Predložak:Infookvir čestice

Dokumentacija predloška == Korištenje == {{Infobox Čestice | pozadina= | ime= | slika= | opis= | br_vrsta = | klasifikacija= | kompozicija= | statistika = | grupa = | porodica= | međudjelovanje= | čestica= | antičestica= | status = | teoretiziran= | otkriven= | simbol = | masa = | vrijeme_poluraspada= | raspad_čestice= | električni_naboj= | naboj_radius = | električni_dipolni_moment = | električna_polarizabilnost = | magnetski_moment = | magnetska_polarizabilnost = | boja_naboj= | spin = | br_spin_stanja= | lepton_br= | barion_br= | stranost= | šarmantnost= | dubina= | vršnost= | izospin = | slab_izospin = | slab_izospin_3 = | hipernaboj = | slab_hipernaboj = | kiralnost = | B-L = | X_naboj= | paritet = | g_paritet = | c_paritet = | r_paritet = | održana_simetrija = }} Parameter Description bgcolor The colour of the background of the table name The name of the particle (REQUIRED) image The image for the infobox (use full wikicode) caption A caption for the image num_types The number of different types of the particle classification The particle's classification (if applicable) composition Is the particle an Elementary particle, or a composite - and in the latter case, what of? statistics The type of particle statistics that the particle satisfies (e.g. Fermionic, Bosonic, Anyonic, etc.). group Is the particle a Lepton, a Quark or a Gauge boson? generation Does the particle belong to the first, second or third particle generation (family)? interaction What type of interactions does the particle take part in - Gravity, Weak interaction, Strong interaction or Electromagnetic interaction? particle See antiparticle antiparticle What's the particle's antiparticle? Use particle for refererring from an antiparticle page to a particle one. Wikiink if appropriate. status The status of the particle - is it hypothetical, or discovered? Only note discovered if discovered field is not filled in. theorized When was the particle theorized, and who by? discovered When was the particle discovered, and who by? symbol What symbols are commonly used to denote the particle? mass What invariant mass does the particle have? mean_lifetime How long does it take for the particle to decay? decay_particle What particle(s) does this particle decay into once it decays? electric_charge How much electric charge does the particle carry? charge_radius What is the charge radius? electric_dipole_moment What is the electric dipole moment? electric_polarizability What is the electric polarizability? magnetic_moment What is the magnetic moment? magnetic_polarizability What is the magnetic polarizability? color_charge How much color charge does the particle carry? What types? spin What spin does the particle have? num_spin_states How many spin states does the particle have? lepton_number What is the particle's lepton number? baryon_number What is the particle's baryon number? strangeness What is the particle's strangeness? charm What is the particle's charm? bottomness What is the particle's bottomness? topness What is the particle's topness? isospin What is the particle's isospin? weak_isospin What is the particle's weak isospin? weak_isospin_3 What is the particle's 3rd component of weak isospin? hypercharge What is the particle's hypercharge? weak_hypercharge What is the particle's weak hypercharge? chirality What is the particle's parity? Left or right handed? B-L What is the particle's B-L? X_charge What is the particle's X charge? parity What is the particle's parity? g_parity What is the particle's G parity? c_parity What is the particle's C parity? r_parity What is the particle's R parity? condensed_symmetries The condensed symmetries in standard PDG format.

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