Hello.
Electrical conductivity is written as [itex]\frac{n_{e}e^{2}}{m_{e}\nu_{ei}}[/itex] where [itex]n_{e}, e, m_{e}[/itex] and [itex]\nu_{ei}[/itex] are for electron density, charge, mass and electron-ion collision frequency.
According to Wikipedea, http://ift.tt/1wL7Bmi
Unit of the conductivity is same to the frequency as 1/s (s for second).
I checked this is true by substituting CGS dimensions of each parameters in the expression.
How can I interpret this? conductivity is some type of frequency? Does it make sense??
Moreover, for a given conductivity in CGS unit, how can I convert it to SI unit which is the most useful for experimentalist?
Please help me to remove confusion from my mind..
Electrical conductivity is written as [itex]\frac{n_{e}e^{2}}{m_{e}\nu_{ei}}[/itex] where [itex]n_{e}, e, m_{e}[/itex] and [itex]\nu_{ei}[/itex] are for electron density, charge, mass and electron-ion collision frequency.
According to Wikipedea, http://ift.tt/1wL7Bmi
Unit of the conductivity is same to the frequency as 1/s (s for second).
I checked this is true by substituting CGS dimensions of each parameters in the expression.
How can I interpret this? conductivity is some type of frequency? Does it make sense??
Moreover, for a given conductivity in CGS unit, how can I convert it to SI unit which is the most useful for experimentalist?
Please help me to remove confusion from my mind..
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