Galnet - Galician WordNet 3.0

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ili-30-14598079-n CILI: i113736
WordNet Domains: physics
SUMO Ontology: SelfConnectedObject+
Top Ontology: Substance+
Basic Level Concept: 14580897-n material
Epinonyms: [1] natural_philosophy
[1] natural_philosophy |0.95|
[0] ili-30-14598079-n (category) |0.95|
Polarity:
  positive negative
SentiWordNet: 0 0
ML-SentiCon: 0.125 0
Time:
  past present future atemporal
TempoWordNet: 0 0 0 1

Explore the terminological domain with [Termonet]
GL Variants
- absorbente [absoɾˈβente̝] [absoɾˈβɛnte̝] · [RILG] [DRAG]
Gloss
(física) material nun reactor nuclear que absorbe a radiación
CA Variants
- absorbidor
EU Variants
- hurrupatzaile
- xurgatzaile
ES Variants
- absorbedor
- absorbente
- absorbente_nuclear
EN Variants
- absorber [ə'bzɔrbɝ]
Gloss
material in a nuclear reactor that absorbs radiation
DE Variants
- Absorber
- Absorbierer
IT Variants
- assorbitore
FR Variants
- absorbant
ZH_S Variants
- 吸收器
Lexical relations in WordNet via ILI (9) - Show / Hide graph:
Hyperonyms
(has_hyperonym)
14597413-n: a material having capacity or tendency to absorb another substance
Related
(related_to)
01539063-v: take in, also metaphorically
Related
(related_to)
01539633-v: become imbued
Domain
(category)
06090869-n: the science of matter and energy and their interactions
Glosses
(gloss)
01539063-v: take in, also metaphorically
Glosses
(gloss)
03834040-n: (physics) any of several kinds of apparatus that maintain and control a nuclear reaction for the production of energy or artificial elements
Glosses
(gloss)
14580897-n: the tangible substance that goes into the makeup of a physical object
Glosses
(rgloss)
13586455-n: a measure of the rate of decrease in the intensity of electromagnetic radiation (as light) as it passes through a given substance; the fraction of incident radiant energy absorbed per unit mass or thickness of an absorber
Glosses
(rgloss)
14662281-n: a lustrous grey strong metallic element resembling titanium; it is used in nuclear reactors as a neutron absorber; it occurs in baddeleyite but is obtained chiefly from zircon