magnetoresistance

(redirected from Giant magnetoresistive)
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mag·ne·to·re·sis·tance

 (măg-nē′tō-rĭ-zĭs′təns)
n.
A measure of the degree to which a conductor or semiconductor changes its electrical resistance when a magnetic field is applied.

mag·ne′to·re·sis′tive (-tĭv) adj.

mag•ne•to•re•sist•ance

(mægˌni toʊ rɪˈzɪs təns)

n.
a change in the electrical resistance of a material exposed to a magnetic field.
[1925–30]
Translations
magnétorésistance
References in periodicals archive ?
Radiant Insights has announced the addition of "2013-2028 Report on Global Giant Magnetoresistive (GMR) Sensors Market by Player, Region, Type, Application and Sales Channel" Market Research report to their database.
A detection system based on giant magnetoresistive sensors and high-moment magnetic nanoparticles demonstrates zeptomole sensitivity: potential for personalized medicine.
Both families contain the giant magnetoresistive head technology unveiled by IBM in late 1997.
Sales: Thermo Optek's subsidiary, VG Semicon, received an order from Quantum Epitaxial Designs for one of the company's recently introduced V150 molecular-beam epitaxy systems, valued at approximately $4 million...Veeco Instruments announced that it has received orders from three US data storage companies for more than $12.5 million worth of etch and deposition equipment, predominantly its ion beam deposition and ion beam etching products for high density magnetoresistive and giant magnetoresistive thin film magnetic head applications...
Don't be misled into thinking this is another quirky piece of research that won't see the light of day: IBM hard disks today routinely use a technique known as Giant Magnetoresistive heads (GMR) that was a quirk of quantum physics as recently as 1988.
TELECOMWORLDWIRE--(C) 1994-8 M2 COMMUNICATIONS LTD IBM's OEM Magnetoresistive Head business, a member of IBM's Technology Group, claims that it has shipped more than 50m MR (magnetoresistive) heads and 2.5m GMR (giant magnetoresistive)
4A.6 Grounding Methods for Giant Magnetoresistive (GMR) Recording Heads; D.
Studies of heavy rare-earth superlattices provided a basis for understanding the anomalous electronic and magnetic behavior of transition-metal multilayers which exhibit the giant magnetoresistive (GMR) effect.
Parkin, an IBM Fellow at IBM's Almaden Research Center in San Jose, Calif., has changed the face of magnetic nanotechnology-namely for his work in giant magnetoresistive (GMR) used in hard disk drives (HDD).