Hadronic example sentences

"Hadronic" Example Sentences

1. The CERN laboratory is famous for its hadronic collider.
2. The hadronic decay of the particle produced some interesting results.
3. The hadronic interactions between protons and neutrons are important for understanding atomic nuclei.
4. The study of hadronic physics has contributed greatly to our understanding of subatomic particles.
5. The experimental evidence suggests that the hadronic resonance is a composite particle.
6. The hadronic cross-section measurements provide important data for theoretical models.
7. The hadronic interaction of the neutron with the nucleus is responsible for many nuclear reactions.
8. The hadronic scattering of particles is influenced by their spin and charge.
9. The hadronic structure of the nucleon can be probed by deep inelastic scattering experiments.
10. The hadronic spectrum includes a large number of mesons and baryons.
11. The QCD theory provides a framework for understanding hadronic physics.
12. The hadronic matter is believed to exist in the cores of neutron stars.
13. The hadronic phase transition is an important feature of the early universe.
14. The hadronic shower produced by cosmic rays can be detected by ground-based experiments.
15. The hadronic decay channels of the Higgs boson are still being studied.
16. The hadronic production of top quarks is a rare process in particle physics.
17. The hadronic energy loss in particle detectors can cause measurement errors.
18. The hadronic jet is a cone-shaped spray of particles produced by high-energy collisions.
19. The hadronic radiation emitted by black holes can reveal their properties.
20. The hadronic component of the cosmic rays is responsible for much of the atmospheric ionization.
21. The hadronic calorimeter is an important part of particle detectors at colliders.
22. The hadronic final state of a collision can be reconstructed using detector data.
23. The hadronic event display shows the particle tracks in a high-energy collision.
24. The hadronic resonances can be distinguished by their decay products.
25. The hadronic energy deposited in a scintillator can be measured by a photomultiplier tube.
26. The hadronic scattering amplitude can be calculated from the Feynman diagram.
27. The hadronic cross-section is proportional to the probability of a scattering process.
28. The hadronic decay width of a particle is related to its lifetime.
29. The hadronic potential energy of a nucleus is a function of the nucleon separation distance.
30. The hadronic beamline at a collider consists of magnets and beam pipe sections.

Common Phrases

1. The hadronic decay process is well studied;
2. Hadronic jets can be produced in high-energy collisions;
3. The hadronic cross-section is a measure of the likelihood of hadronic interactions;
4. Hadronic resonances play an important role in particle physics;
5. The hadronic spectrum provides valuable information about the strong force.