hasEffectiveTemperature

P57025
predicate

Indicates that an entity (typically a star or other astronomical object) possesses a specific effective surface temperature characterizing its emitted radiation.

Try in SPARQL

All labels observed (18)

Label Occurrences
hasEffectiveTemperature canonical 55
effectiveTemperatureKelvin 13
centralStarEffectiveTemperature 7

Description generation (PDg)

The one-sentence description above was generated by prompting gpt-5.1 with the predicate name and this instruction.

Instruction
Given a predicate that represents a relationship or action between entities, generate a one-sentence description explaining its meaning.  
# Instructions
Focus on describing the relationship, not the entities themselves. 
# Response Format
Begin the description with \' Indicates...\'
Input
Predicate: hasEffectiveTemperature
Generated description
Indicates that an entity (typically a star or other astronomical object) possesses a specific effective surface temperature characterizing its emitted radiation.

Sample triples (102)

Subject Object
Kaus Media approximately 4300 K ⓘ
Sterope I
linked to: star Sterope I
about 12000 K ⓘ
Mintaka about 30,000 K via predicate surface "effectiveTemperaturePrimary" ⓘ
87 Tauri about 5100 via predicate surface "hasEffectiveTemperatureKelvin" ⓘ
HD 29139 about 3900 K ⓘ
SAO 94027 about 3900 K ⓘ
Aldebaran planetary system about 3900 K via predicate surface "hostStarEffectiveTemperature" ⓘ
Delta Cancri about 4800 K ⓘ
HD 23480 about 12000 K ⓘ
HR 1156 about 10000 K ⓘ
Tau Ceti e about 5344 K via predicate surface "hostStarEffectiveTemperature" ⓘ
Delta Capricorni ~7500 K (primary component) ⓘ
Gliese 581 star system approximately 3500 K ⓘ
Wolf–Rayet star
linked to: Wolf–Rayet stars
30000 to 200000 K via predicate surface "typicalEffectiveTemperature" ⓘ
Kepler-22b about 5518 via predicate surface "hostStarEffectiveTemperature_K" ⓘ
Kepler-186f approximately 3755 K via predicate surface "hostStarEffectiveTemperature" ⓘ
Messier 57 about 120,000 K via predicate surface "centralStarEffectiveTemperature" ⓘ
HD 24912 around 35000 via predicate surface "effectiveTemperatureKelvin" ⓘ
HD 23180 about 24,000 K ⓘ
HD 24131 ~25000 K ⓘ
BD+31 643 about 15000 K (order of magnitude) ⓘ
HD 168454 about 9600 K ⓘ
Stephenson 2-18
linked to: redSupergiant Stephenson 2-18
approximately 3200 K ⓘ
HD 24398 about 21,000 K ⓘ
ε Sagittarii 9800 via predicate surface "effectiveTemperatureKelvin" ⓘ
VY Scuti
linked to: variable star VY Scuti
cool supergiant temperature range ⓘ
Ring Nebula about 100,000 K via predicate surface "centralStarEffectiveTemperature" ⓘ
HD 24760 about 26,000 K ⓘ
Zeta Telescopii ~4700 via predicate surface "effectiveTemperatureKelvin" ⓘ
HD 25940 approximately 18000 via predicate surface "effectiveTemperatureKelvin" ⓘ
Lambda Sagittarii around 4900 K ⓘ
UY Scuti
linked to: variable star UY Scuti
~3300 K ⓘ
HR 1149 about 13,000 K ⓘ
HIP 17531 about 13,000 K ⓘ
Sargas about 7,200 K ⓘ
Dschubba about 27,000 K (primary component) ⓘ
OGLE-TR-111 ~5000–5200 K ⓘ
Gamma Tucanae about 6900 via predicate surface "effectiveTemperatureKelvin" ⓘ
Beta Tucanae about 10500 K (dominant components) ⓘ
OGLE-TR-132 ~6200 K ⓘ
OGLE-TR-211 6325 K ⓘ
Aludra hot ⓘ
Gamma Canis Majoris about 12,000 K ⓘ
Theta1 Orionis C about 40,000 K via predicate surface "hasApproximateEffectiveTemperature" ⓘ
Eta Canis Majoris about 16,000 K ⓘ
HD 23850 about 12000 via predicate surface "effectiveTemperatureKelvin" ⓘ
HIP 17954 about 12000 K ⓘ
Eskimo Nebula about 40,000 K via predicate surface "centralStarEffectiveTemperature" ⓘ
Beta Geminorum about 4865 K ⓘ
Beta Cephei 18,000–30,000 K via predicate surface "hasTypicalEffectiveTemperatureRange" ⓘ