Fine-Scale Structures of the Evershed Effect Observed by the Solar Optical Telescope aboard Hinode

Ichimoto Kiyoshi; Shine Richard A.; Lites Bruce; Kubo Masahito; Shimizu Toshifumi; Suematsu Yoshinori; Tsuneta Saku; Katsukawa Yukio; Tarbell Theodore D.; Title Alan M.; Nagata Shina€?ichi; Yokoyama Takaaki; Shimojo Masumi

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Fine-Scale Structures of the Evershed Effect Observed by the Solar Optical Telescope aboard Hinode

机译：日光层上太阳光学望远镜观测到的散发效应的精细尺度结构

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Thesmall-scalestructureoftheEvershedeffectisbeingstudiedusingdataobtainedbytheSpectropolarimeterandtheBroadbandFilterImageroftheSolarOpticalTelescopeaboardHinode.WefindthattheEvershedflowstartsattheleadingedgeofinwardlymigratingbrightpenumbralgrains,andturnstonearlyahorizontalflowpreferentiallyinthedarklanesofthepenumbra.Anumberofsmallelongatedregionsthathaveanupwardmotionof$$sim$$1a€‰kma€‰s$$^{-1}$$arefoundinthedeepphotospheredistributedoverthepenumbra.Theyarecospatialwithbrightgrainsandhaverelativelyhorizontalmagneticfields.Anumberofpatcheshavingastrongdownwardmotionassociatedwiththeoppositemagneticpolarityfromthesunspotarealsofoundinthemidandouterpenumbra.TheycouldbeidentifiedasfootpointsoftheEvershedflowchannels,thoughtheidentificationofindividualpairsisnotstraightforward.Ourresultsprovidestrongsupportforsomerecentfindingsfromground-basedhigh-resolutionobservations,andareingeneralagreementwiththewell-knownpictureoftheuncombedstructureofthepenumbra,inwhichthepenumbraeconsistofrisingfluxtubescarryingnearlyhorizontalEvershedflowsembeddedinmoreverticalbackgroundmagneticfields.

机译：Thesmall-scalestructureoftheEvershedeffectisbeingstudiedusingdataobtainedbytheSpectropolarimeterandtheBroadbandFilterImageroftheSolarOpticalTelescopeaboardHinode.WefindthattheEvershedflowstartsattheleadingedgeofinwardlymigratingbrightpenumbralgrains，andturnstonearlyahorizontalflowpreferentiallyinthedarklanesofthepenumbra.Anumberofsmallelongatedregionsthathaveanupwardmotionof $$ SIM $$ 1A€‰KMA€‰小号$$ ^ { - 1} $$ arefoundinthedeepphotospheredistributedoverthepenumbra.Theyarecospatialwithbrightgrainsandhaverelativelyhorizontalmagneticfields.Anumberofpatcheshavingastrongdownwardmotionassociatedwiththeoppositemagneticpolarityfromthesunspotarealsofoundinthemidandouterpenumbra.TheycouldbeidentifiedasfootpointsoftheEvershedflowchannels，thoughtheidentificationofindividualpairsisnotstraightforward.Ourresultsprovidestrongsupportforsomerecentfindingsfromground-basedhigh-resolutionobservations，andareingeneralagreementwiththewell-knownpictureoftheuncombedstructureofthepenumbra，其中的半身像由上升组成通量管几乎在水平水平上散布在更多垂直背景磁场中。

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《PASJ: Publications of the Astronomical Society of Japan》 |2007年第sp3期|共页
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Ichimoto Kiyoshi; Shine Richard A.; Lites Bruce; Kubo Masahito; Shimizu Toshifumi; Suematsu Yoshinori; Tsuneta Saku; Katsukawa Yukio; Tarbell Theodore D.; Title Alan M.; Nagata Shina€?ichi; Yokoyama Takaaki; Shimojo Masumi;
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1. Fine-scale structures of the evershed effect observed by the Solar Optical Telescope aboard Hinode [J] . Ichimoto K, Shine RA, Lites B, PASJ: Publications of the Astronomical Society of Japan . 2007,第sp3期

机译：太阳结上的太阳光学望远镜观测到的微尺度结构的发散效应
2. SYSTEMATIC MOTION OF FINE-SCALE JETS AND SUCCESSIVE RECONNECTION IN SOLAR CHROMOSPHERIC ANEMONE JET OBSERVED WITH THE SOLAR OPTICAL TELESCOPE/HINODE [J] . K. A. P. Singh1, H. Isobe2, K. Nishida1, The Astrophysical journal . 2012,第1期

机译：太阳能望远镜/日报观察到的太阳彩球体射流中精细射流的系统运动和成功重新连接
3. Fine structures of solar X-ray jets observed with the X-ray Telescope aboard Hinode [J] . Shimojo M, Narukage N, Kano R, PASJ: Publications of the Astronomical Society of Japan . 2007,第sp3期

机译：用日之星上的X射线望远镜观察到太阳X射线射流的精细结构
4. Relating a Prominence Observed from the Solar Optical Telescope on the Hinode Satellite to Known 3-D Structures of Filaments [C] . Sara F. Martin, Olga Panasenco, Yashar Agah, Hinode Science Meeting . 2009

机译：在Hinode卫星上从太阳能光学望远镜上观察到的突出术语，以已知的长丝3D结构
5. Characteristics of Solar Flare Hard X-ray Sources as Revealed with the Hard X-ray Telescope aboard the Yohkoh Satellite利用統計を見る [D] . Sakao Taro 1994

机译：Yohkoh卫星上的硬X射线望远镜揭示的太阳耀斑硬X射线源的特性
6. Unprecedented Fine Structure of a Solar Flare Revealed by the 1.6 m New Solar Telescope [O] . Ju Jing, Yan Xu, Wenda Cao, -1

机译：1.6 m新型太阳望远镜揭示了前所未有的太阳耀斑精细结构
7. 研究活動研究トピックス: Cooperative Observation of Ellerman Bombs between the Solar Optical Telescope aboard Hinode and Hida/Domeless Solar Telescope [O] . 松本琢磨 2010

机译：研究活动研究トピックス: Cooperative Observation of Ellerman Bombs between the Solar Optical Telescope aboard Hinode and Hida/Domeless Solar Telescope

Fine-Scale Structures of the Evershed Effect Observed by the Solar Optical Telescope aboard Hinode

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