Schwassmann-Wachmann family of comets

GPTKB entity

Statements (111)
Predicate Object
gptkbp:instance_of gptkb:Asteroids
gptkbp:archaeological_findings documented since 1930s
noted by astronomers since 1930s
gptkbp:associated_with gptkb:Asteroids
gptkb:Jupiter
meteor showers
Kuiper Belt objects
cometary outbursts
Jupiter family comets
gptkbp:closed gptkb:2021
gptkbp:collaboration astronomical institutions
gptkbp:collaborations international astronomical community
gptkbp:collaborative_projects involving multiple observatories
gptkbp:collection via telescopes
gptkbp:comet_type periodic comet
gptkbp:composed_by ice and dust
gptkbp:contributes_to understanding of cometary origins
gptkbp:cultural_impact inspired art and literature
gptkbp:cultural_references in literature
in media
gptkbp:discovered_by Arno Wachmann
Arnold Schwassmann
gptkbp:discovery gptkb:Schwassmann-Wachmann_1
gptkb:Schwassmann-Wachmann_2
visual observation
Schwassmann-Wachmann 3
Schwassmann-Wachmann 4
new fragments during close approaches
gptkbp:distance varies
approximately 5.5 AU
gptkbp:educational_value used in astronomy education
gptkbp:element subject to change due to gravitational interactions
gptkbp:first_appearance gptkb:1930
gptkbp:future_prospects gptkb:space_mission
uncertain
future observations
focus on composition and structure
gptkbp:geological_formation none recorded
gptkbp:historical_records documented in astronomical catalogs
gptkbp:historical_significance observed during multiple perihelion passages
https://www.w3.org/2000/01/rdf-schema#label Schwassmann-Wachmann family of comets
gptkbp:impact gptkb:space_exploration
gptkbp:influence_on planetary science
cometary research
gptkbp:influences solar radiation pressure
gptkbp:is_explored_in provides insights into early solar system
gptkbp:is_observed_in gptkb:Hubble_Space_Telescope
ground-based telescopes
gptkbp:lighting can vary significantly
gptkbp:named_after Arno Wachmann
Arnold Schwassmann
gptkbp:next_event planned for next perihelion in 2026
planned for upcoming perihelion passages
gptkbp:notable_comets gptkb:Schwassmann-Wachmann_1
gptkb:Schwassmann-Wachmann_2
Schwassmann-Wachmann 3
Schwassmann-Wachmann 4
Schwassmann-Wachmann 5
gptkbp:notable_event fragmentation in 1995
gptkbp:notable_member Schwassmann-Wachmann 3
gptkbp:notable_traits irregular brightness variations
gptkbp:notable_work cometary activity
spectroscopic analysis
dynamical modeling
gas emissions
orbital evolution
tail formation
evolutionary pathways
nucleus composition
interaction with solar wind
photometric variability
fragmentation events
dust production
collisional history
gptkbp:observed_phenomena nucleus splitting
gptkbp:orbit_type around the Sun
gptkbp:orbital_inclination varies
about 10 degrees
gptkbp:orbital_period elliptical orbits
approximately 5.4 years
with Jupiter
gptkbp:orbital_variability subject to perturbations from planets
gptkbp:perihelion gptkb:2021
varies
approximately 1.5 AU
gptkbp:potential_for_astrobiology study of organic compounds in comets
gptkbp:potential_for_fragmentation high
gptkbp:potential_for_future_studies high due to fragmentation behavior
gptkbp:public_interest high
high during perihelion events
gptkbp:publications numerous studies published in journals
gptkbp:related_to solar system dynamics
cometary dynamics
gptkbp:research gptkb:spectroscopy
ongoing
extensive
photometry
photometry and spectroscopy
collected by various space missions
fragmentation events
extensive due to multiple apparitions
gptkbp:research_focus cometary fragmentation and evolution
gptkbp:research_importance high
gptkbp:research_interest high
study of cometary behavior
gptkbp:scientific_classification gptkb:Jupiter-family_comets
periodic comets
gptkbp:size varies by individual comet
gptkbp:year gptkb:1930
gptkbp:bfsParent gptkb:comet_45_P/_Schwassmann-Wachmann_16
gptkbp:bfsLayer 6