with intense Reynolds ...

orifice plate

Materials science; Material physics

Obstruction-type meter used in pipe flow to determine the flow rate by measuring the pressure drop across a sudden contraction and expansion.

Bremsstrahlung radiation

Materials science; Material physics

Occurs in plasma when electrons interact ("collide") with the Coulomb fields of ions; the resulting deflection of the electrons causes them to radiate.

Schrödinger representation

Materials science; Material physics

Often used for the Schrödinger picture.

global symmetry

Materials science; Material physics

One independent of spacetime, i.e., the system is symmetric under the same symmetry operation at each space-time point.

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