statcoulomb造句

• The coulomb is an extremely large charge rarely encountered in electrostatics, while the statcoulomb is closer to everyday charges.
• Setting the two forms equal to each other, I get a formula somewhat different to the one at the bottom of the statcoulomb page.
• The cgs unit of electric charge has been named after him : one " franklin " ( Fr ) is equal to one statcoulomb.
• 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.
• In these other systems, the abampere is " not " one of the units; the " statcoulomb per second " or " statampere " is used instead.
• The "'statfarad "'( abbreviated statF ) is a rarely used CGS unit equivalent to the capacitance of a capacitor with a charge of 1 statcoulomb across a potential difference of 1 statvolt.
• The unit of gaussian charge, the statcoulomb, is such that two units, a distance of 1 centimetre apart, repel each other with a force equal to the cgs unit of force, the dyne.
• In these other systems, the abcoulomb is " not " used; CGS-esu and Gaussian units use the statcoulomb is instead, while the Lorentz-Heaviside unit of charge has no specific name.
• This is analogous to the Debye unit for the dipole moment of two opposing charges of 1 statcoulomb separated by 1 Angstrom, and the name Buckingham for the unit was in fact suggested by Peter Debye in 1963 in honour of Buckingham.
• Substituting in 1 / \ epsilon _ 0 = 10 ^ {-7 } c _ 0 ^ 2 and throwing in a factor of \ sqrt { 10 ^ 9 } for converting kilograms to grams and meters to centimeters, I get 1 statcoulomb = 2997924580 coulombs, ie the exact opposite of what the page says ( and opposite everything that every other conversion table I've looked at said ).