V. Yadav

collaborators

Showing physics.space-phShow all

3 papers · 1 filter

physics.space-ph2026

Unraveling the Generation Mechanism of a Mid-Latitude Plasma Blob and the Evidence of Its Rare Interaction with a MSTID Phase Front

D. Patgiri, R. Rathi, V. Yadav +10

We report observations of two distinct nighttime F-region irregularities, plasma blob (localized density enhancement) and medium-scale traveling ionospheric disturbance (MSTID), in…

physics.space-ph2026

Automatic Characterization of Mid-latitude Multiple Ionospheric Plasma Structures from All-sky Airglow Images using Deep Learning Technique

Jeevan Upadhyaya, Satarupa Chakrabarti, Rahul Rathi +5

The F-region ionospheric plasma structures are propagating high and or low electron density regions in the Earth ionosphere. These plasma structures can be observed using ground ba…

physics.space-ph2024

A rare simultaneous detection of a mid-latitude plasma depleted structure in O( $^{1}$ D) 630.0 nm and O( $^{1}$ S) 557.7 nm all-sky airglow images on a geomagnetically quiet night

D. Patgiri, R. Rathi, V. Yadav +7

In general, nighttime thermospheric 557.7 nm emission over mid-latitudes is predominantly masked by significantly larger mesospheric component, and hence, F-region plasma structure…

Unraveling the Generation Mechanism of a Mid-Latitude Plasma Blob and the Evidence of Its Rare Interaction with a MSTID Phase Front

Automatic Characterization of Mid-latitude Multiple Ionospheric Plasma Structures from All-sky Airglow Images using Deep Learning Technique

A rare simultaneous detection of a mid-latitude plasma depleted structure in O(1D) 630.0 nm and O(1S) 557.7 nm all-sky airglow images on a geomagnetically quiet night

A rare simultaneous detection of a mid-latitude plasma depleted structure in O( $^{1}$ D) 630.0 nm and O( $^{1}$ S) 557.7 nm all-sky airglow images on a geomagnetically quiet night