oliver heaviside การใช้

• FitzGerald had inferred this hypothesis from a paper by Oliver Heaviside.
• These equations were first derived by Oliver Heaviside in 1888.
• Oliver Heaviside ( 1893 ) :  What is Maxwell s theory?
• The term was coined in September 1885 by Oliver Heaviside.
• The term " impedance " was coined by Oliver Heaviside in July 1886.
• Oliver Heaviside criticised Helmholtz's electromagnetic theory because it allowed the existence of longitudinal waves.
• He had a long-standing rivalry with Oliver Heaviside over his traditional ideas about electricity.
• It was Oliver Heaviside who reformulated the complicated Maxwell's equations to the modern form.
• Conversely, the engineer Oliver Heaviside produced major work on the mathematics of transmission on telegraph cables.
• Thus Willard Gibbs and Oliver Heaviside made this accommodation, for pragmatism, to avoid the distracting superstructure.
• At the end of the 19th century, Oliver Heaviside used formal Fourier series to manipulate the unit impulse.
• An influential book on operational calculus was Oliver Heaviside's " Electromagnetic Theory " of 1899.
• His laws were reformulated by Oliver Heaviside in the more modern and compact vector calculus formalism he independently developed.
• Notable contributors to the theoretical basis of alternating current calculations include Charles Steinmetz, Oliver Heaviside, and many others.
• In addition, Oliver Heaviside and Hertz further developed the theory and introduced modernized versions of Maxwell's equations.
• In the field of theoretical analysis of electrical circuits, he popularized Oliver Heaviside's technique of operational calculus.
• :: There is a wikipedia article on the maths involved : Telegrapher's equations developed by Oliver Heaviside.
• From 1889 to 1897 the mathematician Oliver Heaviside lived in Palace Avenue, in the building now occupied by Barclays Bank.
• The term " elastance " was coined by Oliver Heaviside through the analogy of a capacitor as a spring.
• Oliver Heaviside first predicted this field in the article " A Gravitational and Electromagnetic Analogy " ( 1893 ).