| August Leopold Crelle, Carl Wilhelm Borchardt, Leopold Kronecker, Lazarus Fuchs, Kurt Wilhelm Sebastian Hensel, Helmut Hasse, Friedrich Schottky - Electronic journals - 1852 - 398 pages
...a unit of electricity concentrated in the point //'. Thus, the equation (5) of this article becomes This equation is remarkable on account of its simplicity...it gives the value of the potential for any point //, within the surface, when V, its value at the surface itself is known, together with (p), the density... | |
| George Green - Physical optics - 1871 - 358 pages
...electricity concentrated in the point p'. Thus, the equation (5) of this article becomes :-jda(p)V (6). This equation is remarkable on account of its simplicity...value at the surface itself is known, together with (/>), the density that a unit of electricity concentrated in p would induce on this surface, if it... | |
| George Green - History - 1871 - 372 pages
...electricity concentrated in the point p ' . Thus, the equation (5) of this article becomes r'—jArQV (6). This equation is remarkable' on account of its simplicity...potential for any point p', within the surface, when F, its value at the surface itself is known, together with (p), the density that a unit of electricity... | |
| Kai Lai Chung - Science - 1995 - 124 pages
...identity (1.1) here is his equation (2). The representation (1.9) is his equation (6), of which he said: "This equation is remarkable on account of its simplicity...potential for any point p' within the surface, when its value at the surface itself is known, together with the density that a unit of electricity concentrated... | |
| Kai Lai Chung - Mathematics - 2002 - 184 pages
...identity (1.1) here is his equation (2). The representation (1.9) is his equation (6), of which he said: "This equation is remarkable on account of its simplicity...it gives the value of the potential for any point p1 within the surface, when its value at the surface itself is known, together with the density that... | |
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