Fotonmennyiségek  Fotonowe jednotski i ilo¶æi Photonic quantities Grandeurs photoniques

Fotonmennyiségek
Fotonówy jednotsky i ilo¶æy
 Photonic quantities Grandeurs photoniques Magnitudes fotonico
neve jele egysége Nazwa Name Nom Nombre
fotonerõsség Ip 1/s.sr gêsto¶æ fotonów photon intensity intensité photonique intensidad fotónica
fotonáram Fp 1/s strumieñ fotonów photon flux flux photonique flujo fotónica
fotonszám Qp 1 energia fotonowa photon energy energie photonique energia fotónics
fotonsûrûség Lp 1/s.m2.sr luminancja fotonowa photon radiance luminance photonique radiancia fotónica
kisugárzott fotonáram Mp 1/s.m2 egzytancja fotonowa photon exitance, photon emittance exitance photonique exitancia fotónica
fotonbesugárzás Ep 1/s.m2 natê¿enie napromienienia fotónowego photon irradiance éclairement photonique irradiancia fotónica
fotonbesugárzottság Hp 1/m2 na¶wietlenie fotonowe photon exposure, photon fluence exposition photonique exposición fotónica

N.B. There are three form when using these units. The problem is that the "item" has not been accepted as SI unit but we have to use it to avoid computational problems. The energy calculated belongs to one piece, ONE ITEM OF PHOTON! The other way to solve the problem is using the Avogadro's number so the energy calculated this way is much more greater. And this solution is not accepted by the CGPM or the BIPM, this means it is not standardised unit and it has to be avoided!
Correct form of the unit Using the "item" (in Hungarian) The form using the "mol" unit
1/s.sr db/s.sr mol/s.sr
1/s db/s mol/s
1 db mol
1/s.m2.sr db/s.m2.sr mol/s.m2.sr
1/s.m2 db/s.m2 mol/s.m2
1/s.m2 db/s.m2 mol/s.m2
1/m2 db/m2 mol/m2