Translation examples
Richardsonin laki tai Richardson-Dushmann -yhtälö lausuu, että termisesti emittoitu sähkövirrantiheys J (A/m2) riippuu lämpötilasta T: J = A T 2 e − W k T {\displaystyle J=AT^{2}e^{-W \over kT}} , missä T on metallin lämpötila kelvineinä, W on metallin irrotustyö eli työfunktio, k on Boltzmannin vakio ja A on Richardsonin vakio.
The thermionic emission current density, J, can be related to the work function of the emitting material via Richardson's law J = A T 2 exp ( − Φ k T ) , {\displaystyle J=AT^{2}\exp \left(-{\frac {\Phi }{kT}}\right),} where A is the Richardson's constant, Φ is the work function and T is the temperature of the material.
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