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Henderson, M. G., Co-Authors: G. D. Reeves, A. M. Jorgensen, H. E. Spence, L. A. Frank, J. B. Sigworth, J. F. Fennell, J. L. Roeder, J. B. Blake, K. Yumoto, K. Shiokawa, and S. Bourdarie, Title: POLAR CEPPAD/IPS energetic neutral atom (ENA) images of a substorm injection, Reference: Adv. Space Res., 25, 2407-2416, 2000. Reference Type: Published Proceeding CEPPAD: true CAMMICE: false RAPID: false Abstract: A PDF version of the paper is available on-line.

The CEPPAD Imaging Proton Spectrometer on the POLAR spacecraft has proven to perform very well as an Energetic Neutral (ENA) atom imager, despite the fact that it was designed primarily for measuring energetic ions {\em in-situ}. ENAs emitted from the ring current can be detected during storm- as well as quiet-time conditions and can be monitored continuously for many hours at a time when Polar is situated in the polar cap. In addition, we are able to routinely detect `bursts' of ENA emissions in response to substorm-associated ion injections. In this paper, we present ENA images of a single such event together with global auroral imager data from the POLAR VIS instrument, LANL geosynchronous energetic particle data, and ground magnetic Pi2 data in order establish that such bursts are indeed caused by substorm injections.

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First Author (Last Name first then initials.) PDF version of the paper is available on-line.

The CEPPAD Imaging Proton Spectrometer on the POLAR spacecraft has proven to perform very well as an Energetic Neutral (ENA) atom imager, despite the fact that it was designed primarily for measuring energetic ions {\em in-situ}. ENAs emitted from the ring current can be detected during storm- as well as quiet-time conditions and can be monitored continuously for many hours at a time when Polar is situated in the polar cap. In addition, we are able to routinely detect `bursts' of ENA emissions in response to substorm-associated ion injections. In this paper, we present ENA images of a single such event together with global auroral imager data from the POLAR VIS instrument, LANL geosynchronous energetic particle data, and ground magnetic Pi2 data in order establish that such bursts are indeed caused by substorm injections.">

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