<!DOCTYPE HTML PUBLIC "-//W3C//DTD HTML 4.01 Transitional//EN"> <html> <head> <meta http-equiv="Content-Type" content="text/html; charset=Shift_JIS"> <title>xlWxvz萻0000</title> <style type="text/css"> <!-- --> </style> <LINK href="../stel.css" rel="stylesheet" type="text/css"> </head> <body bgcolor=white background="../gif/BG_blue.gif" ><body> <P align="center"><IMG src="../gif/rainbow_bar.gif" width="590" height="5" border="0"><BR> <BR> <b><font size="+2"> TSK\'Yf[ [[0WttXxvz@b</font><br> 0<FONT size="+2"><B>xlWxvz</b></font> <H1 align="center">0000n0HhQ</H1> <P align="center"><IMG src="../gif/rainbow_bar.gif" width="590" height="5" border="0"><BR> <BR> <p>xlWxvz萻0000o00<font color="#FF0000">k1ёfe</font>k0L00f0D0~0Y00</p>  <p><font size="+1">!kVo0<font color="#FF0000">7g27e(ё) <strong><font color="#FF0000">15:00-</font></strong></font>g0Y00<br> <center> <table width="90%" border="2"> <tr> <td bordercolor="#FFFF99" bgcolor="#FFFFFF"><font color="#0000FF"> <!--<p align="center"><strong>zvh:Ng0T][</strong><br> Speaker: Lee Chulhyo</p> <p align="center"><strong>Lv:GPS0(uD0_000000000n0 Nzzn0MSTIDn0n0q}vRg</strong><br> <p align="center">Title: Statistical study of medium-scale traveling ionospheric disturbances observed with the GPS networks in new zealand</p>--> <p align="center"><strong>zvh1: ؚ(g0QOW</strong><br> Speaker1: Yuki Takagi</p> <p align="center"><strong>Lv1:000000000k0J0Q0011t^n0hQ)Y000,nk0We0O0SAR arc detachmentn0q}㉐g</strong><br> <p align="center">Title1: Statistical analysis of SAR arc detachment from the main oval based on 11-year all-sky imaging observations at Athabasca, Canada</p> <p align="center"><strong>zvh2: q\S +PS</strong><br> Speaker2: Tomofumi Yamaguchi</p> <p align="center"><strong>Lv2:200 GHz/^vRcTWSIS }P[n0s^bWOk0000000000teTVn0-</strong><br> <p align="center">Title2: The research of impedance matching circuit composed of planar transmission lines for superconducting SIS mixer based on series junction array in the 200 GHz band</p> <style> <br> <strong>zvh2: K</strong><br> Speaker2: K </p> <p align="center"><strong>Lv2: S0</strong><br> Title2: T 0</p> </style> <p align="center"><strong>eBf: s^b30t^7g27e (ё) 15:00-</strong><br> Date: July 27th, 2018 (Fri) 15:00-</p> <p align="center"><strong>4X@b : xvz@bqQ T(I 8 817[ </strong><br> Place: ISEE Research Institutes Building I, 8th floor 817</p> </font></td> </tr> </table> </center> <p>0N_n0N[0(leyeu)<br> 2018<br> <br> -------------------------<br> <p><font size="+1">NSn00000n02</font></p> <form name="list1"> <select name="op1" onChange="location.href=value"> <option value='' selected>t^xb</option> <option value="http://stdb2.isee.nagoya-u.ac.jp/div2/seminar.html#2018">2018t^</option> <option value="http://stdb2.isee.nagoya-u.ac.jp/div2/seminar.html#2017">2017t^</option> <option value="http://stdb2.isee.nagoya-u.ac.jp/div2/seminar.html#2016">2016t^</option> <option value="http://stdb2.isee.nagoya-u.ac.jp/div2/seminar.html#2015">2015t^</option> <option value="http://stdb2.isee.nagoya-u.ac.jp/div2/seminar.html#2014">2014t^</option> <option value="http://stdb2.isee.nagoya-u.ac.jp/div2/seminar.html#2013">2013t^</option> <option value="http://stdb2.isee.nagoya-u.ac.jp/div2/seminar.html#2012">2012t^</option> <option value="http://stdb2.isee.nagoya-u.ac.jp/div2/seminar.html#2011">2011t^</option> <option value="http://stdb2.isee.nagoya-u.ac.jp/div2/seminar.html#2010">2010t^</option> <option value="http://stdb2.isee.nagoya-u.ac.jp/div2/seminar.html#2009">2009t^</option> <option value="http://stdb2.isee.nagoya-u.ac.jp/div2/seminar.html#2008">2008t^</option> <option value="http://stdb2.isee.nagoya-u.ac.jp/div2/seminar.html#2007">2007t^</option> <option value="http://stdb2.isee.nagoya-u.ac.jp/div2/seminar.html#2006">2006t^</option> <option value="http://stdb2.isee.nagoya-u.ac.jp/div2/seminar.html#2005">2005t^</option> <option value="http://stdb2.isee.nagoya-u.ac.jp/div2/seminar.html#2004">2004t^</option> </select>0 </form> <hr> <p><A NAME="2018">2018t^</A></p> <div align="left"> <table width="100%" border="1"> <td>7/20</td> <td>Kota Zengyo<br> <td>An investigation of linearity performance of superconducting SIS mixer on millimeter-wave receiver </td></tr> <td>7/13</td> <td>Hiroyuki Iwata<br>Yutaka Okawa<br> <td>Research of a wide-band optical system for the atmospheric radiometer in millimeter-band <br> </td></tr> <td>7/6</td> <td>Zhang Yuting<br>Satoshi Tsuchiya<br> <td>Statistical study of Ionospheric Conductivity (Solar Zenith Angle) Dependence of the Subauroral Polarization Streams using the SuperDARN HF Radar Network <br>Long-term statistical analysis of phase velocity distribution of mesospheric and ionospheric waves in airglow images obtained in four stations (Shigaraki, Rikubetus, Magadan and Athabasca) </td></tr> <td>6/29</td> <td>Takuya Sori<br>Taishiro Miyamoto<br> <td>Review of  Ionospheric redistribution during geomagnetic storms <br>Review of "Energetic electron precipitation and auroral morphology at the substorm recovery phase" </td></tr> <td>6/22</td> <td>Kento Oya<br>Yusuke Henmi<br> <td>Review of  Statistical characterization of the large-scale structure of the subauroral polarization stream <br>Review of "LSTID observed by HFradar and GEONET" </td></tr> <td>6/15</td> <td>Yudai Inaba<br>Gemma Mizoguchi<br> <td>Review of  Ground and satellite observations of low-latitude red auroras at initial phase of magnetic storms <br>Review of "Wideband SIS Receivers Using Series Distributed SIS junction Array" </td></tr> <td>6/8</td> <td>Satonori Nozawa<br> <td>Current status of EISCAT_3D, and horizontal temperature gradients derived with the Tromsoe sodium LIDAR </td></tr> <td>6/1</td> <td>Tomomi Takei<br>Hideto Naito<br> <td>Review of "A low-energy charged particle distribution imager with a compact sensor for space applications" <br>Review of "New statistical analysis of the horizontal phase velocity distribution of gravity waves observed by airglow imaging" </td></tr> <td>5/25</td> <td>Shin-ichiro Oyama<br> <td>New insights from the ionospheric and thermospheric measurements at auroral latitudes </td></tr> <td>5/18</td> <td>Taku Nakajima<br> <td>Newly developed components in millimeter band on atmospheric radiometer for observational research of middle atmosphere environment </td></tr> <td>5/11</td> <td>Yuichi Otsuka<br> <td>GPS Observations of Medium-Scale Traveling Ionospheric Disturbances </td></tr> <td>4/27</td> <td>Nozomu Nishitani<br> <td>Introduction of Super Dual Auroral Radar Network (SuperDARN): Overview and Latest Results </td></tr> <td>4/20</td> <td>Kazuo Shiokawa<br> <td>Introduction of the OMTIs and PWING projects </td></tr> <td>4/13</td> <td>Masafumi Hirahara<br> <td>Observations and Future Space Exploration Mission in Magnetosphere-Ionosphere-Thermosphere Coupling System of the Earth </td></tr> <td>4/6</td> <td>Teachers<br> <td>Introduction of student research topics </td></tr> <td>2/13</td> <td>Prayitno Abadi<br> <td>Role of the pre-reversal enhancement and medium-scale gravity wave on the multiple plasma bubble occurrence </td></tr> <td>2/9</td> <td>Heqiucen Xu<br> <td>A study of quiet-time wind pattern using an FPI at Troms </td></tr> <td>2/2</td> <td>Naoya Hisada<br>Yuhei Takeshita<br> <td>Automatic derivation of propagation of MSTID observed by Hokkaido East HF radar <br>The study on the longitudinally distribution of magnetospheric ELF/VLF emission using simultaneous observation in Athabasca, Kapuskasing and Gakona </td></tr> <td>1/26</td> <td>Shouki Iriyama<br>Takahiko Kosegaki<br> <td>Study on improving characteristics of local oscillation signal for low noise of millimeter wave receiver <br>Development of a broadband intermediate frequency chain for the new millimeter-wave radiometer </td></tr> <td>1/19</td> <td>Sayaka Sakamoto<br> <td>Observations of ionospheric scintillation and total electron content using Global Navigation Satellite System (GNSS) receivers in Troms, Norway </td></tr> <td>1/12</td> <td>Katsuki Nishi<br> <td>Study of auroral finger-like structures and magnetospheric pressure fluctuations based on ground and satellite observations </td></tr> </table> <BR> <BR> <BR> <hr> <p><A NAME="2017">2017t^</A></p> <div align="left"> <table width="100%" border="1"> <td>12/22</td> <td>Kouhei Iida<br>Toshiki Sugiyama<br> <td>Ionospheric electric field oscillation associated with