Since this was written, I have obtained formulae serving to express, generally, the law of the distribution of the electric fluid near the apex 0 of a cone, which forms part of a conducting surface of revolution having the same axis. From these... Mathematical Papers of the Late George Green - الصفحة 67بواسطة George Green - 1903 - عدد الصفحات: 336عرض كامل - حول هذا الكتاب
| August Leopold Crelle, Carl Wilhelm Borchardt, Leopold Kronecker, Kurt Hensel, Lazarus Fuchs, Helmut Hasse, Friedrich Hermann Schottky - 1854
...cone, which forms part of a conducting surface of revolution having the same axis. From these formulae **it results that, when the apex of the cone is directed...inwards, the density of the electric fluid at any point** ft, near to it, is proportional to *•"-'; r being the distance Op, and the exponent n very nearly... | |
| Henry Cavendish - 1879 - عدد الصفحات: 454
...cone, which forms part of a conducting surface of revolution having the same axis. From these formulte **it results that, when the apex of the cone is directed inwards, the density of the** fluid at any point j>, near to it, is proportional to r"~[; r being the distance Op, and tho exponent... | |
| Henry Cavendish - 1879 - عدد الصفحات: 454
...cone, which forms part of a conducting surface of revolution having the same axis. From these formuhe **it results that, when the apex of the cone is directed inwards, the density of the** fluid at any point p, near to it, is proportional to r°~l ; r being the distance Op, and the exponent... | |
| Henry Cavendish - 1879 - عدد الصفحات: 454
...is directed inwards, the density of the fluid at any point p, near to it, is proportional to r*~'jr **being the distance Op, and the exponent n very nearly such as would satisfy** the simple equation where 2/J is the angle at the summit of the cone. If 2/3 exceeds IT, this summit... | |
| Cambridge Philosophical Society - 1900 - عدد الصفحات: 447
...cone, which forms part of a conducting surface of revolution having the same axis. From these formulae **it results that, when the apex of the cone is directed...and the exponent n very nearly such as would satisfy** the simple equation (4?i + 2) yS = STT ; where 2/8 is the angle at the summit of the cone. If 2/3 exceeds... | |
| George Gabriel Stokes - 1900
...cone, which forms part of a conducting surface of revolution having the same axis. From these formulae **it results that, when the apex of the cone is directed...fluid at any point p} near to it, is proportional to** rn~1 ; r being the distance Op, and the exponent n very nearly such as would satisfy the simple equation... | |
| August Leopold Crelle, Carl Wilhelm Borchardt, Leopold Kronecker, Kurt Hensel, Lazarus Fuchs, Helmut Hasse, Friedrich Hermann Schottky - 1853
...cone,' which forms part of a conducting surface of revolution having the same axis. From these formulae **it results that, when the apex of the cone is directed...fluid at any point p, near to it, is proportional to** r"~L; r being the distance Op, and the exponent n very nearly such as would satisfy the simple equation... | |
| ...cone, which forms part of a conducting surface of revolution having the same axis. From these formulae **it results that, when the apex of the cone is directed...fluid at any point p, near to it, is proportional to** rn~l ; r being the distance Op, and the exponent n very nearly such as would satisfy the simple equation... | |
| ...cone, which forms part of a conducting surface of revolution having the same axis. From these formulae **it results that, when the apex of the cone is directed inwards, the density of the** fluid at any point p, near to it, is proportional * MR Nahrwold (Wiedemann's Annalen v. (1878), p.... | |
| ...cone, which forms part of a conducting surface of revolution having the same axis. From these formulas **it results that, when the apex of the cone is directed inwards, the density of the** fluid at any point p, near to it, is proportional to *•"~'; r being the distance Op, and the exponent... | |
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