| | [No title] (Site not responding. Last check: 2007-10-09) |
 | | Although the "daraf" (1/C unit of elastance S for a capacitor with a "farad" unit of capacitance C) is not used very often, it is used in this paper for V/S voltage gradients and for QV/2S forces. |
| | When there is a V/S "field" between entities, the S represents a number of darafs (the inverse units of capacitance) spaced linearly with distance between the entities. |
| | This permits one to convert the volts/daraf "field" to a very small conventional volts/meter field and to obtain forces directly in terms of newtons, rather than in some unit of force which must then be converted to newtons by additional manipulations, as was done in Reference [1]. |
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