Eksempler på brug af Clapeyron på Engelsk og deres oversættelser til Dansk
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Clapeyron and Lamé went together to Russia in 1820.
In 1820 Lamé,together with his colleague Emile Clapeyron, went to Russia.
Both Clapeyron and Lamé remained in Russia for 10 years.
He based many ideas on the earlier works by Sadi Carnot, Clapeyron, Joule and others.
Emile Clapeyron was educated at the École Polytechnique from which he graduated in 1818.
This book only became well known after Clapeyron published an analytic reformulation of it in 1834.
Clapeyron proposed a railway line from Paris to St Germain and sought funding for the project.
He published papers in both Russian andFrench journals during his 12 years there, some jointly with Clapeyron.
The Clausius Clapeyron equation, when the specific volume of the liquid is assumed to be zero, gives.
Continuing with his project on his return to France, Clapeyron extended his activities to the design of metal bridges.
Clapeyron expressed Sadi Carnot 's ideas on heat analytically, with the help of graphical representations, in 1834.
In 1835 the construction of the line from Paris to St Germain was authorised and Clapeyron and Lamé were put in charge of the project.
Laplace, Poisson, Sadi Carnot and Clapeyron had all developed the subject using this caloric theory as a basis.
In 1832 Lamé returned to Paris andat first he formed part of an engineering firm set up jointly with Clapeyron and two others.
The Clapeyron relation, a differential equation which determines the heat of vaporisation of a liquid, is named after him.
In line with this policy,the Russian government made a request to France who responded by sending Lamé and Clapeyron to St Petersburg.
Presentation Wikipedia Emile Clapeyron was educated at the École Polytechnique from which he graduated in 1818.
Lamé was offered the chair of physics at the École Polytechnique shortly after they began their work and Clapeyron was left to head the venture.
In 1844 Clapeyron was appointed professor at the École des Ponts et Chaussées then, in 1848, he was elected to the Paris Academy of Sciences.
The absolute scale that he proposed was based on his studies of the theory of heat, in particular the theory proposed by Sadi Carnot andlater developed by Clapeyron.
Clapeyron and Lamé went to St Petersburg where the École des Travaux Publics had been set up and these they taught both pure and applied mathematics.
This theory, called the caloric theory, was based on two axioms, namely that the heat in the universe is conserved and that the heat in a substance is a function of the state of the substance. Laplace, Poisson,Sadi Carnot and Clapeyron had all developed the subject using this caloric theory as a basis.
In 1836 Clapeyron, who specialised in designing steam locomotives, went to England to arrange for the building of some specialist locomotives.
Honours were now quickly given to him: Napoleon III made him an Officer Légion d'Honneur in 1862; he was elected the the Bureau des Longitudes(1862); he was elected a fellow of the Royal Society of London; also a member of the German Academy of Scientists Leopoldina; andfinally in 1865 the French Academy of Sciences where he replaced Clapeyron.
When Lord Kelvin andBenoît Paul Émile Clapeyron formulated the laws of thermodynamics some 160 years ago, they started from a phenomenological standpoint.
Clapeyron approached Stevenson, the most famous of the builders of locomotives, but Stevenson found Clapeyron's designs too difficult and declined the contract.
Mathematicians Time line Photos Money Stamps Sketch Search Benoit Paul Emile Clapeyron Birth date: Birth place: Date of death: Place of death: 26 Feb 1799 Paris, France 28 Jan 1864 Paris, France Presentation Wikipedia Emile Clapeyron was educated at the École Polytechnique from which he graduated in 1818.
Clapeyron then approached Sharp, Roberts, and Company, a firm which made railway locomotives in one of the earliest applications of the use of interchangeable parts.
When Lord Kelvin andBenoît Paul Émile Clapeyron formulated the laws of thermodynamics some 160 years ago, they started from a phenomenological standpoint. That is: they looked at matter and its transformations from the outside, measuring pressures, volumes and temperatures, which enabled them to calculate various heat capacities of gases and fluids.
Clapeyron expressed Sadi Carnot 's ideas on heat analytically, with the help of graphical representations, in 1834. Sadi Carnot 's work was virtually unknown before Clapeyron's paper in which the Carnot cycle is given in mathematical formulation.