Abstract
The effect of magnetic activity on spread-F at two equatorial stations, Trivandrum and Huancayo, separated in longitude by about 150 deg, under high and low solar activity conditions has been investigated. Magnetic activity produces strong inhibition effect on spread-F at Huancayo compared to that at Trivandrum especially during high solar activity period. This results in a decrease of spread-F with solar activity at Huancayo in contrast to Trivandrum. These findings are explained in terms of F-region electrodynamics and Rayleigh-Taylor instability mechanism for spread-F.
Citation Formats
Subbarao, K S.V., Somayajulu, V V, and Krishna Murthy, B V.
Magnetic activity effect on equatorial spread-F under high and low solar activity conditions.
France: N. p.,
1986.
Web.
Subbarao, K S.V., Somayajulu, V V, & Krishna Murthy, B V.
Magnetic activity effect on equatorial spread-F under high and low solar activity conditions.
France.
Subbarao, K S.V., Somayajulu, V V, and Krishna Murthy, B V.
1986.
"Magnetic activity effect on equatorial spread-F under high and low solar activity conditions."
France.
@misc{etde_6896128,
title = {Magnetic activity effect on equatorial spread-F under high and low solar activity conditions}
author = {Subbarao, K S.V., Somayajulu, V V, and Krishna Murthy, B V}
abstractNote = {The effect of magnetic activity on spread-F at two equatorial stations, Trivandrum and Huancayo, separated in longitude by about 150 deg, under high and low solar activity conditions has been investigated. Magnetic activity produces strong inhibition effect on spread-F at Huancayo compared to that at Trivandrum especially during high solar activity period. This results in a decrease of spread-F with solar activity at Huancayo in contrast to Trivandrum. These findings are explained in terms of F-region electrodynamics and Rayleigh-Taylor instability mechanism for spread-F.}
journal = []
volume = {4:4}
journal type = {AC}
place = {France}
year = {1986}
month = {Aug}
}
title = {Magnetic activity effect on equatorial spread-F under high and low solar activity conditions}
author = {Subbarao, K S.V., Somayajulu, V V, and Krishna Murthy, B V}
abstractNote = {The effect of magnetic activity on spread-F at two equatorial stations, Trivandrum and Huancayo, separated in longitude by about 150 deg, under high and low solar activity conditions has been investigated. Magnetic activity produces strong inhibition effect on spread-F at Huancayo compared to that at Trivandrum especially during high solar activity period. This results in a decrease of spread-F with solar activity at Huancayo in contrast to Trivandrum. These findings are explained in terms of F-region electrodynamics and Rayleigh-Taylor instability mechanism for spread-F.}
journal = []
volume = {4:4}
journal type = {AC}
place = {France}
year = {1986}
month = {Aug}
}