2026-05-30T19:49:30Zhttps://dataverse.no/oaidoi:10.18710/LLRBOS2025-11-07T02:00:07ZdataversenoHarvesterDataverseNOuit10.18710/LLRBOSHenriette TrollvikHenrietteTrollvik0000-0001-8384-8290UiT The Arctic University of NorwayTinna GunnarsdottirTinnaGunnarsdottir0000-0002-0965-564XUiT The Arctic University of NorwayData from Smoke Particle Impact Detector (SPID) rocket instrumentDataverseNO2024PhysicsRocket dataFaraday CupMeteoric smoke particleMesosphereSounding rocketHenriette TrollvikHenrietteTrollvikUiT The Arctic University of NorwayIngrid MannIngridMannUiT The Arctic University of NorwayUiT The Arctic University of NorwayÅshild FredriksenÅshildFredriksenIngrid MannIngridMannTinna GunnarsdottirTinnaGunnarsdottirHenriette TrollvikHenrietteTrollvikTarjei AntonsenMarkus FloerMarkusFloerOve HavnesOveHavnesYngve EilertsenYngveEilertsenSveinung OlsenSveinungOlsenRikke Hedelund HansenRikkeHedelund HansenArne BjørkArneBjørkJames Alexander CowieJames AlexanderCowieVetle TronstadErlend RestadErlendRestadChrister NordbyChristerNordbyChristoffer BoothbyChristofferBoothbyUiT The Arctic University of Norway2024-08-262024-10-082019-01-13/2019-01-13Rocket instrument data3036630877967411282239359681382text/plainapplication/octet-streamapplication/pdfapplication/matlab-mattext/plain1.0CC0 1.0It contains data from the smoke particle impact detector (SPID). SPID is a Faraday cup impact probe designed to measure nanometer-sized smoke particles, called meteoric smoke particles, in the mesosphere. These are remnants of meteors ablating in the atmosphere. The instrument was part of the G-chaser campaign launched from Andøya rocket range on the 13th of January 2019.
The instrument consists of 5 girds, the two top and bottom grids with high bias voltages to shield ions and electrons. The middle plate (5th grid) is meant to measure only the smoke particles. The measurement consists of the current measured in the five grids given in ampere.NFR275503