Приклади вживання Bohr's Англійська мовою та їх переклад на Українською
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Bohr's parents married in 1881.
Here, under the motherly care of Bohr's beautiful wife, Margrethe….
Bohr's parents married in 1881.
Thus, the experience of Franck and Hertz confirmed I and III-rd Bohr's postulates.
Bohr's theory can not explain the spectrum of the helium atom.
Sommerfeld's model was muchcloser to the modern quantum mechanical picture than Bohr's.
Rutherford became Bohr's role model both for his personal and scientific qualities.
His ideas are later tested and confirmed by Bohr's and Mottelson's experiments.
Bohr's son Aage also became a physicist and shared the Nobel prize for Physics in 1975.
The pair married on 1 August 1912 and Richard Courant,speaking after Bohr's death, had this to say of his marriage:-.
Bohr's model could not explain how electrons moved from one energy level to another.
Like father,like son” is the best expression to describe Aage Bohr's relationship with his renowned father, Niels Bohr. .
Bohr's theory forms an intermediate step toward a deeper and more general theory, called the wave or quantum mechanics.
Their social centre was the mansion"Gamle Carlsberg", given to the nation by the founder of the well-known brewery andplaced at Niels Bohr's disposal in 1932.
It was a bold move but Bohr's already high reputation meant that he would be taken seriously.
According to the author,the appeal of V. Ostrovsky in an attempt to create a theory of approximations to Bohr's complementarity principle is a philosophical error.
Bohr's discussions with Schrodinger began at the railway station and were continued daily from early morning until late at night.
American scientists, indeed all American citizens who knew Doctor Bohr's name and his great contributions, have respected and venerated him for more than two generations….
Professor Bohr's Institute of Theoretical Physics in Copenhagen had been a refuge for German Jewish physists since 1933.
In 1921, a visit by Niels Bohr to Cambridge inspired Hartree to apply his numerical skills to Bohr's theory of the atom, for which he obtained his PhD in 1926- his advisor was Ernest Rutherford.
Bohr's office had a wall with narrow drawer in which he would keep multiple manuscripts in various stages of preparation for publication.
The conceptual gulf between their positions was too wide to allow any meeting of minds; Léon Rosenfeld,one of Bohr's devotees, talking about Everett's visit, described Everett as being"undescribably stupid and could not understand the simplest things in quantum mechanics".
Bohr's hypothesis that the results of the quantum and classical theories must agree in the limiting case of small frequencies of radiation represented the original form of the so-called correspondence principle.
When Bohr was awarded the Nobel Prize for his work in 1922, the Hungarian physical chemist Georg Hevesy, together with the physicist Dirk Coster from Holland, were working at Bohr's institute to establish experimentally that the as-yet-undiscovered atomic element 72 would behave as predicted by Bohr's theory.
Léon Rosenfeld, one of Bohr's devotees, talking about Everett's visit, described Everett as being"undescribably[sic] stupid and could not understand the simplest things in quantum mechanics".
Bohr's first important achievement in Rutherford's laboratory was that he realized that the chemical properties are determined by the number of electrons in the atom, and hence the nuclear charge, and not its mass, and this explains the existence of isotopes.
The original dissociation curves from Bohr's experiments in the first description of the Bohr effect, showing a decrease in oxygen affinity as the partial pressure of carbon dioxide increases.
Bohr's other major contributions, in addition to quantum theory, include his theoretical description of the periodic table of elements around 1920, his theory of the atomic nucleus being a compound structure in 1936, and his understanding of uranium fission in terms of the isotope 235 in 1939.