- 1. Large Magnets and Small Magnets Safety Precautions
- 2. A Guide on Features of Neodymium Ball Magnets
- 3. Are Floating Wind Turbines The Next Best Thing?
- 4. Magnets to Remove Cancer Cells
- 5. MRI Scans In The Palm Of Your Hand
- 6. Are Governments Wasting Money on Turbines?
- 7. Available Coating of Sintered Neodymium Magnets
- 8. Magnetic Therapy To Relieve Pain: Alternative Medicine
- 9. Small But Deadly Desk Toys
- 10. Are Wind Turbines Worth The Money?
- 11. Neodymium Magnets: Occupational Health and Safety
- 12. Development of Electric Vehicle Will Stimulate Demand for Neodymium Magnets
- 13. Magnetic metallic elements
- 14. Manufacturing Methods about Alnico Magnets
- 15. General Information about Ceramic Magnets
- 16. Basic Characteristics about Ceramic Magnets
- 17. Manufacturing Methods about Ceramic Magnets
- 18. General Information about Flexible Plastic Magnets
- 19. Alnico and Alcomax Permanent Magnets
- 20. Magnet
- 21. Electromagnets
- 22. More about Magnets
- 23. Fields of a magnet
- 24. Rare earth magnet
- 25. General Information about Alnico Magnets
- 26. Permanent Magnets
- 27. General Information about Neodymium Iron Boron (NdFeB) Magnets
- 28. Bipolar permanent magnets for a pilot study
- 29. Coercivity and Remanence in Permanent Magnets
- 30. Magnetic materials
Large Magnets and Small Magnets Safety Precautions
A Guide on Features of Neodymium Ball Magnets
With all of Japan¡¯s fifty nuclear reactors offline and expensive gas imports striking a blow to the economy, the government has begun tapping renewable energy to resolve the country¡¯s energy problem.
Researches at Georgia Institute of Technology have found a new way to identify and potentially eliminate cancerous cells, in ovarian cancer. With ovarian cancer, metastasis happens when cells slough off the primary tumor and drift free in the abdominal cavity. If scientists could use the magnetic nanoparticles to trap drifting cancer cells and pull them out of the abdominal fluid, they could predict and perhaps prevent metastasis.
NMR spectroscopy is a very useful tool for a non-intrusive examination. However one of the biggest disadvantages of NMR is that the superconducting magnets used are very large.But thanks to researches in Germany, they have managed to reduce the size to a small portable handheld device.
Wind turbines are expensive and inefficient. Not only do they cost a fortune to install, but once they have been installed they do not necessarily guarantee a return on investment.
Available Coating of Sintered Neodymium Magnets
Magnetic therapy is a very popular form of therapy because inside our bodies there are a variety of electromagnetic fields that naturally occur.
The Consumer Product Safety Commission (CPSC) has recently requested for a recall on all bucky balls. They claim that bucky balls are a danger to children.
Total costs for installing a commercial-scale wind turbine will vary considerably subject to the number of turbines ordered, cost of financing, when the turbine purchase agreement was executed, construction contracts, the location of the project, and other factors.
Neodymium magnets are unlike other magnets in property. These are the strongest permanent magnets and therefore pose greater risk when handled.
Development of Electric Vehicle Will Stimulate Demand for Neodymium Magnets
Many materials have unpaired electron spins, and the majority of these materials are paramagnetic
Alnico magnets are manufactured through either casting or sintering processes.
General Information about Ceramic Magnets
Basic Characteristics about Ceramic Magnets
Manufacturing Methods about Ceramic Magnets
Flexible Magnet is a kind of soft and elastic magnet. It is compound of plastics or rubbers (NBB or CPE) and ferrite powders
Many strong permanent magnets have been made from alloys of aluminum, nickel and cobalt with iron
A magnet is a material or object that produces a magnetic field.
An electromagnet in its simplest form, is a wire that has been coiled into one or more loops, known as a solenoid
A magnet is an object that can be found in a variety of shapes, sizes and strengths. A typical magnet consists of iron, nickel and steel.
Far away from a magnet, the magnetic field created by that magnet is almost always described (to a good approximation) by a dipole field characterized by its total magnetic moment.
Rare earth magnets are strong permanent magnets made from alloys of rare earth elements
Excellent temperature stability, high residual induction, and relatively high energies characterize Alnico materials, composed primarily of alloys of Aluminum, Nickel, and Cobalt.
Centuries ago, it was discovered that certain types of mineral rock possessed unusual properties of attraction to the metal iron
Neodymium Iron Boron magnets are a type of rare earth alloy that typically has two atoms of Neodymium (Nd), 14 atoms of Iron (Fe), and one atom of Boron (B) as its primary elements, hence their chemical composition Nd2Fe14B, which is commonly abbreviated
Bipolar permanent magnets for a pilot study
A good permanent magnet should produce a high magnetic field with a low mass, and should be stable against the influences which would demagnetize it.
The term magnet is typically reserved for objects that produce their own persistent magnetic field even in the absence of an applied magnetic field.