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neodymium iron boron coercivity Curie temperature energy product megagauss oersted creeper

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First published at 09:04 UTC on July 30th, 2019.

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all the elements to make the chosen grade of magnet are placed into a vacuum induction furnace, heated and melted to form the alloy material, ground into tiny grains, pressed in a mould a magnetic field aligns them by their intrisic polarity then demagnetised & heated, almost until melting point which makes the powdered magnet particles fuse together
sinter & then while still mostly alinged they are quenched, & then re-magnetised & then
after the magnet is fully saturated "charged" by an external magnetic field the end result is
measured in MGOe = Mega-Gauss*Oersted megagauss-oersteds & this is the number from 28 up to 52 intrinsic coercivity / maximum operating & Curie temperature & maximum energy product , , magnetic field strength is higher for sintered that only bonded
the letter N before the values is short for Nd,Fe,B neodymium, iron and boron
MGOe = Mega-Gauss*Oersted megagauss-oersteds
one vendor's strong N38 may be another vendor's weak N40

https://www.amazingmagnets.com/t-magnetic-grade-chart.aspx
https://archive.fo/QKoVv
https://en.wikipedia.org/wiki/Neodymium_magnet
https://en.wikipedia.org/wiki/Oersted
https://archive.fo/QKoVv
https://en.wikipedia.org/wiki/Talk%3ANeodymium_magnet
https://www.first4magnets.com/tech-centre-i61/information-and-articles-i70/neodymium-magnet-information-i82/how-are-neodymium-magnets-made-i90
https://www.amazingmagnets.com/t-frequently-asked-questions.aspx

6061 Aluminum I or H Beam MECHANICAL PROPERTIES: Tensile Strength = 45 ksi; Yield Point = 40 ksi Shear Strength = 30 ksi; Elasticity = 10 ksi Elongation in 2" = 17%; Fatigue Limit = 14 ksi Brinell Hardness = 95; Melting Point = 1220F https://www.metalsdepot.com/aluminum-products/aluminum-beams https://www.industrialmetalsupply.com/6061-aluminum-beam-products#1 https://store.buymetal.com/aluminum/beam/6061-t6-structural-h-beam.html http://www.efunda.com/glossary/formulas/beams/simply_supported--uniformly_distributed_load--single_span--aluminum_i_b..

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