Light curve modeling papers

Bibcode First Author Year Title ADS Link Stars
2026PASP..138c4203S Sarvari, Elham 2026 BSN-VI: Multiband Light Curve Modeling of Four W UMa-Type Contact Binaries. I. Revisiting Energy Transfer Mechanisms and Luminosity Behavior 4
2026OJAp....957764W Wadhwa, Surjit S. 2026 V717 Andromedae: An Active Low Mass Ratio Contact Binary 1
2026arXiv260514208E Erdem, Ahmet 2026 The Close Binary V486 Carinae 1
2026arXiv260416803B Bin, Xiang 2026 W UMa-Type Contact Binaries in the Tidal Tails of Young Open Cluster COIN-Gaia 25 and Mamajek 4 2
2026ApJ..1000..168G Guo, Yani 2026 A Photometric and Spectroscopic Investigation of 11 TESS Eclipsing Contact Binaries 11
2026ApJ...998..108P Poro, Atila 2026 Detailed Investigation of a W UMa Contact Binary with an Ultralow Mass Ratio and a Third Body as a Potential Merger Candidate 1
2025RAA....25e5006T Tao, Wei 2025 The Photometric Investigation of Totally Eclipsing Contact Binaries NSVS 9023048 and NSVS 2461789 2
2025RAA....25c5013P Poro, Atila 2025 Four Total Eclipsing Contact Binary Systems: The First Photometric Light Curve Solutions Employing TESS and Gaia Surveys 4
2025PASP..137l4202P Poro, Atila 2025 BSN. V. The First Detailed Light Curve Modeling of Eight Totally Eclipsing Contact Binary Stars Using Ground-based and TESS Observations 8
2025PASP..137k4203P Poro, Atila 2025 BSN. IV. The First Multiband Light Curve Study of Five W UMa-type Contact Binary Systems 5
2025PASP..137h4201P Poro, Atila 2025 BSN-III: The First Multiband Photometric Study on the Eight Total Eclipse Contact Binary Stars 8
2025PASP..137f4201Z Zhang, Bin 2025 The Photometric, Spectroscopic and Orbital Period Investigations of Ten Short Period Contact Binaries 10
2025MNRAS.544.1958W Wang, Yi-Fan 2025 Photometric and spectroscopic studies of four low mass-ratio contact binaries with period longer than 0.7 d 4
2025MNRAS.540.1290L Liu, Fei 2025 Extremely low mass ratio contact binaries ─ II. The first photometric and spectroscopic investigations of six systems with orbital periods longer than 0.5 d 6
2025MNRAS.537.3160P Poro, A. 2025 BSN-I: the first in-depth photometric study of seven total-eclipse contact binary systems 5
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