On the Calibration of Plasma Probes on the MAXIDUSTY Mesospheric Rocket Payloads

Meseret Kassa, Ingrid Mann, Ove Havnes, Espen Trondsen, Lasse Clausen, Martin Friedrich, Klaus Torkar

Research output: Contribution to conferencePaperResearch

Abstract

Plasma probes on rockets are essential tools in investigations of the conditions in the Earth’s mesosphere. However, the calibration of such probes in the NLC cloud regions is normally difficult, partly because electron and ion collision lengths change much and are often comparable to probe sizes, and also since the integrated electron density below the clouds and the resulting Faraday rotation can be small with considerable uncertainties.
In the present work we apply the method proposed by Havnes et al (Rev. Sci. Instr 82, 074503, 2011), where a comparison between variations in a plasma probe and dust impact probe currents is used to calibrate the plasma probe. We focus on the plasma and dust observation by two MAXIDUSTY rocket payloads MXD-1 and MXD-1B, launched in the summer 2016 and compare the plasma probe cross sections found by the above method, with the cross sections found by theoretical estimates and Faraday rotation measurements.
Original languageEnglish
Publication statusPublished - 14 Jun 2017
EventSymposium on European Rocket and Balloon Programmes and Related Resaearch - Visby, Sweden
Duration: 12 Jun 201716 Jun 2017
Conference number: 23

Conference

ConferenceSymposium on European Rocket and Balloon Programmes and Related Resaearch
CountrySweden
Period12/06/1716/06/17

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plasma probes
rockets
payloads
Faraday effect
probes
dust
mesosphere
cross sections
summer
electron scattering
collisions
estimates
ions

Cite this

Kassa, M., Mann, I., Havnes, O., Trondsen, E., Clausen, L., Friedrich, M., & Torkar, K. (2017). On the Calibration of Plasma Probes on the MAXIDUSTY Mesospheric Rocket Payloads. Paper presented at Symposium on European Rocket and Balloon Programmes and Related Resaearch, Sweden.

On the Calibration of Plasma Probes on the MAXIDUSTY Mesospheric Rocket Payloads. / Kassa, Meseret; Mann, Ingrid; Havnes, Ove; Trondsen, Espen; Clausen, Lasse; Friedrich, Martin; Torkar, Klaus.

2017. Paper presented at Symposium on European Rocket and Balloon Programmes and Related Resaearch, Sweden.

Research output: Contribution to conferencePaperResearch

Kassa, M, Mann, I, Havnes, O, Trondsen, E, Clausen, L, Friedrich, M & Torkar, K 2017, 'On the Calibration of Plasma Probes on the MAXIDUSTY Mesospheric Rocket Payloads' Paper presented at Symposium on European Rocket and Balloon Programmes and Related Resaearch, Sweden, 12/06/17 - 16/06/17, .
Kassa M, Mann I, Havnes O, Trondsen E, Clausen L, Friedrich M et al. On the Calibration of Plasma Probes on the MAXIDUSTY Mesospheric Rocket Payloads. 2017. Paper presented at Symposium on European Rocket and Balloon Programmes and Related Resaearch, Sweden.
Kassa, Meseret ; Mann, Ingrid ; Havnes, Ove ; Trondsen, Espen ; Clausen, Lasse ; Friedrich, Martin ; Torkar, Klaus. / On the Calibration of Plasma Probes on the MAXIDUSTY Mesospheric Rocket Payloads. Paper presented at Symposium on European Rocket and Balloon Programmes and Related Resaearch, Sweden.
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AU - Kassa, Meseret

AU - Mann, Ingrid

AU - Havnes, Ove

AU - Trondsen, Espen

AU - Clausen, Lasse

AU - Friedrich, Martin

AU - Torkar, Klaus

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AB - Plasma probes on rockets are essential tools in investigations of the conditions in the Earth’s mesosphere. However, the calibration of such probes in the NLC cloud regions is normally difficult, partly because electron and ion collision lengths change much and are often comparable to probe sizes, and also since the integrated electron density below the clouds and the resulting Faraday rotation can be small with considerable uncertainties.In the present work we apply the method proposed by Havnes et al (Rev. Sci. Instr 82, 074503, 2011), where a comparison between variations in a plasma probe and dust impact probe currents is used to calibrate the plasma probe. We focus on the plasma and dust observation by two MAXIDUSTY rocket payloads MXD-1 and MXD-1B, launched in the summer 2016 and compare the plasma probe cross sections found by the above method, with the cross sections found by theoretical estimates and Faraday rotation measurements.

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