Sudden Commencement seen by SuperDARN radars and ground magnetometers <br>Temporal and spatial variations of storm-time ionospheric irregularities on the basis of GPS-TEC data analysis </td></tr> <td>12/15</td> <td>Huang Fuqing<br> <td>The study of ionospheric variations using regional GNSS observation network </td></tr> <td>12/8</td> <td>Aysegul Ceren Moral<br> <td>Observations of Traveling Ionospheric Disturbances by CHAMP satellite and GEONET-TEC map </td></tr> <td>12/1</td> <td>Yutaka Ohkawa<br> <td>Experimental development of the calibration system for ion/electron beam line </td></tr> <td>11/24</td> <td>Uma Das<br>Kohei Haratani<br> <td>Tidal Variability in the Middle and Upper Atmosphere <br>Development of a waveguide-type multiplexer in 200GHz band for simultaneous observation of atmospheric molecular lines </td></tr> <td>11/17</td> <td>Masaki Nishino<br> <td>A reconsideration of solar wind entry into the lunar wake </td></tr> <td>11/10</td> <td>Mitsuru Matsumura<br> <td>GAIA simulations of solar flare impacts on plasma vortex in the equatorial evening Ionosphere </td></tr> <td>10/27</td> <td>Geeta Vichare<br> <td>Overview of low latitude current systems </td></tr> <td>10/20</td> <td>Atsuki Shinbori<br> <td>Temporal and spatial variations of the plasmasphere and ionosphere during geomagnetic storms based on an integrated data analysis of ground-based and satellite observations </td></tr> <td>10/13</td> <td>Hiroyuki Iwata<br>Kouta Zengyou<br> <td>Design of a wide-band optics for the atmospheric radiometer in millimeter-band <br>An Investigation of Linearity Performance of Superconducting SIS Mixer on Millimeter-Wave Receiver </td></tr> <td>10/6</td> <td>Satoshi Tsuchiya<br>Yuuki Takagi<br> <td>Phase velocity distribution of mesospheric and ionospheric waves in airglow images over 16 years at Rikubetsu and Shigaraki, Japan: Local time variation and relation to stratospheric sudden warming <br>Statistical analysis of SAR arc detachment from the main oval based on 11-year all-sky imaging observations at subauroral latitude </td></tr> <td>9/29</td> <td>Neethal Thomas<br> <td>Study of substorm associated Pi2 pulsations in different local time sectors </td></tr> <td>9/22</td> <td>Yohei Ogawa<br>Yuting Zhang<br> <td>Statistical study of sporadic sodium layer (SSL) in the polar lower thermosphere and upper mesosphere by using the Troms sodium LIDAR <br>Statistical study of Ionospheric Conductivity (Solar Zenith Angle) Dependence of the Subauroral Polarization Streams using the SuperDARN HF Radar Network </td></tr> <td>9/8</td> <td>Devanaboyina Venkata Ratnam<br> <td>Ionospheric Total Electron Content Forecasting Algorithms using Ground Based GNSS observations over India and Japan </td></tr> <td>9/1</td> <td>Sergii V.Panasenko<br> <td>Ionospheric Research in Ukraine using Kharkiv Incoherent Scatter Facility </td></tr> <td>7/28</td> <td>Katsuki Nishi<br> <td>Ground-based magnetospheric observation of auroral finger-like structures using the RBSP-A satellite in the innser magnetosphere </td></tr> <td>7/21</td> <td>Kohei Haratani<br>Kohei Iida<br> <td>Development of 200GHz band waveguide multiplexer for simultaneous observation of atmospheric molecules' multi-emission lines in Antarctica <br>Ionospheric electric field oscillation associated with Sudden Commencement seen by SuperDARN radars and ground magnetometers </td></tr> <td>7/14</td> <td>Sayaka Sakamoto<br>Toshiki Sugiyama<br> <td>Observations of ionospheric scintillation and total electron content using Global Navigation Satellite System (GNSS) receivers in Troms, Norway <br>Characteristics of ionospheric irregularities based on case and statistical analyses of GPS-TEC </td></tr> <td>7/7</td> <td>Daniel Okoh<br>Prayitno Abadi<br> <td>Occurrence frequency of Equatorial Plasma Bubbles over West Africa using an All-sky Airglow Imager and GNSS receivers <br>Forecasting day-to-day occurrence of equatorial spread-F in Southeast Asia </td></tr> <td>6/30</td> <td>Naoya Hisada<br> <td>Review of "Sources and characteristics of medium-scale traveling ionospheric disturbances observed by high-frequency radars in the North American sector" </td></tr> <td>6/23</td> <td>Shouki Iriyama<br>Takahiko Kosegaki<br> <td>Review of "Design and Development of a Hybrid-coupled Waveguide Multiplexer for a Multiband Receiver" <br>Review of "Performance of Production Band 3 receivers (84-116GHz) for the Atacama Large Millimeter Array (ALMA)" </td></tr> <td>6/16</td> <td>Yuna Oshima<br>Yutaka Ohkawa<br> <td>Review of "Horizontal structure of wind velocity field around the mesopause region derived from meteor radar observations" <br>Review of "Imaging and Rapid Sucanning Ion Mass Spectrometer(IRM) for the CASSIOPE e-POP Mission" </td></tr> <td>6/9</td> <td>Shinichiro Oyama<br> <td>Energetic electron precipitation and auroral morphology at the substorm recovery phase </td></tr> <td>6/2</td> <td>Yuichi Otsuka<br> <td>Ionospheric Observations using GPS </td></tr> <td>5/26</td> <td>Yuhei Takeshita<br>Heqiucen XU<br> <td>Simultaneous0observation of magnetospheric ELF/VLF emissions in Canada, Finland, and Antarctica <br>Study of thermospheric wind variations at substorm onsets using a Fabry-Perot interferometer at Tromsoe, Norway </td></tr> <td>5/19</td> <td>Satonori Nozawa<br> <td>Vertical motion of the neutral atmosphere above Troms </td></tr> <td>5/12</td> <td>Taku Nakajima<br> <td>Development of the next generation radiometer in millimter band for obsevational research of middle atmosphere environment </td></tr> <td>4/28</td> <td>Nozomu Nishitani<br> <td>Dynamics of global ionospheric convection observed by the SuperDARN network </td></tr> <td>4/21</td> <td>Masafumi Hirahara<br> <td>Space Plasma Phenomena of the Ionosphere-Magnetosphere Coupling Processes in the Earth's Polar Regions </td></tr> <td>4/14</td> <td>Kazuo Shiokawa<br> <td>Introduction to the PWING Project </td></tr> <td>4/7</td> <td>Teachers<br> <td>Introduction of student research topics </td></tr> <td>2/24</td> <td>Yosifumi Saito (Special Seminar)<br> <td>Solar wind interaction with the Moon </td></tr> <td>2/17</td> <td>J.B.H.Baker<br> <td>Large-Scale Structure and Dynamics of the Sub-Auroral Polarization Stream (SAPS) </td></tr> <td>2/10</td> <td>Martin Connors<br> <td>Inversion and Interpretation of Ground Magnetic Data, Including Impulsive Events </td></tr> <td>2/3</td> <td>Pasha Ponomarenko<br> <td>Effects of refractive index of the ionosphere on characteristics of SuperDARN echoes </td></tr> <td>1/27</td> <td>Yuting Zhang<br> <td>Study of Electrical Conductivity Dependence of the Subauroral Polarization Stream Observed by SuperDARN Hokkaido-Rikubetsu HF Radar </td></tr> <td>1/20</td> <td>Shingo Yokote<br>Kou Udagawa<br> <td>Study of local time and seasonal variation of ionospheric plasma environment observed by the HF radar receiver <br>Study of characteristics of the upper mesosphere and lower ionosphere by the SuperDARN HF radar </td></tr> <td>1/13</td> <td>Hiroyuki Iwata<br>Kouta Zengyou<br> <td>Optical design for wide bandwidth in millimeter-wave spectroscopy and evaluation by electromagnetic optics simulator <br>Study of noise temperature characteristics of 200 GHz band SIS mixer </td></tr> <td>1/06</td> <td>Yuuki Takagi<br>Satoshi Tsuchiya<br> <td>Statistical Analysis of Substorm-Associated SAR arcs at Subauroral latitudes based on all-sky imaging observations at Athabasca, Canada <br>Long-term statistical analysis of horizontal phase velocity distribution of mesosphere and ionosphere waves in airglow images at Rikubetsu </td></tr> </table> <BR> <BR> <BR> <hr> <p><A NAME="2016">2016t^</A></p> <div align="left"> <table width="100%" border="1"> <td>12/16</td> <td>Keita Yamawaki<br>S. G. Sumod<br> <td>A study of method for estimating absolute TEC using GNSS system <br>Coupling Processes in the Equatorial Upper Atmosphere </td></tr> <td>12/9</td> <td>Tam Dao<br>Hisao Takahashi<br> <td>Study on the generation mechanism of post-midnight field-aligned irregularities observed with the Equatorial Atmosphere Radar <br>Ionospheric plasma bubbles and MSTID: what we learned from the ISEE workshop </td></tr> <td>12/2</td> <td>Heiquiucen Xu<br>Daiki Takeo<br> <td>Thermospheric wind variations by a Fabry-Perot interferometer at Tromsoe, Norway, around substorm onsets <br>Sixteen-year variation of