Hysteresis example sentences

"Hysteresis" Example Sentences

1. The hysteresis loop of the material was measured.
2. Hysteresis is a common phenomenon in ferromagnetic materials.
3. Hysteresis is a form of energy dissipation.
4. Hysteresis losses are a major factor in the performance of transformers.
5. Hysteresis can be observed in both ferromagnetic and non-ferromagnetic materials.
6. Hysteresis effects are often seen in the response of a material to an applied magnetic field.
7. Hysteresis can cause significant errors in measurements of magnetic materials.
8. Hysteresis can be reduced by using special materials and processing techniques.
9. Hysteresis can be used to measure the coercivity and remanence of magnetic materials.
10. Hysteresis can be used to determine the temperature dependence of magnetic materials.
11. Hysteresis can be used to measure the magnetic anisotropy of a material.
12. Hysteresis can be used to measure the magnetostriction of a material.
13. Hysteresis can be used to measure the permeability of a material.
14. Hysteresis can be used to measure the magnetization of a material.
15. Hysteresis can be used to measure the magneto-optic Kerr effect of a material.
16. Hysteresis can be used to measure the magneto-resistance of a material.
17. Hysteresis can be used to measure the magnetostriction of a material.
18. Hysteresis can be used to measure the magnetocaloric effect of a material.
19. Hysteresis can be used to measure the magneto-impedance of a material.
20. Hysteresis can be used to measure the magneto-capacitance of a material.
21. Hysteresis can be used to measure the magneto-elasticity of a material.
22. Hysteresis can be used to measure the magneto-viscosity of a material.
23. Hysteresis can be used to measure the magneto-conductivity of a material.
24. Hysteresis can be used to measure the magneto-optical Kerr effect of a material.
25. Hysteresis can be used to measure the magneto-acoustic effect of a material.
26. Hysteresis can be used to measure the magneto-dielectric effect of a material.
27. Hysteresis can be used to measure the magneto-piezoelectric effect of a material.
28. Hysteresis can be used to measure the magneto-plastic effect of a material.
29. Hysteresis can be used to measure the magneto-striction of a material.
30. Hysteresis can be used to measure the magneto-thermal effect of a material.
31. Hysteresis can be used to measure the magneto-resistivity of a material.
32. Hysteresis can be used to measure the magneto-stiffness of a material.
33. Hysteresis can be used to measure the magneto-susceptibility of a material.
34. Hysteresis can be used to measure the magneto-optic Kerr rotation of a material.
35. Hysteresis can be used to measure the magneto-optic Faraday rotation of a material.
36. Hysteresis can be used to measure the magneto-optic Cotton-Mouton effect of a material.
37. Hysteresis can be used to measure the magneto-optic Verdet constant of a material.
38. Hysteresis can be used to measure the magneto-optic Kerr ellipticity of a material.
39. Hysteresis can be used to measure the magneto-optic Kerr rotation angle of a material.
40. Hysteresis can be used to measure the magneto-optic Kerr nonlinearity of a material.