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The GRAVITY Young Stellar Object Survey XIII. Tracing the Time-Variable Asymmetric Disk Structure in the Inner AU of the Herbig Star HD98922

V. Ganci,L. Labadie,K. Perraut,A. Wojtczak,J. Kaufhold,M. Benisty,E. Alecian,G. Bourdarot,W. Brandner,A. Garatti,C. Dougados,R. Garcia Lopez,J. Sanchez-Bermudez,A. Soulain,A. Amorim,J. -P. Berger,P. Caselli,Y. Clenet,A. Drescher,A. Eckart,F. Eisenhauer,M. Fabricius,H. Feuchtgruber,P. Garcia,E. Gendron,R. Genzel,S. Gillessen,S. Grant,G. Heissel,T. Henning,M. Horrobin,L. Jocou,P. Kervella,S. Lacour,V. Lapeyrere,J. -B. Le Bouquin,P. Lena,D. Lutz,F. Mang,N. Morujao,T. Ott,T. Paumard,G. Perrin, D. Ribeiro,M. Sadun Bordoni,S. Scheithauer,J. Shangguan,T. Shimizu,C. Straubmeier,E. Sturm,L. Tacconi,E. van Dishoeck,F. Vincent,J. Woillez

Astronomy and Astrophysics（2024）

Cited 2|Views35
Key words
techniques: interferometric,protoplanetary disks,circumstellar matter,stars: individual: HD 98922,stars: variables: T Tauri, Herbig Ae/Be,infrared: planetary systems
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