ढाँचा:Infobox particle
स्वरूप
ढाँचा कागजात[हेर्नुहोस्] [सम्पादन गर्नुहोस्] [इतिहास] [ताजा गर्नुहोस्]
Usage
[सम्पादन गर्नुहोस्]{{Infobox particle | name = | image = | caption = | num_types = | classification = | composition = | statistics = | group = | generation = | interaction = | particle = | antiparticle = | status = | theorised = | theorized = | discovered = | symbol = | mass = | mean_lifetime = | width = | decay_particle = | electric_charge = | charge_radius = | electric_dipole_moment = | electric_polarisability = | electric_polarizability = | magnetic_moment = | magnetic_polarisability = | magnetic_polarizability = | colour_charge = | color_charge = | spin = | num_spin_states = | lepton_number = | baryon_number = | strangeness = | charm = | bottomness = | topness = | isospin = | weak_isospin = | weak_isospin_3 = | hypercharge = | weak_hypercharge = | chirality = | B-L = | X_charge = | parity = | g_parity = | c_parity = | r_parity = | condensed_symmetries = }} |
Parameter | Description |
---|---|
name | The name of the particle (REQUIRED) |
image | The image for the infobox |
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. Wikilink if appropriate. |
status | The status of the particle - is it hypothetical, or discovered? Only note discovered if discovered field is not filled in. |
theorised theorized |
When was the particle theorised 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? |
width | What is the decay width of the particle? |
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_polarisability electric_polarizability |
What is the electric polarisability? |
magnetic_moment | What is the magnetic moment? |
magnetic_polarisability magnetic_polarizability |
What is the magnetic polarisability? |
colour_charge color_charge |
How much colour 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 chirality? 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. |