horizontal phase velocity and propagation direction of mesospheric and thermospheric waves in airglow images at Shigarkai, Japan </td></tr> <td>11/25</td> <td>Segun Bolaji<br>Naoki Akiyama<br> <td>SSW connects the lower with upper atmosphere and modelling efforts <br>Optical Design of Measurement System for Superconducting Mixer on Atmospheric Observation Instruments and Measurement of Mixer Linearity </td></tr> <td>11/18</td> <td>Yusuke Yonezu<br> <td>Spatial extent of magnetospheric ELF/VLF emissions observed at Athabasca, Kannuslehto, and Syowa station </td></tr> <td>11/11</td> <td>Atsuki Shinbori<br> <td> A study of long-term variation in the upper atmosphere with the IUGONET data analysis system </td></tr> <td>11/4</td> <td>Aysegul Ceren Moral<br> <td> Ground-satellite conjugate observations of travelling ionospheric disturbances over Indonesia and Japan </td></tr> <td>10/28</td> <td>Balan Nanan<br>Yohei Ogawa<br> <td> Severe space weather and its relevance to the High-Tech society(2/2) <br>Statistical study of sporadic sodium layer (SSL) in the polar lower thermosphere and upper mesosphere by using the Troms sodium LIDAR </td></tr> <td>10/21</td> <td>Kouhei Iida<br>Katsuki Nishi<br> <td> Ionospheric electric field oscillation associated with Sudden Impulse seen by SuperDARN radars <br>Conjugate observation of aurora finger-like structures by ground all-sky cameras and THEMIS satellites </td></tr> <td>10/14</td> <td>Antti Kero(ISEE/CICR colloquium)<br> <td> D-region ionization characteristics inverted from ground based electron density measurements </td></tr> <td>10/7</td> <td>Balan Nanan(ISEE/CICR colloquium)<br> <td> Severe space weather and its relevance to the High-Tech society(1/2) </td></tr> <td>9/30</td> <td>Toshiki Sugiyama<br>Sayaka Sakamoto<br> <td>Analysis of the ionospheric irregularities in North America using GPS-TEC <br>A study of ionospheric scintillations and TEC variations on Global Navigation Satellite System (GNSS) in Troms Norway </td></tr> <td>9/27</td> <td>Hisao Takahashi(ISEE/CICR colloquium)<br> <td> Ionospheric Plasma Bubble Study in Brazil: Todays Aspect </td></tr> <td>9/23</td> <td>Tac Nakajima<br> <td>A Report of Visit Tromso for 300 days </td></tr> <td>9/16</td> <td>Kouhei Haratani<br>Tomohumi Yamaguchi<br> <td> Design of 180-260 GHz band waveguide filter bank for simultaneous observation of atmospheric molecules multi-emission lines in Antarctica <br>The research of impedance matching circuit composed of planar transmission line at 200GHz band superconducting mixer for Syowa station </td></tr> <td>9/12</td> <td>Jorge L. Chau (ISEE/CICR colloquium)<br> <td> Unusual 5-m E region field-aligned irregularities observed from Northern Germany during the magnetic storm of March 17, 2015 </td></tr> <td>9/9</td> <td>Masaki Nishino<br> <td> Kaguya observations of the lunar wake in the terrestrial foreshock </td></tr> <td>7/29</td> <td>Yusuke Yonezu<br>Keita Yamawaki<br> <td>Simultaneous observations of magnetosperic ELF/VLF emissions at Athabasca, Kannuslehto, and Syowa Station <br>Improvement of the method to estimate TEC using GPS data </td></tr> <td>7/22</td> <td>Heqiucen XU<br>Daiki Takeo<br> <td> Thermospheric wind variations observed by a Fabry-Perot interferometer at Tromsoe, Norway, around substorm onsets <br> Long-term variation of horizontal phase velocity spectrum and propagation direction of mesospheric and thermospheric gravity waves observed by an airglow imager at Shigaraki, Japan </td></tr> <td>7/15</td> <td>Tam Dao<br>Naoki Akiyana<br> <td> Coordinated observations of post-midnight irregularities, thermospheric neutral wind and temperature <br>Optical Design of Measurement System for Superconducting Mixer on Atmospheric Observation Instruments and Measurement of Mixer Linearity </td></tr> <td>7/8</td> <td>Lei Cai<br> <td>Electromagnetic energy input to the high-latitude ionosphere </td></tr> <td>7/1</td> <td>Mitsuru Matsumura<br> <td>Modeling of ionospheric response to solar flares </td></tr> <td>6/24</td> <td>Yohei Ogawa<br>Sayaka Sakamoto<br>Toshiki Sugiyama<br> <td> Review of "A case study on generation mechanisms of a sporadic sodium layer above Troms (69.6N) during a night of high auroral activity" <br>Review of "Observations of GPS scintillation during an0isolated auroral substorm" <br>Review of "Fine structure of subauroral electric field and electron content" </td></tr> <td>6/17</td> <td>Prayitno Abadi<br>Hiroyuki Iwata<br>Kouta Zengyo<br> <td> Study of Plasma Bubble Generation Based on GNSS Scintillation Observations in Southeast Asia <br>Review of "Frequency Independent Design of Quasi-optical Systems" <br>Review of "A ground-based technique for millimeter wave spectroscopic observations of stratospheric trace constituents" </td></tr> <td>6/10</td> <td>Kou Udagawa<br>Yuting Zhang<br> <td> Review of "Mesosphere summer echoes observed with the SuperDARN Hokkaido HF radar at Rikubetsu, Japan (43.5%N)" <br>Review of "Large-scale observations of a subauroral polarization stream by midlatitude SuperDARN radars: Instantaneous longitudinal velocity variations" </td></tr> <td>6/3</td> <td>Yuuki Takagi<br>Satoshi Tsuchiya<br> <td> Review of "SAR arcs we have seen: Evidence for variability in stable auroral red arcs" <br>Review of "New statistical analysis of the horizontal phase velocity distribution of gravity waves observed by airglow imaging" </td></tr> <td>5/27</td> <td>Shin-ichiro Oyama<br> <td>Variations of the polar upper atmosphere at the substorm recovery phase </td></tr> <td>5/20</td> <td>Satonori Nozawa<br> <td>Studies of winds in the polar lower thermosphere using EISCAT radars </td></tr> <td>5/13</td> <td>Yuichi Otsuka<br> <td>Relationship of Field-Aligned Irregularities with Medium-scale Traveling Ionospheric Disturbances at mid-latitude and Equatorial Plasma Bubbles </td></tr> <td>5/6</td> <td>Nozomu Nishitani<br> <td>SuperDARN observations of the dynamics of the ionosphere and upper atmosphere </td></tr> <td>4/22</td> <td>Masafumi Hirahara<br> <td>In-situ observations and future missions based on spacecraft for research of space-terrestrial coupling mechanisms </td></tr> <td>4/15</td> <td>Kazuo Shiokawa<br> <td>Ground-based network observations of aurora and airglow: Overview </td></tr> <td>4/5</td> <td>All the Faculty Staff of Shiokawa Lab and SSe lab<br> <td>Introduction of student research topics </td></tr> <td>2/26</td> <td>Ay_egl Ceren Moral<br>Prayitno Abadi<br> <td>Conjugate observations of low-latitude travelling ionospheric disturbances by a 630-nm airglow imager at Indonesia and the CHAMP satellite <br>Equinoctial Asymmetry in the East-west Distribution of Scintillation Occurrence Observed by GPS Receivers in Indonesia </td></tr> <td>2/19</td> <td>Viswanathan Lakshmi Narayanan<br> <td>Understanding the disappearance of nighttime electrified medium-scale traveling ionospheric disturbances reaching lower latitudes </td></tr> <td>2/5</td> <td>Shinichiro OYAMA<br>Daniel Okoh<br> <td>Report of EISCAT experiments <br>A brief about the space environment research laboratory </td></tr> <td>1/29</td> <td>Neethal Thomas<br> <td>Low-latitude Pi2 oscillations observed by polar Low Earth Orbiting satellite </td></tr> <td>1/22</td> <td>Kouhei HARATANI<br>Tomofumi YAMAGUCHI<br> <td>Design of 250 GHz band waveguide filter for simultaneous observation of atmospheric trace molecules' multi-emission line <br>The research of impedance matching circuit composed of planar transmission line at 200GHz band superconducting mixer </td></tr> <td>1/15</td> <td>Kouhei IIDA<br>Katsuki NISHI<br> <td>SuperDARN radar observation of ionospheric flow oscillation associated with sudden impulse <br>Simultaneous observation of aurora finger-like structure by ground cameras and THEMIS satellites </td></tr> <td>1/8</td> <td>Yusuke Yonezu<br>Heqiucen Xu<br> <td>Simultaneous observations of ELF/VLF emissions at Canada, Finland, and Syowa Station <br>Statistical Analysis of Severe Magnetic Fluctuations in the near-Earth Magnetotail Observed by THEMIS-E </td></tr> </table> <BR> <BR> <BR> <hr> <p><A NAME="2015">2015t^</A></p> <div align="left"> <table width="100%" border="1"> <td>12/25</td> <td>Jun CHAE-WOO<br> <td>Study of the characteristics of structured/unstructured Pc1/EMIC waves in the magnetosphere and in the ionosphere </td></tr> <td>12/11</td> <td>Daiki