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Magnets are Everywhere What Happened ?
Magnets are Everywhere What Happened ? It all began rather quietly in 1984. Scientists working independently at General Motors and Sumitomo Special Metals discovered that when they combined the rare earth mineral neodymium together with iron and boron, they could create the world’s strongest permanent magnets: up to 10 times stronger than all other ceramic and alnico magnets available at that…
Exploring the rich potential of copper and rare earth elements
Exploring the rich potential of copper and rare earth elements: A deep dive into Rincon Resources’ West Arunta project Rincon Resources’ exploration of Australia’s newest critical mineral province, the West Arunta Region, has yielded highly promising results thus far. Rincon Resources is an Australian minerals exploration company with a keen eye on Western Australia’s mineral-rich landscapes,…
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Magnetic neighbor effect and interfacial charge transfer induced layered ferromagnetic structures
Magnetic neighbor effect and interfacial charge transfer induced layered ferromagnetic structures Source: Institute of Physics, Academy of Sciences As a typical correlated electron system, perovskite nickel oxide exhibits a series of rich physical properties such as metal-insulator phase transition and topological phase transition. Recently, due to the successive discoveries of 112-phase and…
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Rainbow Rare Earths achieves milestone in rare earth oxide separation progress
Rainbow Rare Earths achieves milestone in rare earth oxide separation progress source:Mining review Rainbow Rare Earths has achieved group separation of rare earth elements through initial ion exchange test work ongoing in the USA. This achievement marks a significant leap forward in the rare earth oxide separation process, opening doors to the production of individual rare earth oxides. With a…
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Visit the Magnetic Materials and Application Industry Chain Exhibition
Visit the Magnetic Materials and Application Industry Chain Exhibition On the afternoon of March 7, 2024, MPCO organized a visit to the 2024 Shanghai International Magnetic Materials and Application Industry Chain Exhibition held at the Shanghai World Expo Exhibition and Convention Center, aiming to gain an in-depth understanding of the latest applications of rare earth magnetic materials in…
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Magnetic Induction Lighting & Lamp
Magnetic Induction Lighting & Lamp
Magnetic Induction Lighting & Lamp Working principle of Magnetic Induction Lamp: Magnetic induction lamps are basically low pressure fluorescent lamps. High performance magnetic cores (ferrite cores) with an induction coil on it, are wrapped around on the endless glass tube. The induction coil produces a strong high frequency magnetic field through the glass & excites the inert gas inside and…
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The difference between electromagnet and permanent magnet
The difference between electromagnet and permanent magnet
The difference between electromagnet and permanent magnet
Electromagnets (solenoids) is a kind of electromagnetic equipment, which transforms electric energy into magnetic energy, and then transforms magnetic energy into kinetic energy (electric energy → magnetic energy → kinetic energy). First of all, the core is wound with a conductive winding matching its power. Such a coil with current has…
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Magnet for Stirling Cooler (FPSC) - Fast & Deep Freezing
Magnet for Stirling Cooler (FPSC) – Fast & Deep Freezing
Magnet for Stirling Cooler (FPSC) – Fast & Deep Freezing
Free Piston Stirling Cooler is a kind of Magnetic Levitation Cooler. It is widely used for precise temperature control for under -100℃.
This is the Stirling Cooler, which we refer to as FPSC (Free Piston Stirling Cooler). The default version of Stirling coolers includes pistons, heat exchangers, and compression spaces. But we are seeing the…
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