Fermi interaction - translation to ρωσικά
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Fermi interaction - translation to ρωσικά

MECHANISM OF BETA DECAY PROPOSED IN 1933
Fermi theory; Fermi's theory; Fermi interaction; Four Fermi theory; Fermi theory of beta decay; Fermi constant; Fermi's constant; Fermi coupling constant; Fermi's theory of beta decay; Fermi coupling
  • ''G''<sub>F</sub>}}. Fermi's Theory was the first theoretical effort in describing nuclear  decay rates for &beta; decay.

Fermi interaction         

общая лексика

взаимодействие Ферми

drug interaction         
  • Effects of the competitive inhibition of an agonist by increases in the concentration of an antagonist. A drug's potency can be affected (the response curve shifted to the right) by the presence of an antagonistic interaction.pA<sub>2</sub> known as the Schild representation, a mathematical model of the agonist:antagonist relationship or vice versa. NB: the x-axis is incorrectly labeled and should reflect the ''agonist'' concentration, not antagonist concentration.
  • haem]] group in the centre of the enzyme.
  • Grapefruit juice can act as an enzyme inhibitor.
  • Human kidney [[nephron]].
  • St John's wort]] can act as an enzyme inductor.
CHANGE IN THE ACTION OR SIDE EFFECTS OF A DRUG CAUSED BY ANOTHER DRUG
Drug-drug interaction; Drug interactions; Herb-drug interactions; Drug-plant interactions; Pharmacokinetic interactions; Adverse interaction; Drug–drug interaction; Pharmacodynamic drug interaction; Pharmacodynamic drug interactions; Pharmacokinetic drug interaction; Pharmacokinetic drug interactions; Pharmacokinetic interaction; Pharmacodynamic interactions; Pharmacodynamic interaction

медицина

лекарственное взаимодействие

human-computer interaction         
  • latency]] of the computer output is not disruptive to the [[workflow]].
ACADEMIC DISCIPLINE
Human-Computer Interaction; Human-computer interface; Human computer interaction; Computer-human interaction; Human-Computer Interface; Human Computer Interaction; Computer-human interface; Human--computer interaction; Interactive processing; Human–Machine Interaction; User interaction; Human–machine interaction; Human–computer interaction (security); HCISec; Hcisec; HCI-Sec; Human-Machine Interaction; Human-computer Interaction; Human-computer interaction; HumanComputerInteraction; Human-computer interaction (security); Human – computer interaction; Human Computer interaction; Human-Computer interaction; Human–computer interface; Human-machine interaction; Human Computer Interface; Human-computer interactions; Human computer interface; Human - computer interaction; Human–Computer Interaction; HCID; Machine-to-human communication
человеко-машинное взаимодействие

Ορισμός

ФЕРМИ
(Терми) , город эпохи энеолита и бронзы (3-2-е тыс. до н. э.) на о. Лесбос. Остатки домов, мостовых, оборонительных стен, металлургического производства. В 14-13 вв. до н. э. центр культа Геры.
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внесистемная единица длины, равна 10-13 см. Названа по имени Э. Ферми, применяется в ядерной физике.
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(Fermi) Энрико (1901-54) , итальянский физик, один из создателей ядерной и нейтронной физики, основатель научных школ в Италии и США, иностранный член-корреспондент АН СССР (1929). В 1938 эмигрировал в США. Разработал квантовую статистику (статистика Ферми - Дирака; 1925), теорию бета-распада (1934). Открыл (с сотрудниками) искусственную радиоактивность, вызванную нейтронами, замедление нейтронов в веществе (1934). Построил первый ядерный реактор и первым осуществил в нем (2.12.1942) цепную ядерную реакцию. Нобелевская премия (1938).

Βικιπαίδεια

Fermi's interaction

In particle physics, Fermi's interaction (also the Fermi theory of beta decay or the Fermi four-fermion interaction) is an explanation of the beta decay, proposed by Enrico Fermi in 1933. The theory posits four fermions directly interacting with one another (at one vertex of the associated Feynman diagram). This interaction explains beta decay of a neutron by direct coupling of a neutron with an electron, a neutrino (later determined to be an antineutrino) and a proton.

Fermi first introduced this coupling in his description of beta decay in 1933. The Fermi interaction was the precursor to the theory for the weak interaction where the interaction between the proton–neutron and electron–antineutrino is mediated by a virtual W boson, of which the Fermi theory is the low-energy effective field theory.

Μετάφραση του &#39Fermi interaction&#39 σε Ρωσικά