Приклади вживання Pauli Англійська мовою та їх переклад на Українською
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
Pauli said at the end:.
What bothers you in St. Pauli?
Pauli asked God why the fine structure constant has the value 1/(137.036…).
She was the 2005 St. Pauli Girl.
Pauli says: why is the value of the fine structure constant what it is, 1/137?
Люди також перекладають
Do you still keep in touch with the players you played with at St. Pauli?
In 1933, Pauli stated the basic properties of the neutrino in their present-day form.
It takes place at thehistoric Spielbudenplatz in the heart of the Reeperbahn in St. Pauli.
Pauli watched Him with great satisfaction, but soon began shaking his head violently….
Paul's Monastery near which the original St. Pauli Brewery was founded and built in the 17th century.
Pauli believed that mind and matter were interconnected, and that human consciousness could have an effect on the outside world.
German theoretical physicist, Werner Heisenberg, writes a letter to fellow physicist,Wolfgang Pauli, in which he describes his uncertainty principle for the first time.
In early 1929, Heisenberg and Pauli submitted the first of two papers[27] laying the foundation for relativistic quantum field theory.
Note that the Mediterranean region will become even drier in the next decade,"-concludes another member Harald Pauli(Harald Pauli) of the University of Vienna.
Pauli" comes from the ancient St. Paul's Monastery on which the original St. Pauli Brewery was founded and built in the 17th century.
In 1930, VA Fock perfected the Hartree method,giving the wave functions a symmetry form ensuring the fulfillment of the Pauli principle, that is, he took into account the presence of spins in electrons.
Pauli for electrons in the atom; it was later extended to all particles- elementary particles, nuclei, atoms, or molecules- with half-integral spin(fermions).
The first publications of Schrödinger about atomic theory and the theory of spectra began to emerge only from the beginning of the 1920s,after his personal acquaintance with Sommerfeld and Wolfgang Pauli and his move to Germany.
In 1930, the Swiss physicist W. Pauli reported, in a letter to the participants of a seminar at Tübingen, his“desperate attempt” to“save” the law of conservation of energy.
On a molecular level, we may consider: the Coulomb force,the electrostatic attraction or repulsion of particles carrying electric charge; Pauli repulsion, when two atoms approach each other closely; van der Waals force.
According to the Pauli principle, any two electrons in an atom must be in different quantum states and, consequently, may be distinguished by at least one of the four quantum numbers n, l, ml and m8.
The nucleus in the ground state is considered as a degenerate Fermi gas of quasiparticles that effectively do not interact with each other, since any act of collision that alters theindividual states of the quasi-particles is forbidden by the Pauli principle.
The principle wasformulated in 1925 by the Swiss physicist W. Pauli for electrons in the atom; it was later extended to all particles- elementary particles, nuclei, atoms, or molecules- with half-integral spin(fermions).
Wolfgang Pauli, who had been unconvinced by de Broglie in 1927, conceded to Bohm as follows: I just received your long letter of 20th November, and I also have studied more thoroughly the details of your paper.
On this day in 1924 a young 24-year-old physicist Wolfgang Pauli formulated one of the most important principles of modern theoretical physics: two identical particles with half-integer spins can not be in the same condition.
Pauli proposed in 1924 a new quantum degree of freedom(or quantum number) with two possible values, in order to resolve inconsistencies between observed molecular spectra and the developing theory of quantum mechanics.
In a famous letter written in 1930, Wolfgang Pauli attempted to resolve the beta-particle energy conundrum by suggesting that, in addition to electrons and protons, atomic nuclei also contained an extremely light neutral particle, which he called the neutron.
Wolfgang Pauli declared Jordan“rehabilitated” to the authorities some time after the war, allowing him to regain academic employment after a two-year period and then recover his full status as a tenured professor in 1953.
Pascual Jordan and Wolfgang Pauli showed in 1928[9][10] that quantum fields could be made to behave in the way predicted by special relativity during coordinate transformations(specifically, they showed that the field commutators were Lorentz invariant).