TAKEO<br>Claudia MARTINEZ<br> <td> Long-term variation of horizontal phase velocity spectrum of mesospheric gravity waves observed by an airglow imager at Shigaraki <br>ELF/VLF waves related to magnetospheric compression: conjugated observations from satellite- and subauroral ground-based instruments </td></tr> <td>12/4</td> <td>Le minh Tan<br> <td>Study of the nighttime D-region ionosphere using tweek method </td></tr> <td>11/27</td> <td>Elijah Olukayode Falayi<br> <td>Response a Ionospheric disturbance dynamo and electromagnetic induction during geomagnetic storm </td></tr> <td>11/20</td> <td>Kazuo SHIOKAWA<br> <td>Measurements of airglow, aurora and ULF/ELF/VLF waves in Athabasca,Canada </td></tr> <td>11/13</td> <td>Nozomu NISHITANI<br> <td>Report on the first observation of a noctilucent cloud in Japan </td></tr> <td>11/6</td> <td>Keisuke NAKAGAWA<br> <td>Analysis of ion outflow from the earth's ionosphere observed by Geotail </td></tr> <td>10/30</td> <td>Koudai UWASHITOMI<br> <td>Observation of GNSS scintillation in Troms </td></tr> <td>10/23</td> <td>Naoki AKIYAMA<br> <td>Optical Design of Linearity Measurement System for Superconducting Mixer on Atmospheric radiometer </td></tr> <td>10/16</td> <td>Guozhu Li<br> <td>Study of ionospheric irregularity using Sanya VHF radar </td></tr> <td>10/9</td> <td>Chihaya KATO<br> <td>Development of Series Junction SIS Device in 200-GHz band </td></tr> <td>10/2</td> <td>Khan-Hyuk Kim<br> <td>EMIC waves observed at geosynchronous orbit under quiet geomagnetic conditions (Kp = 0-1) </td></tr> </table> <td><p align="center">![[0WttXxvz@bn0zvhLv000</td></p> <BR> <hr> <td><p align="center">S_xvz@bo02015t^10g1e00<strong>[[0WttXxvz@b</strong>x0h0u~00 Y00~0W0_00</td><br> <td>!e*Y}0WttXxvz@bn0zvhLv000</p> </td></tr> <div align="left"> <table width="100%" border="1"> <td>9/25</td> <td>Takuya MIZOGUCHI<br>Takanori Yamada<br> <td>Statistical analysis of Medium-Scale Traveling Ionospheric Disturbance using a GPS network in Alaska and consideration of its generating mechanism <br>A study of equatorial plasma bubbles by 630-nm airglow imaging observations from the International Space Station </td></tr> <td>9/18</td> <td>Shintaro TAKITA<br>Tatsuya HIBINO<br> <td>Comparison of neutral temperature with ion temperature In the polar lower thermosphere <br>Derivation of the upper stratospheric temperature with the sodium LIDAR at Troms </td></tr> <td>9/11</td> <td>Kouki ARIMI<br>Keisuke ISHIGURO<br> <td>Experimental development of Atmospheric Neutral Analyzer (ANA) for in-situ observations of planetary upper atmospheres <br>Design of the STIMS and experimental study of ion scattering characteristics at the foil </td></tr> <td>7/24</td> <td>Masaki NISHINO<br> <td>Observation of lunar sodium tail </td></tr> <td>7/17</td> <td>Tam DAO<br> <td>Altitude development of F-region Field-Aligned Irregularities at post-midnight in comparison with post-sunset time based on Equatorial Atmosphere Radar observations in Indonesia </td></tr> <td>7/10</td> <td>Prayitno Abadi<br> <td>Ionospheric scintillation and its impacts on GNSS (Global Navigation Satellite Systems) receiver </td></tr> <td>7/3</td> <td>Tulasi Ram<br> <td>Dusk side enhancement of convection electric field response - a case study on recent geomagnetic storm on 17 March 2015 </td></tr> <td>6/26</td> <td>Tetsuo MOTOBA<br> <td>Studies of magnetosphere-ionosphere coupling processes using ground-based auroral observations </td></tr> <td>6/19</td> <td>Katsuki NISHI<br>Kouhei HARATANI<br> <td>Review of "Rayleigh - Taylor type instability in auroral patches" <br>Review of "A New 60cm Radio Survey Telescope with the Sideband-Separating SIS Receiver for the 200 GHz Band" </td></tr> <td>6/12</td> <td>Kouhei IIDA<br>Shingo YOKOTE<br> <td>Review of "Magnetospheric responses to the passage of the interplanetary shock on 24 November 2008" <br>Review of "Large scale traveling ionospheric disturbance observed by SuperDARN Hokkaido HF radar and GPS networks on 15 December 2006" </td></tr> <td>6/5</td> <td>Daiki TAKEO<br>Yusuke YONEZU<br>Tomofumi YAMAGUCHI<br> <td>Review of "New statistical analysis of the horizontal phase velocity distribution of gravity waves observed by airglow imaging" <br>Review of "Ground-based ELF/VLF chorus observations at subauroral latitudes VLF-CHAIN Campaign" <br>Review of "A FIXED-TUNED W-BAND WAVEGUIDE SIS MIXER WITH 4.0-7.5GHz IF"<br> </td></tr> <td>5/29</td> <td>Shinichiro OYAMA<br> <td>Ionospheric variations at substorm and Impacts of the pulsating aurora on the atmosphere </td></tr> <td>5/22</td> <td>Masafumi HIRAHARA<br> <td>In-situ observations and their measurement technique for space-planetary sphere coupling processes </td></tr> <td>5/15</td> <td>Satonori Nozawa<br> <td>Sodium LIDAR observations at Tromsoe </td></tr> <td>5/8</td> <td>Taku NAKAJIMA<br> <td>Development of Superconducting millimeter wave radiometer for observation of minor molecules in the middle atmosphere </td></tr> <td>5/1</td> <td>Yuichi OTSUKA<br> <td>Studies of Medium-Scale Traveling Ionospheric Disturbances:Recent Optical and GPS Observations </td></tr> <td>4/24</td> <td>Nozomu NISHITANI<br> <td>Initial results from the SuperDARN HOP (Hokkaido Pair of) radars and ionospheric / magnetospheric disturbances observed during the March 2015 storm </td></tr> <td>4/17</td> <td>Kazuo SHIOKAWA<br> <td>Large geomagnetic storm of March 17, 2015 and low-latitude aurora observed in Japan </td></tr> <td>4/10</td> <td>Teachers<br> <td>Introduction of researches in division 2 </td></tr> <td>2/27</td> <td>Koudai UWASHITOMI<br>Jun CHAE-WOO<br> <td>Observation of GNSS scintillation in Tromso <br> Investigation of generation mechanisms of Pc1 pearl structures<br> </td></tr> <td>2/25</td> <td>Heqiucen XU<br>Claudia MARTINEZ<br> <td>Statistical analysis of magnetic field fluctuations in the near-Earth magnetotail by THEMIS <br>Characteristics of VLF/ELF emissions at subauroral latitudes<br> </td></tr> <td>2/17</td> <td>Keisuke ISHIGURO<br> <td>Design of suprathermal ion mass spectrometer (STIMS)<br> </td></tr> <td>1/30</td> <td>Shintaro TAKITA<br>Tatsuya HIBINO<br> <td>Comparison of the neutral temperature with the ion temperature <br>Derivation of stratospheric temperature with sodium rider echo<br> </td></tr> <td>1/23</td> <td>Kouki ARIMI<br>Keisuke NAKAGAWA<br> <td>Development of Atmospheric Neutral Analyzer (ANA) for In-situ Observations Planetary Neutral Atmospheres - Initial Operation Test of ANA - <br>Observation of Earth's ionospheric origin ions in the magnetotail<br> </td></tr> <td>1/16</td> <td>Naoki AKIYAMA<br>Hiroki ITO<br> <td>Optical Design of Measurement System for Superconducting Mixer on Atmospheric Observation Instruments and Measurement of Mixer Linearity <br>Development of CCD cloud monitor for millimeter-wave atmospheric observation<br> </td></tr> <td>1/9</td> <td>Ryusuke KIGAWA<br>Noriaki YOKOTANI<br> <td>HF0000SO\(u_jk000W0000tX YRn0xvz <br>Contribution of mid-latitude SuperDARN data to Map Potential Algorithm<br> </td></tr> </table> <BR> <BR> <BR> <hr> <p><A NAME="2014">2014t^</A></p> <div align="left"> <table width="100%" border="1"> <td>12/26</td> <td>Yuya DOUKI<br>Keita YAMAWAKI<br> <td>Effects of ionospheric spatical gradient on air navigation augmentation system based on GPS observation <br>Statistical study of longitude dependencies of medium-scale traveling ionospheric disturbances observed with GPS networks in North America<br> </td></tr> <td>12/12</td> <td>Manabu SHIMOYAMA<br> <td> In-situ measurement techniques of wind velocity, composition and temperature in the upper atmosphere </td></tr> <td>12/05</td> <td>Daisuke FUKUSIMA<br> <td>Study of dynamical neutral-plasma coupling processes in the low-latitude ionosphere based on ground-based airglow observations -preparation for PhD thesis </td></tr> <td>11/28</td> <td>Chihaya Kato<br>Takuya Mizoguchi<br>Takanori Yamada<br> <td>Development of Series Junction SIS Device in 200-GHz band <br>Statistical analysis of MSTIDs using a GPS network in Alaska and its relation to auroral activity <br>A study of equatorial ionospheric disturbances by 630nm airglow imaging observations from the International Space Station<br> </td></tr> <td>11/21</td> <td>Shin Suzuki<br> <td>Multipoint airglow imaging measurements of mesospheric gravity waves over Japan </td></tr> <td>11/07</td> <td>Ayumi