Pomeranchuk Theorem

Pomeranchuk theorem

[¦päm·ə¦rän·chək ‚thir·əm] (particle physics) The theorem that if the total cross section both for scattering of a particle by a given target particle and for scattering of its antiparticle by the same target particle, approach a limit at high energies, and do so sufficiently rapidly, then these limits must be the same.

Pomeranchuk Theorem

in quantum field theory, a theorem asserting that the total effective interaction cross section of a particle and antiparticle with the same target tend toward the same limit as the collision energy increases. The Pomeranchuk theorem was formulated by I. Ia. Pomeranchuk in 1958 on the basis of the general postulates of quantum field theory and the assumption that the process of the scattering of strongly interacting particles, or hadrons, is diffractive in character with a constant radius of interaction. A. A. Logunov generalized the Pomeranchuk theorem for differential cross sections and analyzed the conditions of its applicability for radii of interaction that increase with energy.

单词	pomeranchuk theorem
释义	Pomeranchuk Theorem Pomeranchuk theorem [¦päm·ə¦rän·chək ‚thir·əm] (particle physics) The theorem that if the total cross section both for scattering of a particle by a given target particle and for scattering of its antiparticle by the same target particle, approach a limit at high energies, and do so sufficiently rapidly, then these limits must be the same. Pomeranchuk Theorem in quantum field theory, a theorem asserting that the total effective interaction cross section of a particle and antiparticle with the same target tend toward the same limit as the collision energy increases. The Pomeranchuk theorem was formulated by I. Ia. Pomeranchuk in 1958 on the basis of the general postulates of quantum field theory and the assumption that the process of the scattering of strongly interacting particles, or hadrons, is diffractive in character with a constant radius of interaction. A. A. Logunov generalized the Pomeranchuk theorem for differential cross sections and analyzed the conditions of its applicability for radii of interaction that increase with energy.
随便看	money can't buy happiness money, cash, hoes money cat money cats money center bank money center banks money center debt syndrome money centers of america money centre bank money-centre bank money centre banks money-centre banks money changer money-changer moneychanger money changers moneychangers money changing moneychanging money-changing offices money circulation money claim online money comes first money control transfer number money counts