Diamagnetisms example sentences

"Diamagnetisms" Example Sentences

1. He discovered that certain materials, such as bismuth and copper, had a tendency to repel a magnetic field, a phenomenon known as diamagnetism.
2. The diamagnetism of a material is usually very weak, and is usually overcome by the stronger magnetism of ferromagnetic materials.
3. The diamagnetism of a material is proportional to the susceptibility of the material.
4. In the presence of a magnetic field, the diamagnetism of a material causes it to be repelled from the field.
5. The susceptibility of a material to diamagnetism is determined by the number of unpaired electrons in the material.
6. The study of diamagnetism is an important part of magnetism and is useful in understanding the behavior of materials in magnetic fields.
7. The diamagnetism of a material can be measured using a variety of techniques, such as the Hall effect or magneto-optical Kerr effect.
8. Diamagnetism is also used in the study of superconductivity, where the diamagnetism of a material is used to determine the critical temperature at which the material becomes superconducting.
9. Diamagnetism is also used in the study of the behavior of electrons in solids, where the diamagnetism of a material is used to determine the electron's mobility.
10. Diamagnetism has been used to study the properties of materials such as polymers, where the diamagnetism of a material is used to determine its elasticity.
11. Diamagnetism is also used in the study of quantum effects, where the diamagnetism of a material is used to study the behavior of electrons in a quantum system.
12. The study of diamagnetism is important for understanding the behavior of materials in magnetic fields and is also used in many applications, such as medical imaging and magnetic storage.
13. The measurement of diamagnetism is an important part of magnetism and is used in the study of many materials, such as polymers, superconductors, and quantum materials.
14. Diamagnetism is also used in the study of the structure of matter, where the diamagnetism of a material is used to determine its atomic structure.
15. The study of diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetic properties.
16. Diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetic susceptibility.
17. The study of diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its coercivity.
18. Diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetization.
19. The study of diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetoresistance.
20. Diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetocaloric effect.
21. Diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its hysteresis.
22. The study of diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetostriction.
23. Diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetic anisotropy.
24. Diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetocrystalline anisotropy.
25. The study of diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetoresistance ratio.
26. Diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetostriction coefficient.
27. The study of diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetic permeability.
28. Diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magneto-optical Kerr effect.
29. The study of diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetostriction coefficient.
30. Diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetocaloric effect.
31. The study of diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetization curve.
32. Diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetization reversal.
33. Diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetization hysteresis.
34. The study of diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetization anisotropy.
35. Diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetization vector.
36. The study of diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetic field strength.
37. Diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetostriction coefficient.
38. The study of diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetoresistance.
39. Diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetocaloric effect.
40. The study of diamagnetism is also used in the study of magnetic materials, where the diamagnetism of a material is used to determine its magnetic anisotropy.