Contents The equatorial electron density obtained from whistler inversion has long been regarded as an effective tool for monitoring the plasmasphere from ground based measurements. However, as these inversion methods are based on various models, it is essential to validate them through comparison with in-situ density measurements. To date, no such comparison was made, mostly because no suitable in-situ was available.
Abstract:
The equatorial electron density obtained from whistler inversion has long been regarded as an effective tool for monitoring the plasmasphere from ground based measurement...Show MoreMetadata
Abstract:
The equatorial electron density obtained from whistler inversion has long been regarded as an effective tool for monitoring the plasmasphere from ground based measurements. However, as these inversion methods are based on various models, it is essential to validate them through comparison with in-situ density measurements. To date, no such comparison was made, mostly because no suitable in-situ was available.
Date of Conference: 16-23 August 2014
Date Added to IEEE Xplore: 20 October 2014
Electronic ISBN:978-1-4673-5225-3
