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153 Hilda
CAPTURE of TRANS-NEPTUNIAN PLANETESIMALS in the MAIN ASTEROID BELT David Vokrouhlický1, William F
Ice& Stone 2020
Aqueous Alteration on Main Belt Primitive Asteroids: Results from Visible Spectroscopy1
IRTF Spectra for 17 Asteroids from the C and X Complexes: a Discussion of Continuum Slopes and Their Relationships to C Chondrites and Phyllosilicates ⇑ Daniel R
A Fast Method to Identify Mean Motion Resonances
$0.7-2.5~\Mu $ M Spectra of Hilda Asteroids
Albedos of Small Hilda Group Asteroids As Revealed by Spitzer
N98- Z 5 3-D Orbital Evolution Model of Outer Asteroid Belt
Nature and Degree of Aqueous Alteration of Outer Main Belt Asteroids and CM and CI Carbonaceous Chondrites
Asteroid Families in the First-Order Resonances with Jupiter
The Full Appendices with All References
ASTRONOMICAL SOCIETY of the PACIFIC 233 V. COMET OTERMA 1943 A: a MINOR PLANET?
Meteors, Asteroids, & Comets. OH
University Microfilms International 300 N
One of Everything: the Breakthrough Listen Exotica Catalog
Asteroids a Selection of Articles from Wikipedia
Arxiv:2001.06656V1 [Astro-Ph.EP] 18 Jan 2020 2015)
Ny8-29012 PRECEDING PAGE BLANK NOT FILMED
Top View
THE COLOR–MAGNITUDE DISTRIBUTION of HILDA ASTEROIDS: COMPARISON with JUPITER TROJANS Ian Wong and Michael E
Johann Palisa, the Most Successful Visual Discoverer of Asteroids
Paper the Maximal Intervals of Time Beyond Which Numerical Computation of Motion of Minor Planets and Comets Are Not Reliable
2017 Publication Year 2020-08-28T10:08:26Z Acceptance
Astrometric Asteroid Masses: a Simultaneous Determination
Polarimetric Survey of Asteroids with the Asiago Telescope
A Thermophysical and Dynamical Study of the Hildas (1162) Larissa and (1911) Schubart
Minor Planet Names: Alphabetical List