空間環(huán)境 國際參考電離層（IRI）模型和等離子體層的擴展 編制說明

1空間環(huán)境國際參考電離層（IRI）模型和等離子體層的擴展本文件是國家標準委下達的2024年國家標準計劃項目之一，項目計劃編號為2主要工作過程、標準主要起草人《GB/T1.2-2020標準化工作導則第2部分：以ISO/IEC標準化文件為基礎的標2b）可操作原則本文件描述了使用IRI模型獲取的電離層電子和離子密度和溫度的全球分布以及3等導航衛(wèi)星系統(tǒng)操作人員能夠依據(jù)電離層預報，減輕導航信號相位和/或振幅鎖定的損ionospheremodel—Internationalreferenceionosphere（IRI）modelandextensionstothe本文件規(guī)給出了國際參考電離層(IRI)模型和等離子體層的擴展的模型介紹和使用4[4]BilitzaD.，Ionospher[7]CCIRAtlasofIonosphericCharacteristics.ComitéConsultatifInternationaldes5temperatureintheIRIionosphere-plasmaspheremodel.Adv.SpaceRes.2006，38（1oftheplasmasphericelectrondensity:Anequilibriummodels:Com6physics-basedreducedstateKalmanf[28]WangC.，HajjG.，PiX.，RosenI.G.，WilsonB.，DevelopmentAssimilativeIonosphericModeofExBdriftusingaglobalassimilativeionosphericmodel:AnogroundGPStotalelectroncontentintoaphysic–761878EmpiricalModelofQuiet-DayIonosphericElectricFieldsatMiddleandLowLatitudes.DOI:10.1029/JA087iA08p0ionosphericimaging.https://ftp.izmiran.ru/pub/izmiran/SPIM/NOVA2012GulyaevaBfoF2PredictionsUsingtheCCIRAtlaGPSreceiversoverEDOI:10.1007/s10291-008-0107-y9operationaldataassimilationmodeIonosphericEffectsSymposiuGAIMGauss-MarkovKalmanFilterModeloftheIonosphere:ModelDescriptiD.etal.，Atheoreticalstudyofthedistributionofionizationinthehigh-latitudeionosphandplasmasphere:firstresultsonthemid-latitudetroughandthelightiontrough.JDOI:10.1029/2004JA01J.L.etal.，OntherelativeimportanceofconvectionandtemperatureonthebeReferenceIonosphereIRIandIRI-PlasmodelsduetorecentrevisionofsunspotnumbertimeofsolaractivityfortheInternationalReferenceIonosphereandPlasmasphereInternationalReferenceIonosphere2016:FromDOI:10.1016/S0273-11ofautoscaleddataanDOI:10.1029/2012JA01/volume3/v3i5ijseas20170519.pIonosphereExtendedtoPlasmasphere/10.1016/j.geog.ionosphere:GlobalmodeloftheF2layerpeakparametersdrivenbyre-cal/10.1016/j.actaastro.2MORSCHHAUSERA.ThegeomagneticKpindexandderivedAvailableathttps://do/10.1029/2000JA0Ionosphere-Thermosphecoupledthermosphere/ionospheres/10.1186/s4062/10.1029/2020JA0[97]SHIMJ.S.M.KUZNETChallengeforsystematicassessmentofionosphere/thermospheremodels:ElectrondensJ.L.andSUTTON，E.，SystemchallengeforsystematicassessmentofIonosphere/therAvailableathttps://doiHUBAA.A.NAMGALADZEB.E.PROSCHUNKJ.J.SOJKAL.ZHu.