![The magnetization of cobalt as a function of the temperature and the determination of its intrinsic magnetic field . llows:- The mag-netic field inside an ellipsoid placed in a uniform external fieldis The magnetization of cobalt as a function of the temperature and the determination of its intrinsic magnetic field . llows:- The mag-netic field inside an ellipsoid placed in a uniform external fieldis](https://c8.alamy.com/comp/2AX4W17/the-magnetization-of-cobalt-as-a-function-of-the-temperature-and-the-determination-of-its-intrinsic-magnetic-field-llows-the-mag-netic-field-inside-an-ellipsoid-placed-in-a-uniform-external-fieldis-uniform-but-it-is-less-than-the-external-field-by-an-amountequal-to-the-product-of-the-intensity-of-magnetization-i-by-thedemagnetizing-factor-l-which-depends-upon-the-shape-of-the-ellip-soid-let-hd=-the-external-field-h-=-the-field-inside-the-ellipsoid-i-=-the-intensity-of-magnetization-l-=-the-demagnetizing-factor-of-the-ellipsoidit-can-then-be-shown21-that-for-a-prolate-ellipsoid-of-2AX4W17.jpg)
The magnetization of cobalt as a function of the temperature and the determination of its intrinsic magnetic field . llows:- The mag-netic field inside an ellipsoid placed in a uniform external fieldis
![When a superconductor is placed in a weak external magnetic field H, and cooled below its transition temperature, the… | Meissner effect, Magnetic field, Inventions When a superconductor is placed in a weak external magnetic field H, and cooled below its transition temperature, the… | Meissner effect, Magnetic field, Inventions](https://i.pinimg.com/736x/23/33/c9/2333c925637ee6b7d6b69e0fefef757a.jpg)
When a superconductor is placed in a weak external magnetic field H, and cooled below its transition temperature, the… | Meissner effect, Magnetic field, Inventions
![Fields for a permanent magnet. The H field is zero inside, while the... | Download Scientific Diagram Fields for a permanent magnet. The H field is zero inside, while the... | Download Scientific Diagram](https://www.researchgate.net/profile/Carlo-Gonano/publication/284173895/figure/fig3/AS:614149310672901@1523436014077/Fields-for-a-permanent-magnet-The-H-field-is-zero-inside-while-the-magnetization-M-is_Q320.jpg)