Hashimoto<br> <td>Statistical study of auroral fragmentation into patches </td></tr> <td>10/25</td> <td>Yuichi Kato<br>Naoki Sunagawa<br> <td>statistical analysis of the plasmaspheric EMIC waves <br>Tens of seconds switching of correlation between ELF/VLF chorus waves and pulsating aurora observed at Athabasca, Canada<br> </td></tr> <td>10/17</td> <td>Hiroki Nagano<br>Taishi Tsuya<br> <td>Occurrence characteristics of subauroral rapid plasma flows observed by the SuperDARN Hokkaido HF radar <br>Study of mesosphere summer echoes observed by the SuperDARN Hokkaido HF radar<br> </td></tr> <td>10/10</td> <td>Yoshihiro Nakamura<br>Takeshi MINOURA<br> <td>v_70mmn000000(uD0_000000000r^ nk000qW)n^c[n0Kbl9eo<br>l0IQf[n0 TBf,nk000-N}^MSTIDn0Rui4X<br> </td></tr> <td>10/3</td> <td> O0S[<br>\(gf0<br> <td>cg_j-d (u|P[RghVzvk0TQ0_0ck0000n0i{<br>v}WxS0000ňn0(uD0_00000lR0|P[vN\O(un0vc,n[<br> </td></tr> <td>9/26</td> <td>Yuichi Otsuka<br> <td>GPS observations of the ionospheric irregularities </td></tr> <td>9/19</td> <td>Pasha Ponomarenko<br> <td>Expanding diagnostic capabilities of the Super Dual Auroral Radar Network </td></tr> <td>9/5</td> <td>Alexey Oinats<br> <td>Study of traveling ionosphere disturbances using SuperDARN ground backscatter data </td></tr> <td>7/25</td> <td>ؚKj0<br> <td>0000 Nzzg00WxldqNBfk0,nU00_0000000000000d\n0ub0}c_jin0xvz </td></tr> <td>7/18</td> <td>S(g0Ո_N<br>q\0of*Y<br> <td>GNSSn00W Nk0nK00_0b'Yh0d\pu8^n0}T<br>WS0000000n0GPS}k00c0f0,nU00_0MSTIDn0q}vxvz <br> </td></tr> <td>7/11</td> <td>yq\0v<br> O0_9j<br> <td>Αq\l,n@b(un0e_0j0100GHz/^\l{W!NOPl000000RSISSO_j<br>WSJStk0J0Q00bd\Wn0ClO,nn0_00n0\ }P[SIS 0Oc0_000l,n_j<br> </td></tr> <td>7/4</td> <td>(g] zN<br>*j7 a-f<br> <td>SuperDARNn0HF0000k0Y00ؚR00000㉐g0(uD00Ypen0000n0R<br>SuperDARNwl0000,nk000ؚ}^[Amn0'Y!jj0000000<br> </td></tr> <td>6/27</td> <td>-N] sOPy<br> g0_k<br> <td>00000n0CODIF0000(uD0_00000K00000~0g0n0x }000n08 L}k0Y00㉐gvxvz<br>00000Wfcg_jk0-d U00_00000-N'`|P[ϑRghV<br> </td></tr> <td>6/20</td> <td>[̑ ez<br> N ^'Y<br> <td>0000]00000000n0000000000,nk000'Yl͑Rln0xln0WSuipk0J0Q00GPSMOv00000000h00000n0zvIQn0O<br> </td></tr> <td>6/13</td> <td>n0uw*Yΐ<br>ekΑT<br> <td>MaCWAVE/MIDAS000000000-Nn0qNAm,n[h00͑Rlmcen0O<br>0000000RgxlP]_k0d\k0Am00Am<br> </td></tr> <td>6/6</td> <td>Α0w(g<br> <td>ghTn0xtXn0[f,n00W N,nn0geN`</td></tr> <td>5/30</td> <td>Nanan Balan<br> <td>Space weather and its relevance to the High-Tech society</td></tr> <td>5/23</td> <td>Αo `_<br> <td>EISCAT_3D;u</td></tr> <td>5/16</td> <td>70g<br> <td>SuperDARNSwmS-x%RHF0000g0,nU00_0</tr> <td>5/9</td> <td>'Yq\ 8ONΐ<br> <td>FPIh0IS0000g0,nU00_0R0000-Nn0qW YR</td></tr> <td>4/25</td> <td>s^S Ve<br> <td>[[zz0000n0vc,nh0cg;u</td></tr> <td>4/18</td> <td>iX] T+Y<br> <td>'YlIQdPg0,nU00_0WSSqQy_pk0J0Q00dSW0000000n0m1Y</td></tr> <td>4/11</td> <td>TYeT<br> <td>2萀xvzQ[n09}N</td></tr> <td>2/21</td> <td>R0zf<br> 'p0Nt}<br> nS0b%_<br> q\0u0[<br> Ng0T</td> <td>'Yl,nňnk0-d Y00SIS000n0,n[|n0i{<br> SuperDARNSwmS x%RHF00000(uD0_0000000Bfk0J0Q00W0000[Am YRn0xvz<br> 0000n0GPS,n}0(uD0_0-N!jO,d'`WdqNn0q}vxvz<br> V[[000000K00n00000000n0'YlIQdP,n<br> 00000000n0GPS,n}0(uD0_0-N!jO,d'`WdqNn0q}vxvz</td></tr> <td>2/14</td> <td> Nq\ f[<br> <td>Anomalous phenomena observed near Sq current focus</td></tr> <td>2/7</td> <td>|Α0o*Y<br> O0Ո\O<br> 'Y~g0v<br> Yq\0tf<br> !n0*Y</td> <td>000uiqgWk0J0Q00-N!jO,d'`WdqNn0q}㉐g<br> 0000000000k0J0Q00GNSSSO_j0(uD0_0W00000000n0,n<br> GPS0(uD0_0dSWWdqNSs0]0n0*zz*l/ec0000x0n0q_k0Y00xvz<br> 000 TSk000>e\}/^000n000000c[k0Y00xvz<br> 'YWwl00000(uD0_0*Y}000k000WtX YRn0xvz</td></tr> <td>1/31</td> <td>Viswanathan Lakshmi Narayanan<br> <td>Inferences from observations of MSTIDs over Yonaguni</td></tr> <td>1/24</td> <td>Satyavir Singh<br> <td>Electromagnetic ion cyclotron (EMIC) waves are in the inner magnetosphere: Waves and plasma properties</td></tr> <td>1/17</td> <td>y\0'YPy<br> |Α0o*Y</td> <td>Multi-point ground-based observations of low-latitude ionospheric disturbances<br> AGU00009}N</td></tr> <td>1/10</td> <td>70u0N}N<br> <td>Construction of the APHRODITE* precipitation database and its impact on improving Asian Monsoon Forecast</td></tr> </table> <BR> <BR> <BR> <hr> <p><A NAME="2013">2013t^</A></p> <div align="left"> <table width="100%" border="1"> <td>12/27</td> <td> O Ո\O<br> 'Y~g0v<br> %mK\0*Y_<br> Yq\0tf<br> !n0*Y</td> <td>NLun0xvzn0RT AGU Fall Meeting</td></tr> <td>12/20</td> <td>Ng0T][<br> nS0b%_<br> 'p0Nt}</td> <td>GPS0(uD0_000000000n0 Nzzn0MSTIDn0n0q}vRg<br> 0000 Nzzk0J0D0f0GPS,n}0(uD0_0-N!jO,d'`WdqNn0q}vxvz<br> SuperDARN SwmS-x%RHF00000(uD0_0000000Bfk0J0Q00W0000[Am YRn0xvz</td></tr> <td>12/13</td> <td>R0zf<br> q\0u0[</td> <td>'Yl,nňnk0-d Y00SIS000n0,n[|n0i{<br> V[[000000K00n00000000n0,n</td></tr> <td>12/6</td> <td> O Ո\O<br> Yq\ tf<br> ؚKj EN+Y</td> <td>Drift velocity of the ionospheric irregularities measured by closely-spaced GNSS receivers in Tromsoe, Norway<br> Investigation on the internal acceleration process of the outer radiation belt using the particle filter<br> Space Weather, why Brazil needs it ?</td></tr> <td>11/29</td> <td> O0S[<br> R0QON<br> \(gf0<br> x]0v<br> -NQg0_<br> 8lΑ0im</td> <td>cg_j-d (u|P[Rg_jhVzvk0TQ0_0ck0000n0i{<br> B0Q0|0n0[f0(uD0_0QxlWEMIClRn0q}㉐g<br> [[0000k0J0Q00lR0|P[vN\O(un0vc,n[<br> 000000000g0 TBfk0,nU00_0VLFlRh00000n0ؚBfRv㉐g<br> \W00000000r^ n0(uD0_0qW)n^n0,nKbln09eoh0q}㉐g<br> 'YWwl0000k000000000/^TM00000Amn0xvz</td></tr> <td>11/14</td> <td>y\ 'YPy<br> |Α o*Y<br> 'Y~g v<br> g P[<br> Kj,g B000</td> <td>Study of gravity waves generated from strong tropospheric convection over Brazil by using multi-point GPS-TEC data<br> Statistical characteristics of MSTIDs observed by 630-nm airglow imagers at Paratunka and Magadan, Russia<br> Evaluation of the impact of ionospheric disturbances on air navigation augmentation system using multi-point GPS receivers<br> Design of atmospheric neutral analyzer for neutral mass composition and wind measurement in the upper atmosphere<br> Statistical analysis of auroral structures related to the pressure-driven plasma instability based on ground optical observations</td></tr> <td>11/8</td> <td>%mK\ *Y_<br> -NQg _<br> !n *Y<br> {fm fk<br> R QON</td> <td>Study of upper atmosphere dynamics near mesopause region using the SuperDARN Hokkaido HF radar<br> Improvement of the method for measuring thermospheric temperature using small Fabry-Perot interferometers<br> Quantitative study of ionospheric disturbance characteristics during solar flare events using the SuperDARN Hokkaido Radar<br> Statistical characteristics of medium-scale traveling ionospheric disturbances observed by an airglow imager at Syowa Station, Antarctica<br> Statistical analysis of EMIC waves observed by the Akebono satellite in the inner magnetosphere</td></tr> <td>10/28</td> <td>Yq\ tf<br> R QON<br> y\ 'YPy<br> Claudia MARTINEZ<br> Jun Chae-woo<br> 'Y~g v<br> O Ո\O<br> g P[<br> Kj,g B000<br> {fm fk</td> <td>000 TSk000>e\}/^Q萠R_jin0c[<br> B0Q0|0n0[fn0,n0000(uD0_0QxlWEMIClRn0q}㉐g<br> 0000 Nzzn0;mzvj0[Am;mRK00zvuW0_0'Yl͑Rln0YpGPS-TEC,n<br> Polarization analysis of VLF/ULF chorus waves observed at Athabascaat subauroral latitudes<br> Coherence analysis of Pc1 geomagnetic pulsations observed at multipoint ground stations at Russia, Japan and Canada<br> WdqNn0YpGPC-TEC,nSs0*zz*l/ec0000k0[Y00q_UO<br> 0000000000k0J0Q00GNSSSO_j0(uD0_000000000,n<br> `f'Yln0vc,nk0TQ0_0-N'`|P[ϑRghVANAn0-<br> 0000g0n00W N,nk0We0O0'WRƙRW N[['`0:yUY000000i n0q}㉐g<br> WSui-fTW0Wn0'YlIQ0000000(uD0_0MSTIDn0q}㉐g</td></tr> <td>10/25</td> <td>ؚKj <br> %mK\ *Y_<br> !n *Y<br> |Α o*Y<br> -NQg _<br> \(gf <br> O S[<br> 8lΑ im</td> <td>0000 Nzzg00WxldqNBfk0,nU00_0000000000000d\QYn0'Yl)n^ YR<br> SuperDARNSwmS-x%RHF00000(uD0_0Yc[-NW000zvuyr'`n0xvz<br> SuperDARNSwmS-x%RHF0000h0[f*Y}>e\7_^0000(uD0_0*Y}000k000WtX YRn0ϑvyr'`n0xvz<br> Statistical characteristics of MSTIDs using 630-nm airglow imagers at Paratunka and Magadan, Russia<br> \W00000000r^ n0(uD0_0qWn0)n^,nKbln09eoh0_00_0)n^n0q}㉐g<br> v}WxS0000ňn0(uD0_00000lR0|P[vN\O(un0vc,n[<br> cg_j-d (u|P[RghVzvk0TQ0_0ck0000n0i{<br> SuperDARNSwmS-x%RHF0000g0,nU00_0000000/^ؚAmn0zvuyr'`</td></tr> <td>10/18</td> <td>Prayitno Abadi<br> <td>Study of low-latitude scintillation occurrences around the equatorial anomaly crest over Indonesia</td></tr> <td>10/11</td> <td>Elijah Olukayode Falayi<br> <td>Statistical study of