Примери за използване на Heaviside на Английски и техните преводи на Български
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Up up up to the Heaviside layer.
Again Heaviside wrote(see for example).
Not all went badly for Heaviside however.
One was Heaviside and the other was Hertz.
Lodge wrote to Nature describing Heaviside was a man.
Journey to the Heaviside Layer in the musical Cats.
Heaviside, never one to avoid controversy, wrote.
He published The Heaviside operational calculus in 1943.
The term was coined in September 1885 by Oliver Heaviside.
Bjerknes had visited Heaviside in 1919 in Torquay, England.
One of my favourite layers of the atmosphere is called the Heaviside layer.
In 1868 Heaviside went to Denmark and became a telegrapher.
This layer in the atmosphere, the Heaviside layer, is named after him.
Heaviside dropped the idea but it was patented in 1904 in the United States.
After 1897 only a few among them, including Heaviside, still adhered to that theory.
Heaviside and Dirac had generalised the calculus with specific applications in mind.
The sci ence of electricity has been dormant since the days(1900) of Stein metz,Tesla and Heaviside.
Heaviside formed the operator method for linear differential equations.
Although his interest and understanding of this work was deep, Heaviside was not interested in rigour.
Oliver Heaviside's parents were Rachel Elizabeth West and Thomas Heaviside.
The place where he decisively broke with Lorentz, Poincare,Fitzgerald, Heaviside and others who had pieces of the theory in their hands before him.
Heaviside became increasingly deaf but he worked on his own researches into electricity.
British mathematician and electrical engineer Oliver Heaviside developed complex math techniques to analyze electrical circuits and solve differential equations.
Heaviside developed the transmission line theory(also known as the"telegrapher's equations").
Although at odds with the scientific establishment for most of his life, Heaviside changed the face of telecommunications, mathematics, and science.
In 1909 Heaviside moved to Torquay where he showed increasing evidence of a persecution complex.
Although at odds with the scientific establishment for most of his life, Heaviside changed the face of telecommunications, mathematics, and science for years to come.
Oliver Heaviside first predicted this field in the article A Gravitational and Electromagnetic Analogy(1893).".
The modern mathematical formulation of Maxwell's equations is due to Oliver Heaviside and Willard Gibbs, who in 1884 reformulated Maxwell's original equations using vector calculus.
Heaviside went on to achieved further advances in knowledge, again receiving less than his just deserts.