NWA 75

GPTKB entity

Statements (51)
Predicate Object
gptkbp:instanceOf meteorite
gptkbp:age approximately 4.56 billion years
gptkbp:availability available for research
gptkbp:bodyStyle asteroid
gptkbp:chemicalFormula rich in olivine
gptkbp:classification gptkb:L3_chondrite
used_by_Meteoritical_Society
gptkbp:climate W0
gptkbp:collectibility high among collectors
gptkbp:collection 2000
private collection
collected by private individuals
gptkbp:colors dark gray
gptkbp:conservationEfforts well-preserved
gptkbp:distribution about 3.5 g/cm³
gptkbp:documentType stony meteorite
gptkbp:education used in educational programs
gptkbp:electronicSystems weakly magnetic
gptkbp:established anonymous meteorite hunter
gptkbp:exhibits displayed in meteorite exhibitions
gptkbp:geologicalFeatures provides insight into planetary formation
classified as a chondrite
gptkbp:historical_analysis studied for isotopic composition
https://www.w3.org/2000/01/rdf-schema#label NWA 75
gptkbp:impact formed from collisions in space
not associated with a specific crater
related to early solar system events
gptkbp:ISO639-3 conducted for age dating
gptkbp:naturalResources contains pyroxene
gptkbp:notableFeature contains chondrules
studied for mineralogy
gptkbp:origin solar system
gptkbp:publicAccess increased interest in meteorites
gptkbp:publications multiple scientific papers
gptkbp:recordings distributed to various labs
gptkbp:relatedPatent NWA_7034
gptkbp:relatedTo other_L_chondrites
gptkbp:releaseYear found on the surface
Northwest_Africa
gptkbp:research funded by grants
gptkbp:researchFocus understanding solar system formation
gptkbp:researchInterest various universities
collaborations with international teams
gptkbp:scientificName recognized by the scientific community
high scientific value
gptkbp:size irregular shape
gptkbp:succeededBy multiple small samples available
gptkbp:texture coarse-grained
gptkbp:type chondrite
gptkbp:weight approximately 1.5 kg
gptkbp:yearEstablished 2000