Definitions

from Wiktionary, Creative Commons Attribution/Share-Alike License.

  • noun mineralogy An orthorhombic form of olivine produced under very high pressure

Etymologies

from Wiktionary, Creative Commons Attribution/Share-Alike License

Wadsley +‎ -ite, named after geologist Dr. Arthur David Wadsley.

Support

Help support Wordnik (and make this page ad-free) by adopting the word wadsleyite.

Examples

  • Recent research of the minerals found in the upper mantle of the earth has revealed that a mineral called wadsleyite holds 3% water by weight.

    CreationWiki - Recent changes [en] Ikester7579 2010

  • A mineral called wadsleyite, holds about 3% water by weight.

    CreationWiki - Recent changes [en] 2010

  • A mineral called wadsleyite, holds about 3% water by weight.

    CreationWiki - Recent changes [en] 2010

  • A mineral called wadsleyite, holds about 3% water by weight.

    CreationWiki - Recent changes [en] 2009

  • And the estimated amount of wadsleyite that exists, the water contained in it works out to be about 30 of our oceans. 30 oceans worth of water is more than enough to flood the earth to the highest mountain.

    CreationWiki - Recent changes [en] 2010

  • And the estimated amount of wadsleyite that exists, the water contained in it works out to be about 30 of our oceans. 30 oceans worth of water is more than enough to flood the earth to the highest mountain.

    CreationWiki - Recent changes [en] 2010

  • Science has found that a mineral called [[wadsleyite]] that contains enough water to fill 30 of our oceans.

    CreationWiki - Recent changes [en] 2009

  • And the estimated amount of wadsleyite that exists, the water contained in it works out to be about 30 of our oceans. 30 oceans worth of water is more than enough to flood the earth to the highest mountain.

    CreationWiki - Recent changes [en] 2009

  • Science has found that a mineral called [[wadsleyite]] that contains enough water to fill 30 of our oceans.

    CreationWiki - Recent changes [en] 2009

  • Forty years ago, in search for denser polymorphs of the then experimentally discovered silicate spinel (ringwoodite) and modified spinel (wadsleyite) that are stable at the pressure and temperature conditions of the Earth's transition zone, scientists started to search for a post-spinel phase denser than spinel which may appear at much higher pressure.

    EurekAlert! - Breaking News 2008

Comments

Log in or sign up to get involved in the conversation. It's quick and easy.