Physical Research Laboratory, Udaipur Solar Observatory
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Affiliated Works
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- Conditions Leading to Eruptions of CMEs Associated with Eruptive Filaments
- Predicting Intensity of Major Geomagnetic Storms from Solar and Interplanetary Properties of CMEs: A Statistical Model
- Evolution of Fine Structures in an Eruptive Active Region: Hinode (SOT/SP) Observations
- Stealth CMEs: A Challenge for Solar Physics and Space Weather
- Speed of CMEs and the magnetic non-potentiality of their source active regions
- Understanding the Nature of Collision of CMEs in the Heliosphere
- Dependency of Mass Loss Rate of the Sun on Its Magnetic Variability over Solar Cycles
- Evolution of Coronal Cavity from Quiescent to Eruptive Phase in Association with Coronal Mass Ejection
- A Comprehensive Analysis of Machine Learning Approaches for Solar Flare Prediction
- Investigations on helium abundance in background solar wind and interplanetary coronal mass ejections
- Observationally Constrained Analytical Modelling of ICMEs Detected by Radially Aligned Multiple Spacecraft Using INFROS
- SAM guided Half Siamese network model for endmember variability based spectral unmixing of geological materials