geomagnetically induced current during geomagnetic storms using geoelectric fields and auroral electrojet indices</td></tr> <td>10/4</td> <td>4(g0<br> Septi Perwitasari<br></td> <td>Small-scale gravity waves in the mesosphere obtained by a multipoint airglow imaging network<br> Coordinated Observation between IMAP/VISI and Ground-based All-Sky Camera on Concentric Gravity Wave in the Lower Thermosphere</td></tr> <td>9/27</td> <td>'YZX0ĖN<br> <td>MU0000k000-NWqNAm,n: -NWqNAmn0qW0Wx0n0q_</td></tr> <td>9/20</td> <td>Brenton J. Watkins<br> <td>Ionospheric Modification with High-Power HF-frequency Radio Waves</td></tr> <td>9/13</td> <td>7 g<br> <td>SuperDARNSwmS-x%R,{N0,{N0000g000WxldqNBfn0W[Amyr'`</td></tr> <td>9/6</td> <td>Α w(g<br> <td>Lunar electromagnetic environment observed by SELENE (Kaguya)</td></tr> 00 <td>8/2</td> <td>Viswanathan Lakshmi Narayanan<br> <td>Airglow imaging observations of atmospheric gravity waves over Indian sector</td></tr> <td>7/26</td> <td>Claudia MARTINEZ<br> <td>Polarization analysis of VLF/ELF chorus waves observed at Athabasca at subauroral latitudes</td></tr> <td>7/24</td> <td>Evan Thomas<br> <td>Dynamics of the geomagnetically disturbed ionosphere as measured by GPS receivers and SuperDARN HF radars</td></tr> <td>7/19</td> <td>\(gf <br> -NQg _<br> x] \</td> <td>lR|P[vN\O(un0vc,nn0_00n0[Q00000000[<br> \W00000000r^ n0(uD0_0qWn0)n^,nKbln09eo<br> WSui-fTW0Wg0,nU00_0000000000000h00000lRn0vONO㉐g</td></tr> <td>7/12</td> <td>Kj,g B000<br> 8lΑ im<br> {fm fk</td> <td>'WRƙRW0000 N[['`0:yUY000000i n00W NIQf[,nk0We0O0q}㉐g<br> QxlWk0J0Q000000'WRn0іj0i n0U(WSW0_00n0h0W0f0n00000000n0000000/^ؚAmn0Rvyr'`<br> SuperDARNSwmS-x%RHF00000(uD0_0-NWLubn0'YlRKak0Y00xvz</td></tr> <td>7/5</td> <td> O S[<br> q\0u [<br> %mK\ *Y_</td> <td>5eV/charge K0010keV/charge~0g0n000000{Vk0J0Q00[fh00000-d n0000ϑRghVn0ck0000<br> -N}^k0J0Q00Yn0-N!jO,d'`WdqNn00W N0[f,n<br> SuperDARNSwmS-x%RHF00000(uD0_0-NWLubn0'YlRKak0Y00xvz</td></tr> <td>6/28</td> <td>R zf<br> Ng T][<br> nS b%_</td> <td>85-115GHz/^n0l)Ye,n(uSO_jn0zv<br> WS0000000n0GPS0)R(uW0_0-N!jO,d'`WdqNn0q}vj0xvz<br> 00000 Nzzk0J0Q00-N!jO,d'`WdqNn0GPS,n</td></tr> <td>6/21</td> <td>(g] zN<br> n Nt}<br></td> <td>ؚ}^Wk0J0Q00\!ji n0xvz0vvh0W0_0HF phased-array 0000<br> SuperDARN0000k000000000zvuBfk0J0Q00[Am,nn0superposed epoch㉐g</td></tr> <td>6/14</td> <td>Suhaila Binti M Buhari<br> ؚKj <br></td> <td>the observation of 2 D map of equatorial plasma bubble using GPS network<br> 0000|P[M Nk00000000[^ YSn0Rg㉐gP}g</td></tr> <td>6/7</td> <td>Αo `_<br> <td>EISCAT-LIDAR TBf,nk0000000RqUO</td></tr> <td>5/31</td> <td>Jun Chae-Woo<br> <td>Statistical analysis of Pc1 pulsations observed at three stations at middle to low altitudes</td></tr> <td>5/17</td> <td>|Α o*Y<br> 'Y~g v<br> O Ո\O<br> wҞ u`N<br> g P[</td> <td>0000k0J0Q00-N!jO,d'`WdqNn0'YlIQ000000,n<br> GPS0(uD0_0WdqNn0,nSs0*zz*l/ec0000k0[Y00q_UO<br> 0000k0J0Q00GNSSSO_j0(uD0_000000000,n<br> 0Wt0`fxlWcg0vcW0_0ؚϑRToFW000ϑRghVn0-<br> -N'`|P[RghVk0J0Q00ؚhTl4XW000ϑRgn0iQRsh0ϑRn0yr'`</td></tr> <td>5/10</td> <td>R QON<br> Yq\ tf<br> !n *Y<br> y\ 'YPy</td> <td>B0Q0|0n0[fn0,n0000(uD0_0QxlWEMIClRn0q}㉐g<br> 000 TS0(uD0_0>e\}/^000n09eo<br> SuperDARNSwmS-x%RHF00000(uD0_0*Y}000Bfk0J0Q00WtX YRn0ϑvyr'`n0xvz<br> 0000 Nzzn0;mzvj0[Am;mRK00zvuW0_0'Yl͑Rln0YpGPS-TEC,nRg㉐gP}g</td></tr> <td>4/26</td> <td>s^S Ve<br> <td>e,gn0[[zzcg;uk0TQ0_000000|P[RghVzvn0srh0eT'`</td></tr> <td>4/19</td> <td>-N\ b<br> <td>lg`(u00l/^O\SO_jn0zv</td></tr> <td>4/12</td> <td>TYeT<br> <td>2萀xvzQ[n09}N</td></tr> <td>2/26</td> <td>{fm fk<br> zq\ R_N<br> PO 'Y9j</td> <td>WSui-fTW0Wn0'YlIQ000000k000MSTIDn0q}㉐g<br> 'YWwl0000g0,nU00_0Amf000k000ؚd\'Yl YRn0xvz<br> V[[000000K00n0ؚd\'YldP,n630nm'YlIQ YRn0,n</td></tr> <td>2/25</td> <td>-NQg _<br> \(gf <br></td> <td>00000000r^ nk000qWn0)n^,nk0J0Q00㉐gKbln09eo<br> [Q00000000k0000000lR0|P[vN\O(un0vc,n[ 00000000tXn0i{ </td></tr> <td>2/15</td> <td>wҞ u`N<br> g P[<br></td> <td>0Wt0`fxlWcg0vcW0_0ؚRToFW000ϑRghVn0-<br> -N'`'Yln0vc,nbSn09}Nh0-N'`|P[RghVn0zvrl</td></tr> <td>2/8</td> <td>*jq\ O<br> <td>000000/^k0J0Q00VLF0000lRh0ؚ00000P[M00n0,nvxvz</td></tr> <td>1/29</td> <td>iX0W u`<br> <td>uiQW(0000000)h00000/^(0000)k0MOnY00EISCAT00000(uD0_0 N萱qWn0q}xvz</td></tr> <td>1/25</td> <td>KIM, Khan-Hyuk<br> [,g N̑P[<br></td> <td>Pc1/EMIC waves observed at subauroral latitude during sudden magnetospheric compressions<br> SwmS-x%RHF0000k00c0f0,nU00_0WULFlRh0x4XdqNn0k</td></tr> <td>1/18</td> <td>y\ 'YPy<br> <td>YpGPS-TEC0000(uD0_00000 Nzzn0;mzvj0[Am;mRK00zvuW0_0'Yl͑Rln0Rg㉐g</td></tr> <td>1/11</td> <td>iX] T+Y<br> <td>'YlIQdP0-N_h0W0_0-N!jO,d'`WdqNMSTID)n0,nxvzn0sr</td></tr> <td>1/4</td> <td>iX0W u`<br> <td>2*Y}hTgk00_00EISCAT00000(uD0_0uiW N萱qWn0xvz</td></tr> </table> <BR> <BR> <BR> <hr> <p><A NAME="2012">2012t^</A></p> <div align="left"> <table width="100%" border="1"> <td>12/21</td> <td>*jq\ O<br> <td>000000/^k0J0Q00VLF0000lRh0ؚ00000P[M00n0,nvxvz</td></tr> <td>12/14</td> <td>Yq\ tf<br> !n *Y<br> |Α o*Y</td> <td>|P[00000(uD0_0>e\}/^n0000 TSxvz<br> 'YWwl0000k000*Y}000Bfk0J0Q00WtX YRyr'`n0xvz<br> 000k0J0Q00630nm'YlIQ,nk0We0O0O,d'`WdqNn0q}㉐g</td></tr> <td>12/7</td> <td>'Y~g v<br> O Ո\O<br></td> <td>GPS0(uD0_0WdqNn0,nSs0*zz*l/ec0000k0[Y00q_g<br> 0000k0J0Q00GNSSSO_j0(uD0_0WdqNn0,n</td></tr> <td>11/30</td> <td>4(g <br> <td>'YlIQ,n 0000000};m(uk000e_0j0U\0</td></tr> <td>11/20</td> <td>ؚKj <br> *jq\ O<br></td> <td>A case study on upward propagating gravity wave in the polar MLT region<br> Study of wave-particle interactions of VLF/ELF chorus waves observed at subauroral latitudes</td></tr> <td>11/9</td> <td>zq\ R_N<br> PO 'Y9j<br></td> <td>'YWwl0000g0,nU00_0Amf000k000ؚd\'Yl YRn0xvz<br> ISS-IMAPk000630nm'YlIQn0,n"Rg㉐gP}g"</td></tr> <td>11/2</td> <td>-NQg _<br> \(gf <br></td> <td>00000000r^ nk000qWn0)n^,nk0J0Q000000㉐gln09eo<br> [Q00000000k000lR|P[vN\O(un0vc,n[</td></tr> <td>10/26</td> <td>{fm fk<br> <td>WSui-fTW0Wn0'YlIQ0000000(uD0_0MSTIDn0q}㉐g</td></tr> <td>10/16</td> <td>Yq\ tf<br> wҞ u`N<br> !n *Y</td> <td>00000P[0000(uD0_0>e\}/^00000000c[k0Y00000 TSxvz<br> qv0qv000ϑRghVn0- ؚϑR0vcW0_0RWTOFe_n0S'` <br> SuperDARNSwmS-x%RHF00000(uD0_0*Y}000k000WtX YRyr'`n0xvz</td></tr> <td>10/12</td> <td>*jq\ O<br> g P[<br></td> <td>000000/^g0,nU00_0VLF/ELF/^choruslRh0xlWP[n0vN\O(uk0Y00xvz<br> -N'`|P[RghV0ibY00ؚhTl4XW000ϑRgn0zv ؚhTl4XW000ϑRgn0|P[̎S-n0UO </td></tr> <td>10/5</td> <td>ؚKj <br> y\ 'YPy<br></td> <td>uiW-NW0 N萱qWk0J0Q00'Yl͑Rln0 NeO,dN zn0xvz<br> NO}^xlqQy_pk0J0Q00Midnight Brightness Waven0IQf[0l,n</td></tr> <td>9/28</td> <td> Nq\ f[<br> <td>Wk0J0Q00qv0000n0vc,nKblh0]0n0,nO</td></tr> <td>9/21</td> <td>[,g N̑P[<br> <td>[f0Hokkado HF radar0(uD0_0ULFlRn0m numbern0\Q</td></tr> <td>9/21</td> <td>Vyacheslav Pilipenko<br> <td>Modulation of the ionospheric plasma by long-period ULF waves: Radar, magnetometer, and GPS observations</td></tr> <td>9/12</td> <td>iX] T+Y<br> <td>0000;uPk000_00000b_bY00'WRRMƙRW N[[</td></tr> <td>9/7</td> <td>'Yq\ 8ONΐ<br> <td>0000FPI0(uD0_0qWxvz</td></tr> <td>8/2</td> <td>Vafi Doumbia<br> <td>Study of the Equatorial Electrojet from geomagnetic observations</td></tr> <td>7/27</td> <td>wҞ u`N<br> g P[<br></td> <td>cg_j-d (uqv000RghVPOLAR-TIDE k000ui0000n0ؚؚ^,n<br> B0Q0|0n0[fk0-d U00_0qv000ϑRghVn09}N</td></tr> <td>7/13</td> <td>Yq\ tf<br> |Α o*Y<br></td> <td>>e\}/^00000000n0ؚ|^c[k0Y00000 TSxvz<br> IQf[v0000000(uD0_0, ͑Rln0KRϑ00000n0c[</td></tr> <td>6/29</td> <td> O Ո\O<br> 'Y~g v<br></td> <td>*Y};mRui\gn0ؚ}^k0J0Q00GPS TEC000000000Ss000000000n0,n<br> GNSS*lk0[Y00WRgn00000</td></tr> <td>6/22</td> <td>'YZX ĖN<br> <td>GPS0(uD0_0Wxvz</td></tr> <td>6/15</td> <td>zq\ R_N<br> PO 'Y9j<br></td> <td>Bf|R000㉐gblk00009eoU00_0SuperDARN0000n0Amf,n<br> FORMOSAT-2/ISUALn0,n[k000mYn00000000k0J0Q00nm'YlIQn0}^ ؚ^k0[Y00,n</td></tr> <td>6/8</td> <td>{fm fk<br> -NQg _<br> \(gf </td> <td>000n00000000g0hQ)Y'YlIQ0000000(uD0f0,nU00_00uiQ/^n0-NW͑Rln0q}vyr_<br> 000000000000 000r^ nk0J0Q0000000}000000㉐g<br> [[zz0000P[[^n0ؚ000000n0_00n0eW0D00000000000i_</td></tr> <td>6/1</td> <td>Ng fi`<br> <td>A study of magnetosphere-ionosphere coupling process through the auroral electrons</td></tr> <td>5/18</td> <td>ؚKj <br> iX0W u`</td> <td>00000000000000(uD0_0uiW-NW0 N萱qWk0J0Q00'Yl͑Rln0 NeO,dn0xvz<br> *Y}hTgk00_00EISCAT00000(uD0_0uiW N萱qWn0xvz</td></tr> <td>5/11</td> <td>y\ 'YPy<br> *jq\ O<br> !n *Y</td> <td>dSWWk0J0Q000000000h0̀ofqWn0xlqQy_p,n<br> 