muon|muons in English

noun

['mjuːɑn /-ɒn]

unstable lepton, tiny particle that can have a negative or positive charge

Use "muon|muons" in a sentence

1. Megatron: 600 MeV muon Cyclotron (requires a gigatron to produce muons and a reverse Cyclotron muon cooler for capture for accel.) Isotron -for short lived PET isotope production: Protons or heavy ions 30-100 MeV SynchroCyclotron or isochronous Cyclotron is possible

2. chao. ban muon di ve dau?

3. muon nghi gi thi nghi

4. Muons pass through the cooling channel one by one.

5. toi muon di mua sam

6. toi muon khoc vi ban

7. i muon ra ngoai cung ban

8. However, no other muons, electrons, photons, or hadrons were detected.

9. toi muon mua mot o banh mi.

10. There are six quarks (up, down, charm, strange, top, bottom), and six leptons (electron, electron neutrino, muon, muon neutrino, tau, tau neutrino).

11. Toi muon danh cho ban su bat ngo.

12. Ban nghi tam anh nao dua tre muon thay doi?

13. Muon and proton hyperfine constants were experimentally determined and compared with semiempirical and ab initio calculations.

14. Currents of many other kinds exist, such as beams of protons, positrons, or charged pions and muons in particle accelerators

15. Using particle accelerators and specific detectors, scientists studied the properties of the charged particle, muon.

16. neu ban muon len dinh cao cua thanh cong thi hay bat dau tu cai thap nhat

17. khong theo muc dich tot dep nao ca cuoi cung cung se phai tra gia dat. Hoc khong bao gio la qua muon

18. The researchers’ work showed evidence from muon pair production measurements that these distributions of Antiquarks are significantly different, with more abundant “down” type antimatter quarks

19. The European Organization for Nuclear Research (CERN) is operating the Compact Muon Solenoid (CMS) particle detector at the world's most powerful particle accelerator, the Large Hadron Collider.

20. ban co the lay duoc nhung gi ma ban muon neu ban nuoi duong no bang tat ca su co gang va co gang het suc minh

21. Abideh Jafari (YIG) Ultimate precision and search for new phenomena with top quarks and the Z boson Compact Muon Solenoid Experiment Ultimate precision and search for new phenomena with top …

22. ‘Go back to the Bremsstrahlung spectrum and see how it fades gradually to zero for long wavelengths.’ ‘The restricted energy loss for muon Bremsstrahlung with relative transfers can be calculated as follows.’ ‘The energy radiated as Bremsstrahlung is typically 100000 times smaller than the energy lost to the plasma electrons.’

23. ‘Go back to the Bremsstrahlung spectrum and see how it fades gradually to zero for long wavelengths.’ ‘The restricted energy loss for muon Bremsstrahlung with relative transfers can be calculated as follows.’ ‘The energy radiated as Bremsstrahlung is typically 100000 times smaller than the energy lost to the plasma electrons.’