hadron

Converse of object

• make: Strong interaction The interaction responsible for binding quarks, antiquarks, and gluons to make hadrons.
• produce: For the present example, program AP23 is used to produced hadron ( meson ) correlators D3.
• charge: In 50 % a single charged hadron is produced and in 16 % three charged hadrons are produced.
• know: Many of the known hadrons are resonances, which are excited states of the same quark combination.
• create: If sufficiently energetic, the created hadrons can undergo further interactions, making yet new hadrons and disrupting more nuclei.

Adjective modifier

• final: The majority of high energy hadron-hadron collision events contains a large number of final state hadrons.
• high: Nature of problem: The inelastic interaction of a high energy hadron with a nucleus is simulated.
• other: Roughly speaking, the strings served to bind together the quarks that make up the proton, the neutron and other hadrons.
• observable: Finally, the partons are translated into observable hadrons using phenomenological models.
• observed: The harmonics of the string vibrations were supposed to correspond to the observed hadrons.
• charged: In 50 % a single charged hadron is produced and in 16 % three charged hadrons are produced.

Modifies a noun

• collider: We have made the world's first measurement of exclusive c c production at a hadron collider.
• calorimeter: Hadron Calorimeter: This device measures the total energy of hadrons.
• production: The European hadron production experiment, HARP, will gather important data about the performance of materials for pion targets.
• level: A presentation of the data corrected to hadron level is therefore required.
• cascade: Running time: The software is implemented as a patch in the existing GEANT hadron cascade and is called only under very specific conditions.
• interaction: Relativistic, nonlocal, complex hadron nucleus interactions are incorporated as well as vaccum polarization and finite size effects.

Noun used with modifier

• energy: Nature of problem: The inelastic interaction of a high energy hadron with a nucleus is simulated.
• state: The majority of high energy hadron-hadron collision events contains a large number of final state hadrons.