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| 1 | 2001年1月26日高纬磁层顶通量管事件的观测研究——空间电流密度计算及分析显示文摘讨论了三种根据ClusterⅡ四颗卫星的磁场测量数据计算空间电流的方法及其误差 ,论证了这几种方法的内在一致性 ,并得到了完全相同的计算结果 .进而依据ClusterⅡ磁场探测资料 ,计算了 2 0 0 1年 1月 2 6日多重磁通量管和FTE事件中高纬磁层顶边界层和磁鞘区的电流密度 .结果表明 ,磁通量管内电流密度较大 ,可达到约10 - 8A m2 ;计算精度较高 ,结果可靠 .本文还应用最小方差分析法 (MVA) ,发现电流方向与通量管的轴向基本一致 ;论证了电流MVA分析在研究通量管性质时的作用 。 | 肖池阶 濮祖荫 黄宗英 傅绥燕 谢伦 宗秋刚 T Fritz K-H Glassmeier 刘振兴 曹晋滨 史建魁 沈超 路立 王迺权 陈涛 | 2004 | 地球物理学报2004,47,4: | 13 |
| 2 | 2001年1月26日高纬磁层顶通量管事件的观测研究显示文摘20 0 1年 1月 2 6日 11:10~ 11:4 0UT ,ClusterⅡ卫星簇位于午后高纬磁鞘边界层和磁鞘区 ,此时行星际磁场Bz 为南向 .本文对在此期间观测到的多次磁通量管事件作了详细的研究 ,获得一系列的新发现 :(1)高纬磁鞘边界层磁通量管的出现具有准周期性 ,周期约为 78s,比目前已知的磁层顶向阳面FTE的平均周期 (8~ 11min)小得多 .(2 )这些通量管都具有强的核心磁场 ;其主轴多数在磁场最小变化方向 ,少数在中间变化方向 ,有些无法用PAA判定其方向 (需要用电流管PAA确定 ) ,这与卫星穿越通量管的相对路径有关 .(3)每个事件都存在很好的HT参考系 ,在HT参考系中这些通量管是准定常态结构 ;所有通量管都沿磁层顶表面运动 ,速度方向大体相同 ,都来自晨侧下方 .通量管的径向尺度为 1~ 2RE,与通常的FTE通量管相当 .(4 )起源于磁层的强能离子大体上沿着管轴方向由磁层向磁鞘运动 ;起源于太阳风的热等离子体沿管轴向磁层传输 .通量管为太阳风等离子体向磁层输运和磁层粒子向行星际空间逃逸提供了通道 .(5 )每个通量管事件都伴随有晨昏电场的反转 ,该电场为对流电场 . | 黄宗英 濮祖荫 肖池阶 宗秋刚 傅绥燕 谢伦 史全岐 曹晋滨 刘振兴 沈超 史建魁 路立 王迺权 陈涛 T Fritz K-H Glassmeier P Daly H Rème | 2004 | 地球物理学报2004,47,2: | 7 |
| 3 | 一次磁层亚暴期间磁场偶极化的尾向传播显示文摘利用TC1、Cluster和Polar结合极光和同步高度及地磁的观测,研究了2004年9月14日1730~1930UT时间段的亚暴偶极化过程.此前行星际磁场持续南向几个小时.亚暴初发(Onset)开始于1823UT.2min之后,同步高度的LANL-02A在子夜附近观测到了明显的能量电子增强(Injection)事件,而TC1在1827UT左右在磁尾(-10,-2,0)RE(GSE)观测到了磁场BX的突然下降,伴随着等离子体压强和温度的突然增加及磁场的强烈扰动.在(-16,1,3)RE(GSE)的Cluster上相同的仪器观测到相同的现象,只是比TC1观测到的晚大约23min,在1850UT左右.虽然Polar在更靠近地球的较高纬度(-7.5,3.5,-4.0)RE(GSE)附近,也在1855UT左右观测到了这种磁场偶极化现象.以上的观测时序表明TC1、Cluster观测到的磁场偶极化比亚暴偶极化初始发生分别晚4min和27min.说明偶极化由近磁尾向中磁尾传播.详细计算表明偶极化源区的位置大约在X=-7.7RE~-8.6RE,而传播速度大约为70km.s-1.在这个事件中亚暴的物理图像可能是中磁尾的近地重联产生的地向高速流到达近磁尾,为近磁尾的亚暴触发创造了条件;亚暴在近磁尾触发之后,磁场偶极化峰面向中磁尾传播. | 曹馨 濮祖荫 张辉 傅绥燕 马志伟 肖池阶 刘振兴 谢伦 Dunlpo M.W. Korth A. Frazen M. Zong Q.G. Lueck E. Carr C. Reme H. Glassmeier K.H. | 2007 | 地球物理学报2007,50,4: | 3 |
| 4 | Continuous lobe reconnectionin the mid-tail and its relationship to substorms:Cluster observations of continuous lobe reconnection in the mid-magneto tail显示文摘When the IMF turns southward, a great amount of magnetic energy is stored in the magnetotail, and the electric field across the magnetotail substantially en-hances. As long as magnetic reconnection (MR) in the mag-netotail initiates and continues, the magnetic field and plasma in the central plasma sheet are carried away to the near-Earth and down to the tail, the magnetic field and plasma in the lobe region enter the CPS and are involved in MR. We call this process “Continuous Lobe Reconnection (CLR)”. In this paper a detailed analysis of Cluster observa-tion of MR through 2001―2003 is made. Plenty of CLR events are found that led to considerable changes of tail con-figuration, appearance of BBF, as well as large-scale bubbles in which both plasma temperature and number density sub-stantially decrease. It is shown that in general CLR events last for dozens of minutes and have good correspondence to substorm initiation under the condition of continuous southward IMF. | CAO Xin PU Zuyin ZHANG Hui FU Suiyan XIAO Chijie LIU Zhenxing J. B. cao A. Korth M. Frazen Q. G. Zong H. Reme K. H. Glassmeier | 2005 | Chinese Science Bulletin2005,50,18: | 2 |
