:Well, electron charge = 1 is a very convenient definition, and it is indeed used extensively in atomic physics and spectroscopy.
12.
The whole spectrum is shifted in either a positive or negative direction depending upon the " s " electron charge density.
13.
Addition of a fluoride ion to tetracoordinated silicon shows an overall average increase of 0.1 electron charge, which is considered insignificant.
14.
The physical and mathematical basics of electron charge transfer absent chemical bonds leading to pseudocapacitance was developed by Rudolph A . Marcus.
15.
Using the fact that the current I = 2evn _ { s } A, where e is the electron charge, this yields:
16.
In conventional computers, electron charges transport information, but electron spin might in the future play a similar role in " spintronic " devices:
17.
As well as the visual shorthand for the actions Feynman introduces another kind of shorthand for the numerical quantities called electron charge'e '.
18.
Where \ epsilon _ { Si } is the permittivity of the Silicon, q is the electron charge, and N is the plane capacitor:
19.
Electron charge is very small, however; so for practical reasons the SI and cgs unit systems adopted larger unit charges, the Coulomb and the statcoulomb, respectively.
20.
Quantities here are given per molecule, not per mole, and so Boltzmann constant and the electron charge are used instead of the gas constant and Faraday's constant.
