Alonso Quijano
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Micromag presented to the Pentagon a technique that makes it invisible to radar craft through nanowires
26/02/2010 (Infodefensa.com) Madrid - The Madrid company Micromag 2000 submitted to the U.S. Pentagon a technique by which ships invisible to radar thanks to a technique for nanowires mixed in a conventional painting.
The presentation will take place this March as a prelude to marketing among NATO countries.The technique was tested last summer in the Vigo estuary where they managed to disappear from the radar a patrol of the Spanish Armada of 45 meters , according collects El Pais.
Micromag was founded in 2000 from the research work of magnetic materials and their applications, conducted at the Institute of Applied Magnetism, University Complutense of Madrid.
This is a spin-off (company set up within an entity) engaged in the research, production of metal alloys and amorphous magnetic microwires and its applications development.
Micromag consists of physicists and doctors specializing in alloys and magnetic materials, industrial engineers and production technicians and maintenance.
This company began its work by focusing on automation and mass production of amorphous magnetic microwire. A magnetic microwire is a continuous filament of less than 100 ìm in diameter consisting of a metallic core covered with a layer of glass. The manufacturing method, which depends directly on the casting in one operation, it is inherently cheaper and has been used successfully to produce a wide range of metals and alloys that vary in size from 100 ìm to 3 μm total diameter.
The amorphous magnetic microwires have unique magnetic properties and are usually obtained using the technique of Taylor-Ulitowski.
Among the many applications that can be used emphasizes its use as a base for composite materials ( "composite"), which have high absorption properties of high frequency electromagnetic radiation in the range of 0.5 to 25 GHz has been Micromag able to integrate the microwire in different materials such as silicon, glass fibers, paints and construction materials, achieving high levels of attenuation of the incident radiation very high.
Micromag presentará ante el Pentágono una técnica que hace invisible al radar embarcaciones mediante nanohilos - infodefensa.com - Información Defensa y Seguridad
I like to see how this paint on the F-100 and the typhoon ...
26/02/2010 (Infodefensa.com) Madrid - The Madrid company Micromag 2000 submitted to the U.S. Pentagon a technique by which ships invisible to radar thanks to a technique for nanowires mixed in a conventional painting.
The presentation will take place this March as a prelude to marketing among NATO countries.The technique was tested last summer in the Vigo estuary where they managed to disappear from the radar a patrol of the Spanish Armada of 45 meters , according collects El Pais.
Micromag was founded in 2000 from the research work of magnetic materials and their applications, conducted at the Institute of Applied Magnetism, University Complutense of Madrid.
This is a spin-off (company set up within an entity) engaged in the research, production of metal alloys and amorphous magnetic microwires and its applications development.
Micromag consists of physicists and doctors specializing in alloys and magnetic materials, industrial engineers and production technicians and maintenance.
This company began its work by focusing on automation and mass production of amorphous magnetic microwire. A magnetic microwire is a continuous filament of less than 100 ìm in diameter consisting of a metallic core covered with a layer of glass. The manufacturing method, which depends directly on the casting in one operation, it is inherently cheaper and has been used successfully to produce a wide range of metals and alloys that vary in size from 100 ìm to 3 μm total diameter.
The amorphous magnetic microwires have unique magnetic properties and are usually obtained using the technique of Taylor-Ulitowski.
Among the many applications that can be used emphasizes its use as a base for composite materials ( "composite"), which have high absorption properties of high frequency electromagnetic radiation in the range of 0.5 to 25 GHz has been Micromag able to integrate the microwire in different materials such as silicon, glass fibers, paints and construction materials, achieving high levels of attenuation of the incident radiation very high.
Micromag presentará ante el Pentágono una técnica que hace invisible al radar embarcaciones mediante nanohilos - infodefensa.com - Información Defensa y Seguridad
I like to see how this paint on the F-100 and the typhoon ...