Galnet - Galician WordNet 3.0

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ili-30-11505769-n CILI: i98058
WordNet Domains: physics
SUMO Ontology: capability+
Basic Level Concept: 11419404-n physical_phenomenon
Epinonyms: [1] physical_phenomenon
[1] physical_phenomenon |1|
[0] ili-30-11505769-n (has_hyperonym) |1|
Polarity:
  positive negative
SentiWordNet: 0 0
ML-SentiCon: 0.25 0
Time:
  past present future atemporal
TempoWordNet: 0 0 0 1

Explore the terminological domain with [Termonet]
PT Variants
- resolução [ʀɨzulusˈɐ̃w]
Gloss
a capacidade de um microscópio ou telescópio para medir a separação angular de imagens que estão juntos
CA Variants
- poder_de_resolució
- resolució
Gloss
Capacitat d'un microscopi o telescopi de mesurar la separació angular de les imatges que apareixen a prop l'una de l'altra
EU Variants
- bereizmen
ES Variants
- poder_de_resolución
- resolución
EN Variants
- resolution [ˌrɛzə'ɫuʃən]
- resolving_power
Gloss
the ability of a microscope or telescope to measure the angular separation of images that are close together
DE Variants
- Auflösungsvermögen
LA Variants
- consultum
- destinatio
IT Variants
- risoluzione
FR Variants
- décision
- résolution
Lexical relations in WordNet via ILI (9) - Show / Hide graph:
Hyperonyms
(has_hyperonym)
11419404-n: a natural phenomenon involving the physical properties of matter and energy
Glosses
(gloss)
00409709-r: near in time or place or relationship
Glosses
(gloss)
02930616-a: measured by an angle or by the rate of change of an angle
Glosses
(gloss)
03760671-n: magnifier of the image of small objects
Glosses
(gloss)
03931044-n: a visual representation (of an object or scene or person or abstraction) produced on a surface
Glosses
(gloss)
04403638-n: a magnifier of images of distant objects
Glosses
(gloss)
05089947-n: the distance between things
Glosses
(gloss)
05616246-n: possession of the qualities (especially mental qualities) required to do something or get something done
Glosses
(rgloss)
03279508-n: a microscope that is similar in purpose to a light microscope but achieves much greater resolving power by using a parallel beam of electrons to illuminate the object instead of a beam of light