In physics|lang=en terms the difference between particle and dilepton

is that particle is (physics) any of various physical objects making up the constituent parts of an atom; an elementary particle or subatomic particle while dilepton is (physics) a combination of the particle and antiparticle forms of two leptons of the same flavour.

As nouns the difference between particle and dilepton

is that particle is a very small piece of matter, a fragment; especially, the smallest possible part of something while dilepton is (physics) a combination of the particle and antiparticle forms of two leptons of the same flavour.

As nouns the difference between antiparticle and dilepton

is that antiparticle is (particle) a subatomic particle corresponding to another particle with the same mass, spin and mean lifetime but with charge, parity, strangeness and other quantum numbers flipped in sign while dilepton is (physics) a combination of the particle and antiparticle forms of two leptons of the same flavour.

As nouns the difference between lepton and dilepton

is that lepton is (label) while dilepton is (physics) a combination of the particle and antiparticle forms of two leptons of the same flavour.

In physics|lang=en terms the difference between flavour and dilepton

is that flavour is (physics) one of the six types of quarks (top, bottom, strange, charmed, up, and down) or three types of leptons (electron, muon, and tauon) while dilepton is (physics) a combination of the particle and antiparticle forms of two leptons of the same flavour.

As nouns the difference between flavour and dilepton

is that flavour is the quality produced by the sensation of taste or, especially, of taste and smell in combined effect while dilepton is (physics) a combination of the particle and antiparticle forms of two leptons of the same flavour.

As a verb flavour

is to add flavouring to something.

As an adjective covariant

is (category theory) (of a functor) which preserves composition.

As a noun covariant

is a bihomogeneous polynomial in x'', ''y'', and the coefficients of some homogeneous form in ''x'', ''y , that is invariant under some group of linear transformations.

As a verb covariantize is

(mathematics) to make covariant.

In geometry terms the difference between cuboctahedron and cuboctahedral

is that cuboctahedron is a polyhedron made up of 8 triangular and 6 square faces; it has twelve identical vertices while cuboctahedral is of, pertaining to, or having the form of a cuboctahedron.

As a noun cuboctahedron

is a polyhedron made up of 8 triangular and 6 square faces; it has twelve identical vertices.

As an adjective cuboctahedral is

of, pertaining to, or having the form of a cuboctahedron.

As an adjective decomposable

is able to be decomposed.

As a noun decomposability is

the condition of being decomposable.

In physics|lang=en terms the difference between deconfinement and deconfining

is that deconfinement is (physics) that state of a system of quarks and gluons that are free to move relatively independently while deconfining is (physics) of, pertaining to or causing deconfinement.

As a noun deconfinement

is (physics) that state of a system of quarks and gluons that are free to move relatively independently.

As an adjective deconfining is

(physics) of, pertaining to or causing deconfinement.

In physics terms the difference between dilaton and dilatonic

is that dilaton is a particle, associated with gravity, in string theory while dilatonic is of or pertaining to a dilaton.

As a noun dilaton

is a theoretical scalar field (analogous to the photon.

As an adjective dilatonic is

of or pertaining to a dilaton.

Cosmographical is a synonym of cosmographic.

As adjectives the difference between cosmographical and cosmographic

is that cosmographical is of or pertaining to cosmography while cosmographic is of or pertaining to cosmography.