An Angular Diameter Measurement of Β UMa Via Stellar Intensity Interferometry with the VERITAS Observatory
A. Acharyya,J. P. Aufdenberg,P. Bangale,J. T. Bartkoske,P. Batista,W. Benbow,A. J. Chromey, J. D. Davis,Q. Feng,G. M. Foote,A. Furniss,W. Hanlon,C. E. Hinrichs,J. Holder,W. Jin,P. Kaaret,M. Kertzman,D. Kieda,T. K. Kleiner,N. Korzoun, T. LeBohec,M. A. Lisa,M. Lundy,N. Matthews,C. E. McGrath,M. J. Millard,P. Moriarty, S. Nikkhah,S. O'Brien,R. A. Ong,M. Pohl,E. Pueschel,J. Quinn, P. L. Rabinowitz,K. Ragan,E. Roache, J. G. Rose, J. L. Sackrider,I. Sadeh,L. Saha,G. H. Sembroski,R. Shang,D. Tak, M. Ticoras,J. V. Tucci,D. A. Williams,S. L. Wong The Astrophysical Journal（2024）
Key words
Long baseline interferometry,Fundamental parameters of stars,Astronomy data modeling
AI Read Science
Must-Reading Tree
Example
Generate MRT to find the research sequence of this paper