000000/^k0J0Q00VLF/ELFlRR,n0000n0zv<br> SwmSSuperDARN00000(uD0_0*Y}000k000WtX YRn0xvz</td></tr> <td>4/27</td> <td>Andreas Keiling<br> <td>Giant Electrical Tornadoes in Outer Space</td></tr> <td>4/27</td> <td>Αo `_<br> <td>000000000(uD0_0SuiW-NW0 N萱qW'Yl)n^ YRn0xvz</td></tr> <td>4/20</td> <td>s^S Ve<br> <td>cg_jk000[[zz0000n0vc,nn0bS0[O0\eg</td></tr> <td>4/13</td> <td>7 g<br> <td>SuperDARNSwmS-x%RHF0000n0iSs02012t^3gxlP]k04OF04XdqNn0xvz</td></tr> <td>4/6</td> <td>iX] T+Y<br> s^S Ve<br> 7 g<br> Αo `_<br> 'YZX ĖN<br> 'Yq\ 8ONΐ<br> 4(g <br> Nq\ f[</td> <td>,{2萀n0xvzQ[n09}N</td></tr> <td>4/6</td> <td>iX] T+Y<br> <td>2012t^^[hQ</td></tr> <td>3/9</td> <td>'Yq\ 8ONΐ<br> <td>0000&0),nP}g</td></tr> <td>3/2</td> <td>Yq\ tf<br> s^S mL<br> !n *Y</td> <td>000 TS0(uD0_0>e\}/^0000000000000n0c[<br> GPS0(uD0_0qgS0We*Ys^ ml0W_n0hQP[pe YRn0xvz<br> 'YWwl00000(uD0_0*Y}000k000WtX YRn0xvz</td></tr> <td>2/24</td> <td>[,g N̑P[<br> <td>SwmS-x%RHF00000(uD0_0Wn0Pi20WxlRn0q}㉐g</td></tr> <td>2/14</td> <td>%m0u SSĖ<br> <td>gяn0000000000,nP}gn01X</td></tr> <td>2/8</td> <td> K<br> y\ 'YPy<br> <td>'YWwl0000k000-N}^WW[Amn0xvz<br> 630nm'YlIQdP,nk000YdSWn0WdqNn0xvz</td></tr> <td>1/31</td> <td>ؚKj <br> Kj,g e>T<br> <td>uiW-NW0 N萱qWk0J0Q00'Yl͑Rl0000000Rgn0xvz<br> S'k3Amf00000(uD0_00s^GW0'YlnoPll0n2eln0}^ YRn0xvz</td></tr> <td>1/27</td> <td> Nq\ f[<br> <td>ۘSOK00n0qv0qv0000n0vc,nKbl</td></tr> <td>1/20</td> <td>Αo `_<br> <td>0000000Amf00000(uD0_00s^GW0'YlnoPll0n2eln0xvz</td></tr> <td>1/6</td> <td> K<br> y\ 'YPy<br> <td>'YWwl0000k000-N}^WW[Amn0xvz<br> 630nm'YlIQdP,nk000YdSWn0WdqNn0xvz</td></tr> </table> <BR> <BR> <BR> <hr> <p><A NAME="2011">2011t^</A></p> <div align="left"> <table width="100%" border="1"> <td>12/26</td> <td>ΑQg P[<br> <td>-NNO}^h0000000/^g0,nU000Pc10WxlRn0OPlyr'`n0xvz</td></tr> <td>12/16</td> <td>s^S Ve<br> <td>0000P[n00000000000h0lxRAmn0R^k0Y000000b_Kan0v</td></tr> <td>12/2</td> <td>%mK\ *Y_<br> *jq\ O<br> <td>'YWwl0000k000-NWLubk0J0Q00tX YRn0xvz<br> 000000000000h0VLFlRn0,nk0TQ0_0R,n0000n0zv</td></tr> <td>11/25</td> <td>Ng fi`<br>  K<br> y\ 'YPy<br> </td> <td>Observations of plasma sheet electrons for FAST/THEMIS conjunction events<br> Superposed epoch analysis of mid-latitude ionospheric convection during disturbed periods with the SuperDARN Hokkaido radar<br> Simultaneous airglow observations of medium-scale traveling ionospheric disturbances and mesospheric gravity waves at equatorial latitudes</td></tr> <td>11/18</td> <td>Yq\ tf<br> s^S mL<br> !n *Y</td> <td>000 TSk000>e\}/^n0RWn0 T[ / 000 TSk000bceOpeh0m1YBf[pen0c[<br> GPS0(uD0_0qgS0We*Ys^ ml0W_n0hQP[pe YRn0xvz<br> 'YWwl00000(uD0_0*Y}000k000WtX YRn0xvz</td></tr> <td>11/11</td> <td>'YZX ĖN<br> ΑQg P[</td> <td>000000k0J0Q00wY-NNN0lxR} NGRi n00000,n<br> -NNO}^h0000000/^g0,nU000Pc10WxlRn0OPlyr'`n0xvz</td></tr> <td>10/28</td> <td> K<br> y\ 'YPy<br> %mK\ *Y_</td> <td>SwmS-x%RHF0000k000dqNBfk0J0Q00-N}^WW[Amn0SEA㉐g<br> WSS!NJStg0n0dSW0000000n0qW0W}T,n<br> SuperDARN SwmS-x%R HF0000k000-NW000n0q}㉐g</td></tr> <td>10/28</td> <td>A. V. Koustov</td> <td>SuperDARN Cross Polar Cap Potential: Everything you need to know about it </td></tr> <td>10/21</td> <td>ؚKj <br> Kj,g e>T</td> <td>000000000h0Amf00000(uD0_0'Yl͑Rl0000000Rgn0xvz<br> S'k3Amf00000(uD0_0s^GW0'YlnoPll0n2eln0xvz</td></tr> <td>10/12</td> <td>7 g</td> <td>SuperDARNSwmS-x%RHF0000g0,nU00_0Yg</tr> <td>10/7</td> <td>iX] T+Y</td> <td>IQf[,n_jhVn0-k0d0D0f0 </td></tr> <td>9/22</td> <td>4(g </td> <td>000000000g0n0'YlIQ,n </td></tr> <td>9/20</td> <td>P. T. Jayachandran</td> <td>Concurrent observation of GPS TEC and Riometer Absorption at High-latitudes </td></tr> <td>9/16</td> <td>ؚKj </td> <td>000000000h0Amf00000(uD0_0'Yl͑Rln0O,deTn0 T[ </td></tr> <td>9/9</td> <td>Kj,g e>T</td> <td>S'kAmf00000(uD0_00bd\Wz6qf)nMR_n0s^GW0'YlnoPlln0}^ YRn0xvz </td></tr> <td>9/2</td> <td>iX0W u`</td> <td>2007^2009t^n0*Y};mRui\gn0NOqW[^n0SV </td></tr> <td>7/29</td> <td>*jq\ O</td> <td>000g0,nU00_0VLF0000h000000000000n0vO </td></tr> <td>7/28</td> <td>Khan-Hyuk Kim</td> <td>Magnetospheric responses to sudden solar wind changes </td></tr> <td>7/22</td> <td>Ng fi`<br> s^S mL</td> <td>Geomagnetic conjugate observations of plasma sheet electrons by FAST and THEMIS<br> 2004t^12g26ek0zvuW0_00Wg0n0000000h00000 Nzzn0hQP[pe YRn0GPScw</td></tr> <td>7/15</td> <td>s^S Ve</td> <td>uiWxlWg0n00000|P[0zvIQn0,n </td></tr> <td>7/8</td> <td>'YZX ĖN</td> <td>000000k0J0Q000000000n0,n </td></tr> <td>7/1</td> <td>%mK\ *Y_</td> <td>SuperDARN SwmS-x%R HF00000(uD0_0яݍ▨000n0xvz </td></tr> <td>6/24</td> <td>ΑQg P[</td> <td>00000g0,nU00_0IPDPh0#Y0000000000 </td></tr> <td>6/17</td> <td>Yq\ tf<br> !n *Y</td> <td>00000k000wY-Nn00000000g0n0bR0000,n<br> SuperDARN0000g0,nW0_0ؚ}^0WWn0d\g0n0SFEn0'`</td></tr> <td>6/15</td> <td>ؚKj EN+Y</td> <td>Earth's atmosphere planetary waves observed by OMTI photometer, MF radar and ionosonde </td></tr> <td>6/10</td> <td>%m0u SSĖ</td> <td>0000000000000g0,nU00_0000000000000d\ </td></tr> <td>6/3</td> <td>'Yq\ 8ONΐ</td> <td>0000;mRh0000000n0 N萱qW YR </td></tr> <td>5/20</td> <td>Αo `_</td> <td>0000k0J0Q00000000000k000 N萱qW-NW'Yl)n^ YRn0xvz </td></tr> <td>5/13</td> <td> K<br> y\ 'YPy</td> <td>SwmS-x%R(&0000k000YOzBfk0J0Q00-N}^WW[Amn0xvz<br> 'YlIQ;uP0qW-N'`0Ss0Wؚ^n0 TBf,n0000(uD0_0dSWn0-N!jO,d'`WdqNn0NO㉐g</td></tr> <td>5/6</td> <td>\ *gw</td> <td>qgWS0000W N,n}0(uD0_0YW NGRi k0Y00xvz </td></tr> <td>4/22</td> <td>[,g N̑P[</td> <td>QxlWSs0Wg0,nU000Pi20WxlR </td></tr> <td>4/15</td> <td>7 g</td> <td>SuperDARNSwmS-x%RHF0000g0,nU000sa: *Y}000K000W~0g0 </td></tr> <td>4/8</td> <td>iX] T+Y</td> <td>xvz[n0xvz9}N - eNn0ex0 </td></tr> <td>2/18</td> <td>%mK\ *Y_<br> -N] Na*Y<br> T,g fN</td> <td>'YWwl0000k000Ed\W0qW0-NWn0xvz<br> 00000n0GPSSO_j}0Oc0_0hQP[pe YRn0q}vxvz<br> N][fB0Q0|0n0n0,n0000(uD0_0EMIClRn0q}㉐g</td></tr> <td>2/9</td> <td>h ŖN</td> <td>Y'YlIQ000000,nk0000000/^яPn0-N!jO,d'`WdqNn0xvz </td></tr> <td>2/7</td> <td>Ai Yong</td> <td>Fabry-Perot interferometer (FPI) development in China </td></tr> <td>2/3</td> <td>'YZX ĖN</td> <td>000000k0J0Q00lxR} NGRi n06(&0000,n </td></tr> <td>1/28</td> <td>iX] T+Y</td> <td>00000000r^ nk000qW)n^,nKblk0d0D0f0 </td></tr> <td>1/21</td> <td>Ng fi`</td> <td>Statistical study of the THEMIS satellite data for plasma sheet electrons carrying auroral upward field-aligned currents </td></tr> <td>1/14</td> <td>%mK\ *Y_<br> T,g fN</td> <td>SuperDARN SwmS-x%R HF00000(uD0_0яݍ▨000n0xvz<br> N][fB0Q0|0n0n0,n0000(uD0_0EMIClRn0q}㉐g</td></tr> <td>1/7</td> <td>-N] Na*Y</td> <td>00000n0GPSSO_j}0Oc0_0hQP[pe YRn0q}vxvz </td></tr> </table> <BR> <BR> <BR> <hr> <p><A NAME="2010">2010t^</A></p> <div align="left"> <table width="100%" border="1"> <td>12/24</td> <td>h ŖN</td> <td>0000000000Ss0000000000k0J0Q000Y'YlIQ000000,nk0000000/^яPn0-N!jO,d'`WdqNn0xvz </td></tr> <td>12/6</td> <td>ΑQg P[</td> <td>Polarization of Pc1/EMIC waves and related proton auroras observed at Athabasca </td></tr> <td>12/3</td> <td>h ŖN<br> y\ 'YPy</td> <td>Study of auroral-zone MSTIDs using 630nm airglow images at Tromsoe, Norway and Athabasca, Canada<br> Statistical analysis of nighttime MSTIDs based on airglow imaging observations in the equatorial thermosphere</td></tr> <td>11/22</td> <td> K<br> y\ 'YPy</td> <td>'YWwl0000k000-N}^WW[Amn0xvz<br> Y'YlIQ000000,nk0We0O0dSWn0-N!jO,d'`WdqNn0xvz</td></tr> <td>11/15</td> <td>%mK\ *Y_<br> -N] Na*Y<br> T,g fN</td> <td>SuperDARN SwmS-x %R HF00 000(uD0_0яݍ▨000n0xvz<br> 00000n0GPSSO_j}0Oc0_0hQP[pe YRn0xvz<br> N][fB0Q0|0n0n0,n0000(uD0_0EMIClRn0q}㉐g</td></tr> <td>11/8</td> <td> N}Y 1u}</td> <td>*Y}'Y!ji k0[Y00QxlW0000lR0>e\}/^P[XRn0OX['` </td></tr> <td>10/25</td> <td>ΑQg P[</td> <td>00000g0,nU00_0Pc1/EMIClRn0OPleTh000000000n0#'`k0d0D0f0n0q}㉐g </td></tr> <td>10/22</td> <td>h ŖN<br>  K<br> y\ 'YPy</td> <td>0000000000Ss0000000000k0J0Q00'YlIQ000000,nk0000000/^яPn0-N!jO,d'`WdqNn0xvz<br> 'YWwl0000k000YOzBfk0J0Q00-N}^WW[Amn0xvz<br> 'YlIQ000000,nk0We0O0dSqWn0-N!jO,d'`WdqNn0q}㉐g</td></tr> <td>10/15</td> <td>\ *gw</td> <td>2010t^2gn000-N0Wk04OF0WhQP[pen0 YR </td></tr> <td>10/6</td> <td>7 g</td> <td>SAPS0SAIDi YRn0yr'`k0d0D0f0 / wl0000000k0J0Q00ؚd\'Yl0000000-nn0rl1XJT </td></tr> <td>9/24</td> <td>'YZX ĖN</td> <td>W/qWn0JSt^hTg YR </td></tr> <td>9/17</td> <td>iX] T+Y</td> <td>ui0WxSs0PQ\k0J0Q003Sn0RIQ)n^000000n0Q!hckn0P}g </td></tr> <td>9/10</td> <td>y\ 'YPy</td> <td>'YlIQ000000,nk0We0O0dSqWn0-N!jO,d'`WdqNn0q}㉐g </td></tr> <td>7/30</td> <td>h