 ... between the poles (not as yet magnetized by the electric current) , so that the polarized ray should pass through its length; the glass acted as air, water, or any other indifferent substance would do; and if the eyepiece were previously turned into...  Faraday as a Discoverer - Page 82by John Tyndall - 1868 - 171 pagesFull view - About this book
 | William Gifford, Sir John Taylor Coleridge, John Gibson Lockhart, Whitwell Elwin, William Macpherson, William Smith, John Murray, Rowland Edmund Prothero (Baron Ernle), George Walter Prothero - 1847 - 578 pages
...same time and in the same direction. ' A piece of the heavy glass, about two inches square and half an inch thick, having flat and polished edges, was placed as a diamagnetic between the poles (not yet magnetized by the electric current), BO that the polarized ray should pass through its length.... | |
 | William Gifford, Sir John Taylor Coleridge, John Gibson Lockhart, Whitwell Elwin, William Macpherson, William Smith, John Murray, Rowland Edmund Prothero (Baron Ernle), George Walter Prothero - 1847 - 592 pages
...same time and in the same direction. ' A piece of the heavy glass, about two inches square and half an inch thick, having flat and polished edges, was placed as a diamagnetic between the poles (not yet magnetized by the electric current), so that the polarized ray should pass through its length.... | |
 | Leopold Gmelin - 1848 - 580 pages
...glast consisting of silico-borate of lead (PI, il. Tram. 1830, p. 1) about two inches square and half an inch thick, having flat and polished edges, was...by the electric current) so that the polarized ray might pass through its length. The glass acted as air, water, or any other indifferent substance would... | |
 | 1848 - 600 pages
...glass consisting of silico-borato of lead (Phil-. Tram. 1830, p. 1) about two inches square and half an inch thick, having flat and polished edges, was...by the electric current) so that the polarized ray might pass through its length. The glass acted as air, water, or any other indifferent substance would... | |
 | Robert Hunt - 1854 - 466 pages
...first describe the phenomena as presented by this substance. (502.) "A piece of this glass, about 2 inches square, and 0'5 of an inch thick, having flat...placed as a diamagnetic between the poles (not as yet magnetised by the electric current) so that the polarised ray should pass through its length ; the... | |
 | Michael Faraday - 1855 - 620 pages
...will first describe the phenomena as presented by this substance. 2152. A piece of this glass, about 2 inches square and 0'5 of an inch thick, having flat and polished edges, was placed as a diamagnetic (2149.) between the poles (not as yet magnetized by the electric current), so that the polarized ray... | |
 | Perry Fairfax Nursey - 1856 - 634 pages
...phenomena as presented by this substance. (2152). A piece of this glass, about 2 inches square and (I'.'i of an inch thick, having flat and polished edges, was placed as a diantagnetic between the poles (not as yet magnetized bv the electric current), so that the polarized... | |
 | 1868 - 346 pages
...does not know the labour expended in reaching it. Probably hundreds of experiments had been made on transparent crystals before he thought of testing his heavy glass. Here is his own cleor and simple description of the result of his first experiment with this substance : — " A piece... | |
 | Royal Institution of Great Britain - 1869 - 636 pages
...does not know the labour expended in reaching it. Probably hundreds of experiments had been made on transparent crystals before he thought of testing...two inches square, and 0*5 of an inch thick, having fiat and polished edges, was placed as a diamagnetic* between the poles (not as yet magnetized by the... | |
 | James Edward Henry Gordon - 1880 - 388 pages
...ray and the magnetic lines of force at the same time and in the same direction. " A piece of heavy glass, about two inches square and 0'5 of an inch thick, having flat and polished edges, was placed between the poles (not as yet magnetized by the electric current) so that the polarized ray should... | |
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