Примери за използване на Bjerknes на Английски и техните преводи на Български
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The Norwegian Geophysical Institute Vilhelm Bjerknes.
It was a project that Bjerknes never completed.
Bjerknes remained a close friend of Hertz and his family from that time on.
Their son, Jacob Bjerknes, was born on 2 November 1897.
Let us examine a little this work which assumed such a dominant role in Bjerknes' life.
There were two scientists from whom Bjerknes had the greatest admiration.
His son Vilhelm Bjerknes later wrote(thinking about both himself and his father) that:-.
Perhaps it is worth mentioning just how talented a family Carl and Aletta Bjerknes had.
See the biography of Carl Bjerknes for more details of his family background.
Bjerknes accepted the chair of applied mechanics and mathematical physics at the University of Kristiania in 1907.
This was not a short trip, for Bjerknes spent two years from 1890 to 1892 in Bonn.
By that time Heaviside was living a lonely life in hard financial circumstances and Bjerknes did his best to assist him.
In 1844 Bjerknes entered the University of Christiania(now Oslo), where he studied mining.
As indicated in the above quote, Bjerknes remained active after his retirement.
In 1928 Bjerknes' wife died and at that time her sister, Professor Kristine Bonnevie, became his housekeeper.
In 1914 Friedmann went to Leipzig to study with Vilhelm Bjerknes, the leading theoretical meteorologist of the time.
Together Hertz and Bjerknes studied electrical resonance which proved important in the development of radio.
The oldest school of mines in the world, founded 1757,was in the town and Bjerknes worked there from 1848 until 1852.
After graduating from Kristiania, Bjerknes was awarded a state scholarship which allowed him to study abroad.
Despite being 55 years old when he moved to Bergen,most historians agree that Bjerknes did his best work there.
We mentioned above that it was Vilhelm Bjerknes who wrote up his father's hydrodynamical work for publication.
Carl Bjerknes's father was Abraham Isaksen Bjerknes, the youngest son of a farmer from Sandsvär, and his mother was Elen Birgitte Holmen.
In particular one of their grandsons Jacob Bjerknes, Vilhelm Bjerknes 's son, also achieved great fame as a scientist.
Bjerknes discovered analogies between the way bodies could move through a frictionless fluid and certain electromagnetic effects.
During his years at the University of Oslo until his retirement in 1932 Bjerknes put a considerable effort into teaching.
Although Bjerknes was 84 years old in 1946, he made the trip to the Newton Tercentenery Celebrations in England.
In this important treatise he used data from work by Vilhelm Bjerknes published in Dynamical meteorology and hydrography and constructed, in his own words.
In 1923 Bjerknes published a collection of papers on electrical resonance, and wrote an introduction dedicating them to the memory of Hertz.
During his final years of study at university Bjerknes decided that he would have to end the collaboration with his father.
In 1917 Bjerknes was offered a chair at the University of Bergen and he was given the opportunity to found the Bergen Geophysical Institute.