MINDS. the Detection of 13CO2 with JWST-MIRI Indicates Abundant CO2 in a Protoplanetary Disk
Sierra L. Grant,Ewine F. van Dishoeck,Benoit Tabone,Danny Gasman,Thomas Henning,Inga Kamp,Manuel Guedel,Pierre-Olivier Lagage,Giulio Bettoni,Giulia Perotti,Valentin Christiaens,Matthias Samland,Aditya M. Arabhavi,Ioannis Argyriou,Alain Abergel,Olivier Absil,David Barrado,Anthony Boccaletti,Jeroen Bouwman,Alessio Caratti o Garatti,Vincent Geers,Adrian M. Glauser,Rodrigo Guadarrama,Hyerin Jang,Jayatee Kanwar,Fred Lahuis,Maria Morales-Calderon,Michael Mueller,Cyrine Nehme,Goeran Olofsson,Eric Pantin,Nicole Pawellek,Tom P. Ray,Donna Rodgers-Lee,Silvia Scheithauer,Juergen Schreiber,Kamber Schwarz,Milou Temmink,Bart Vandenbussche,Marissa Vlasblom,L. B. F. M. Waters,Gillian Wright,Luis Colina,Thomas R. Greve,Kay Justannont,Goeran Ostlin ASTROPHYSICAL JOURNAL LETTERS（2023）
Key words
Protoplanetary disks,Planet formation
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