| 5 | The Cluster Magnetic Field Investigation: overview of in-flight performance and initial results显示文摘 | Balogh A. Carr C. M. Acu?a M. H. Dunlop M. W. Beek T. J. Brown P. Fornacon K.-H. Georgescu E. Glassmeier K.-H. Harris J. Musmann G. Oddy T. Schwingenschuh K | 1999 | Annales Geophysicae1999,,123: | 1 |
| 6 | Inhibition of HERG1 K+ channel protein expression decreases cell proliferation of human small cell lung cancer cells显示文摘 | Glassmeier G Hempet K Wulfsen I | 2012 | Pflugers Arch2012,463,2: | 1 |
| 7 | Modulation of Ca^2+ entry and plasma membrane potential by human TRPM4b显示文摘 | Fliegert R Glassmeier G Schmid F | 2007 | FEBS J2007,274,3: | 1 |
| 8 | Parallel PIC-code simulations of ion thrusterinduced plasma显示文摘 | OTHMER C GLASSMEIER K H MOTSCHMANN U | 2001 | Proceedings of ISSS-62001,,: | 1 |
| 9 | Mars-A planet in magnetic transition显示文摘 | Glassmeier K H Musmann G Vocks C | 2000 | Planetary and Space Science2000,48,1214: | 1 |
| 10 | The THEMIS fluxgate magnetometer 显示文摘 | AUSTER H U GLASSMEIER K H MAGNES W | 2008 | Space Science Review2008,141,: | 1 |
| 11 | Expression of functional GABAA receptors in cholecystokinin- secreting gut neuroendocrine murine STC-I cells 显示文摘 | Glassmeier G Herzig KH HO2pfner M | 1998 | J Physiol1998,510,3: | 1 |
| 12 | Multiple Flux Rope Events at the High-Latitude Magnetopause: Cluster/Rapid Observation on 26 January, 2001显示文摘 | Z. Y. Pu Q. -G. Zong T. A. Fritz C. J. Xiao Z. Y. Huang S. Y. Fu Q. Q. Shi M. W. Dunlop K. -H. Glassmeier A. Balogh P. Daly H. Reme J. Dandouras J. B. Cao Z. X. Liu C. Shen J. K. Shi | 2005 | Surveys in Geophysics (-)2005,,1: | 1 |
| 13 | THE CLUSTER MAGNETIC FIELD INVESTIGATION显示文摘 | A. Balogh M. W. Dunlop S. W. H. Cowley D. J. Southwood J. G. Thomlinson K. H. Glassmeier G. Musmann H. LüHR S. Buchert M. H. Acu?A D. H. Fairfield J. A. Slavin W. Riedler K. Schwingenschuh M. G. Kivelson | 1997 | Space Science Reviews (-)1997,,1: | 1 |
| 14 | Inhibition of HERG1 K + channel protein expression decreases cell proliferation of human small cell lung cancer cells显示文摘 | Glassmeier G Hempel K Wulfsen I | 2012 | Pflugers Arch2012,463,2: | 1 |
| 15 | KCNQ channels mediate IKs,a slow K+ current regulating excitability in the rat node of Ranvier显示文摘 | Schwarz JR Glassmeier G Cooper EC | | 0,,: | 1 |
| 16 | ULF waves in planetary magnetospheres显示文摘 | Glassmeier K H Espley J | 2006 | In Geophy Monograph Series2006,169,: | 1 |
| 17 | Standing hydromagnetic waves in the Io plasma torus: Voyagea 1 observations显示文摘 | Glassmeier K H | | JGR0,94,15: | 1 |
| 18 | The Rosetta mission: Flying towards the origin of the solar system显示文摘 | GLASSMEIER K H BOEHNHARDT H KOSCHNY D | 2007 | Space Science Reviews2007,128,14: | 1 |
| 19 | Spatial and temporal characteristics of poloidal waves in the terrestrial plasmasphere: a CLUS- TER case study显示文摘 | Schafer S Glassmeier K H Eriksson P T I | 2007 | Annales Geophysicae2007,25,4: | 1 |
| 20 | Three-dimensional simulations of ionthruster beam neutralization显示文摘 | Othmer C Glassmeier K H Motschmann U | 2000 | Physics of Plasmas2000,7,12: | 1 |