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See also: English physicist, was See also: born in See also: Essex on the 12th of See also: November 1842, being the son of the 2nd baron.' Going to Trinity See also: College, Cambridge, he graduated as See also: senior wrangler in 1865, and obtained the first See also: Smith's prize of the
See also: year, the second being gained by Professor See also: Alfred See also: Marshall
.
He married in 1871 a See also: sister of Mr A
.
J
.
See also: Balfour, and succeeded to the title in 18?3
.
From 1879 to 1884 he was See also: Cavendish professor of experimental physics in the university of Cambridge, in succession to Clerk Maxwell; and in 1887 he accepted the See also: post of professor of natural philosophy at the Royal Institution of See also: Great Britain, which he resigned in 1905
.
His early mathematical and See also: physical papers, written under the name of J
.
W
.
See also: Strutt, made him known over See also: Europe; and his See also: powers rapidly matured until, at the See also: death of Clerk Maxwell, he stood at the See also: head of See also: British physicists, See also: Sir See also: George Stokes and See also: Lord Kelvin alone excepted
.
The See also: special feature of his See also: work is its extreme accuracy and definiteness; he combines the highest mathematical acumen with refinement of experimental skill, so that the idea of ranking him as higher in one department than another does not arise
.
His experimental investigations are carried out with plain and usually home-made apparatus, the accessories being crude and rough, but the essentials thought-fully designed so as to compass in the simplest and most perfect manner the special end in view
.
A great See also: part of his theoretical work consists in resurveying things supposed superficially to be already known, and elaborating their theory into precision and completeness
.
In this way he has gone over a great portion of the See also: field of physics, and in many cases has either said the last word for the
See also: time being, or else started new and fruitful developments
.
Possessing an immense range of knowledge, he has filled up lacunae in nearly every part of physics, by experiment, by calculation, and by clear accurate thought . The following branches have especially felt his influence: chemical physics, capillarity and viscosity, theory of gases, flow of liquids, photography,See also: optics, colour vision, See also: wave theory, electric and magnetic problems, electrical measurements, See also: elasticity, See also: sound and See also: hydrodynamics
.
The numerous scientific See also: memoirs in which his See also: original work is set forth were collected under his own editorship in four large volumes, the last of which was published in 1903
.
His most extensive single work is a See also: book on Sound, which, in the second edition, has become a See also: treatise on vibrations in general
.
His familiarity with the methods of mathematical analysis and a certain refinement of taste in their application have resulted in great beauty of See also: form
.
His papers are often difficult to read, but never diffuse or tedious; his mathematical treatment is never needlessly abstruse, for when his analysis is complicated it is only so because the subject-See also: matter is complicated
.
Of discoveries superficially sensational there are few or none to record, and the See also: weight of his work is for the most part to be appreciated only by professed physicists
.
One remarkable See also: discovery, however, of general See also: interest, was the outcome of a long series of delicate weighings and minute experimental care in the determination of the relative See also: density of nitrogen gas—undertaken in See also: order to determine the atomic weight of nitrogen—namely, the discovery of argon, the first of a series of new substances, chemically inert, which occur, some only in excessively minute quantities, as constituents of the
1 The See also: barony was created at George IV.'s See also: coronation in 1821 for the wife of See also: Joseph Holden Strutt, M.P. for See also: Maldon (1790-1826) and See also: Okehampton (1826-183o), who had done great service during the French War as colonel of the Essex militia
.
He died in 1845, his wife, the baroness, predeceasing him in 1836
.
Their son (d
.
1873) was the 2nd baron
.
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