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magnetostrictive

magnetostrictive

9.9
That changes shape or size when near a magnet
  • adjective
  • /ˌmæɡnɪtoʊstrɪktɪv/
  • Specialized
translation icon : magnetoestrictivo
  • Engineers use magnetostrictive sensors to measure pressure changes in various environments.

Examples

  • He has made major contributions to the active/smart materials field with his pioneering work on piezoelectric devices, magnetostrictive composites, thin film shape memory alloys, and fiber optic sensors.

    Academic text (2003)
  • By adding a gradient upload capability to its digital pulse output model EP2, MTS is enhancing its E-Series of Temposonics magnetostrictive position sensors.

    Academic text (2005)
  • Not an easy thing to do, but they came up with a kind of magnetostrictive delay line memory that was just a fraction of the size of other memory modules.

    Blog text (34)
  • In addition to being an active mentor, advisor, and educator, and receiving Director's Awards while at the NSF for outstanding contributions in managing the foundations-wide NSF Career Program, Alison Flatau has made significant technical contributions to research on magnetostrictive transduction and the field of smart structures.

    Academic text (2007)
  • magnetostrictive materials change shape when they are exposed to a magnetic field.

  • The researchers developed a magnetostrictive alloy that expands and contracts with magnetic stimulation.

Compounds

8.2

A device that makes sound by metal changing shape in a magnetic field, often used in underwater devices

Surface Forms

magnetostrictive positive

Morphology

magnetostrictive = magnetostriction (semi-transparent) = magneto + striction + ive

Formed by a standard adjectival suffix '-ive' from the noun 'magnetostriction', so the relation to the base noun is direct and regular.

Etymology

The word magnetostrictive comes from magneto- meaning 'magnet' and -strict meaning 'to tighten', as in constrict. So it describes materials that change shape or size when a magnet acts on them, as if the magnet 'presses' or 'tightens' the material.