ŖN</td> <td>0000g0n0630nm'YlIQ000000,nk0000000/^n0YMSTIDn0xvz </td></tr> <td>7/23</td> <td>Αo `_</td> <td>0000k0-nW0_0e0000000000 </td></tr> <td>7/16</td> <td> K</td> <td>Study of mid-latitude ionosphere convection during quiet and disturbed periods with the SuperDARN Hokkaido radar0 </td></tr> <td>7/9</td> <td>Ng fi`</td> <td>Magnetosphere-ionosphere coupling processes through auroral particles using the THEMIS satellite data0 </td></tr> <td>7/2</td> <td>ΑQg P[</td> <td>00000g0,nU00_0EMIClR/Pc10WxlRn0OPleTh00000n0#'`0 </td></tr> <td>6/25</td> <td>Ivan Kutiev</td> <td>Reconstruction of topside ionosphere and plasmasphere electron density profiles for space navigation0 </td></tr> <td>6/18</td> <td>%mK\ *Y_<br> T,g fN</td> <td>SwmS-x%RHF00000hQ)Y0000Ss0GPSSO_j}g0,nU00_0-N!jO,d'`WdqNh00000000Eh0n0#'`<br> xlWn0'Wk0Y00EMIC0Pc1lRn0THEMIS0CARISMAk000Y0Wp,n</td></tr> <td>6/4</td> <td>-N] Na*Y</td> <td>WS0000000k0J0Q00GPSSO_j}0(uD0_0-N!jOd'`WdqNn0q}vxvz0 </td></tr> <td>5/21</td> <td>h ŖN<br> y\ 'YPy</td> <td>'YlIQ000000,nk0000000/^n0-N!jO,d'`WdqNn0xvz<br> 'YlIQ000000,nk0We0O0dSqWn0-N!jO,d'`WdqNn0q}㉐g</td></tr> <td>5/12</td> <td>Ng fi`<br>  K</td> <td>Study of magnetosphere-ionosphere coupling processes through auroral particles using the THEMIS satellite data<br> SwmS-x%RHF0000k000YOzBf0dqNBfk0J0Q00-N}^WW[Amn0xvz</td></tr> <td>5/7</td> <td>ΑQg P[</td> <td>00000g0,nU00_0Pc1/EMIClRn0OPleTh00000n0#'`0 </td></tr> <td>4/30</td> <td>'YZX ĖN</td> <td>GPSk000W,n0 </td></tr> <td>4/23</td> <td>7 g</td> <td>SuperDARN000000n09}NSs02010/4/5-6xlP]n0,n1X0 </td></tr> <td>4/16</td> <td>\ *gw</td> <td>C/NOFS[fh00W N,n}0000(uD0_0dSWP[[^dqNn0NO㉐g0 </td></tr> <td>4/9</td> <td>iX] T+Y</td> <td>xvz[n0xvz9}N - eNn0ex0 -0 </td></tr> <td>3/12</td> <td>h0ŖN</td> <td>00000g0n0630nm'YlIQ000000,nk0000000/^n0TIDn0xvz </td></tr> <td>2/19</td> <td>4(g0^}<br> iS0wKNN </td> <td>RSmi֊ezvhOn0}00000g0n0GPS,nk000-N!jO,d'`WdqNn0q}vxvz<br> RSmi֊ezvhOn0}VLF/^6qlSO0000n0zv</td></tr></td> <td>2/12</td> <td>y\0'YPy <br> 0K </td> <td>RSmi֊ezvhOn0}630nm'YlIQ000000,nk0We0O0dSqWn0O,d'`WdqNn0q}㉐g<br> RSmi֊ezvhOn0}'YWwl0000k000YOzBf0dqNBfk0J0Q00-N}^WW[Amn0xvz</td></tr></td> <td>2/5</td> <td>4l70_N <br> ^S0zIQ </td> <td>OX֊ezvhOn0}dS'Yl00000(uD0_0ؚ^150kmlxR} NGRi n0xvz<br> OX֊ezvhOn0}'YWwl0000h0GPSSO_j}k000-N!jO,d'`WdqNn0xvz</td></tr></td> <td>1/29</td> <td>Ng0fi`</td> <td>Study of magnetosphere-ionosphere coupling processes through auroral particles using the THEMIS satellite data - preliminary analysis </td></tr> <td>1/22</td> <td>ΑQg0P[</td> <td>00000g0,nU00_0Pc1/EMICln0OPleTh00000n0#'` </td></tr> <td>1/15</td> <td>BWS0LkT~</td> <td>THEMIS[fg0,nU00_0EMIClRn0q}㉐g </td></tr></td> </tr> </table> <BR> <BR> <BR> <hr> <p><A NAME="2009">2009t^</A></p> <div align="left"> <table width="100%" border="1"> <td>12/25</td> <td>4l70_N <br> ^S0zIQ </td> <td>OX֊en0v!kzvhdS'Yl00000(uD0_0ؚ^150kmlxR} NGRi n0xvz<br> OX֊en0v!kzvh'YWwl0000h0GPSSO_j}k000-N!jO,d'`WdqNn0xvz</td></tr></td> <td>12/10</td> <td>-N\0zIQ </td> <td>000g0n00000,n000000Bfk0IcH000_0000000000000 </td></tr> <td>12/4</td> <td>^S0zIQ <br> 4l70_N</td> <td>SwmS-x%RHF0000h0GEONETg0,nU00_0STM0k0O,dY00YMSTID <br> dS'Yl0000h00000000000000(uD0_0e-Nk0,nU000150kmFAI000n0zvu;^h00000^n0q}㉐g</td></tr></td> <td>11/27</td> <td>h0ŖN <br> 70g</td> <td>'YlIQ000000,nk0000000/^n0O,d'`WdqNn0xvz <br> SuperDARNSwmS-x%RHF0000g0,nU00_0</tr></td> <td>11/20</td> <td>iS0wKNN<br> 4(g0^}</td> <td>VLFSO0000n0zv <br> 00000g0n0GPS,nk000-N!jO,d'`WdqNn0q}vxvz</td></tr></td> <td>11/13</td> <td>'YZX ĖN </td> <td>-N!jO,d'`WdqNk0Y00gяn0xvzP}gh0*gzlOUL </td></tr> <td>11/6</td> <td>0K<br> y\0'YPy</td> <td>0Wxl;mR^k0OX[Y00-N}^d\000000000000n0yr_ <br> dSqWg0630nm'YlIQ;uP-Nk0,nU00_0TIDn0xvz</td></tr></td> <td>10/30</td> <td>h0ŖN </td> <td>0000g0n0630nm'YlIQ000000,nk0000000/^n0TIDn0xvz </td></tr> <td>10/23</td> <td>Nanan Balan </td> <td>Magnetosphere-ionosphere-upper atmosphere coupling during CME passage. </td></tr> <td>10/16</td> <td>ΑQg0P[</td> <td>ؚ}^0WWg0n0Pc10WxlRn0OPlyr'`n0㉐g </td></tr> <td>10/9</td> <td>iX]0T+Y</td> <td>xlP]Rvk0,nU000NO}^0000 </td></tr> <td>10/2</td> <td>Sungeun Lee</td> <td>Researches of the Space Weather: REE, Coronal Hole Formation, GLE </td></tr> <td>9/25</td> <td> BWS0LkT~</td> <td>000000YBfk0zvuY0000(ray)0000n0i </td></tr> <td>9/18</td> <td>^S0zIQ<br> 4l70_N</td> <td>SwmS-x%RHF0000g0,nU00_0STM0k0O,dY00YMSTIDn00000000㉐g<br> dS'Yl0000g0</tr></td> <td>9/11</td> <td> -N\0zIQ</td> <td>000g0n00000,n000000Bfk0IcH000_0000000000000k0d0D0f0 </td></tr> <td>7/24</td> <td>iX]0T+Y</td> <td>00000000r^ nn0-h0-nk0d0D0f0 </td></tr> <td>7/17</td> <td>'YZX0ĖN</td> <td>00000000r^ ng0,nU00_0qW-N'`'Yln0q}㉐g </td></tr> <td>7/10</td> <td>70g</td> <td>SuperDARNSwmS-x%Rwl0000g0,nU00_0SAID/SAPSi n0hTgv YR </td></tr> <td>7/3</td> <td>0</td> <td>0000000cnn0_00J0O0</td></tr> <td>6/26</td> <td>^S0zIQ</td> <td>SwmS-x%RHF0000h0GEONETg0,nU00_0STM0k0O,dY00Yn0-N!jO,d'`WdqN </td></tr> <td>6/19</td> <td>4l70_N</td> <td>dS'Yl0000g0</tr> <td>6/12</td> <td>iS0wKNN<br> y\0'YPy</td> <td>xlP]-Nn0v[֊P[n0X'Yn0 g!qh00W Ng0,nU00_00000n0 YS<br> ֊e9}NdSqWk0J0Q00630 nm'YlIQn0;uP-Ng0nhTgvk0WSTM0k0RO0lR</td></tr></td> <td>6/5</td> <td>4(g ^}<br> 00 K</td> <td>WS0000000g0n0GPS,nk000-N!jO,d'`WdqNn0q}vxvz<br> -N}^k0B0000000SuperDARN0000K00d\[Amn0,n</td></tr></td> <td>5/29</td> <td>ΑQg0P[</td> <td>OPl㉐g0Oc0_0Pc10WxlRn0xvz </td></tr> <td>5/22</td> <td>h0ŖN</td> <td>֊e9}N0-N}^0Yk0J0Q00-N!jO,d'`WdqNn00W NJ00s0[fK00n0,n0Shiokawa et al. [2003] </td></tr> <td>5/15</td> <td>ΑQg0P[<br> 4l70_N</td> <td>-N}^Y0Wpn0\xRg0,nU00_0Pc 10WxlRn0OPl㉐g<br> dS'Yl0000g0</tr></td> <td>5/8</td> <td>BWS0LkT~<br> ^S0zIQ</td> <td>NcW N[[0000 -THEMIS GBO#n00W N,n000;m(uW0_0Rg㉐gP}g-<br> SwmS-x%RHF0000h0GEONETg0,nU00_0STM0k0O,dY00Yn0-N!jO,d'`WdqN</td></tr></td> <td>5/1</td> <td>-N\0zIQ</td> <td>Pulsating aurora k0d0D0f0 - 2008000,n00000000 </td></tr> <td>4/24</td> <td>'YZX0ĖN</td> <td>GPS0Oc0_0W,n </td></tr> <td>4/17</td> <td>70g</td> <td>SuperDARNSwmS-x%Rwl0000 - R_n0_00k00 </td></tr> <td>4/10</td> <td>iX]0T+Y</td> <td>xvz[n0xvz9}N - eNn0ex0 -0 </td></tr> <td>3/27</td> <td>Nanan Balan</td> <td>Super plasma fountain and ionospheric storms </td></tr> <td>3/17</td> <td>Pilipenko Slava</td> <td>What else can we do with Pc1/Pi1 ULF waves? </td></tr> <td>3/6</td> <td>iX] T+Y<br> 'YZX ĖN<br> 7 g</td> <td>000000000000000000000x%Rn0-nh0,nn09}N</td></tr></td> <td>2/25</td> <td>h ŖN</td> <td>SwmS x%RHF0000g0,nU00_0W000yr'`n0xvz</td></tr> <td>2/9</td> <td>g yT<br> q\w *Q</td> <td>(&0000h0'03SO_j}k000'Y!jO,d'`WdqNn0,nxvz<br> GPSSO_j}0000(uD0_0whTgW YRn0xvz</td></tr></td> <td>2/2</td> <td>\0u }N<br> ΑQg P[</td> <td>YlwIQf[,n_jhV-EISCAT0000 TBf,nk000W NTM0FACWk0J0Q0000000000n0xvz<br> -N}^Y0Wpn0\xRg0,nU00_0Pc 10WxlRn0OPl㉐g</td></tr></td> <td>1/30</td> <td>Nanan Balan</td> <td>Effects of CMEs on magnetosphere-ionosphere-upper atmosphere coupling</td></tr> <td>1/23</td> <td>h ŖN</td> <td>SwmS x%RHF0000g0,nU00_0W000yr'`n0xvz</td></tr> <td>1/16</td> <td>0</td> <td>]f[n0f[On0_00J0O0</td></tr> <td>1/9</td> <td>q\w *Q<br> g yT</td> <td>GPSSO_j}0000(uD0_0whTgW YRn0xvz<br> SwmS-x%RHF0000h0GEONETg0,nU00_0'Y!jO,d'`WdqNn00000000㉐g</td></tr></td> </tr> </table> <BR> <BR> <BR> <hr> <p><A NAME="2008">2008t^</A></p><div align="left"> <table width="100%" border="1"> <td>12/26</td> <td>BWS LkT~</td> <td>D֊NP[gn0zvh}</td></tr> <td>12/22</td> <td>-N\ zIQ</td> <td>D֊NP[gn0zvh}</td></tr> <td>12/19</td> <td>0</td> <td>AGUn0_00J0O0</td></tr> <td>12/12</td> <td>ΑQg P[</td> <td>Polarization analysis of Pc 1 geomagnetic pulsations observed at multi-point ground stations at middle latitude</td></tr> <td>12/5</td> <td>BWS LkT~</td> <td>000000/^g0qgTM0k0zvTY00d[z00000000h000000000n0X'YW</td></tr> <td>11/28</td> <td>0</td> <td>SuiW0000xvzO + MTIxvzƖOn0_00J0O0</td></tr> <td>11/21</td> <td>^S zIQ<br> 4l7 _N</td> <td>wl0000h0GPS0(uD0_0-N!jO,d'`WdqNn0xvz<br> dS'Yl0000g0</tr> <td>11/14</td> <td>-N\ zIQ</td> <td>pen0[f0000(uD0_0xlP]-Nn0broadband electronsn0xvz</td></tr> <td>11/7</td> <td>h ŖN</td> <td>SwmS x%RHF0000g0,nU00_0W000yr'`n000000OX['`</td></tr> <td>10/31</td> <td>'YZX ĖN</td> <td>000000k0J0Q00lxR} NGRi n06(&0000,n</td></tr> <td>10/24</td> <td>Martin Connors</td> <td>Inversion of Ground Magnetic Data - Overview and Prospects</td></tr> <td>10/17</td> <td>iX] T+Y</td> <td>0000000n0XLuk0J0Q00Rayleigh-TaylorW N[[i </td></tr> <td>10/10</td> <td>0</td> <td>SGEPSSn0_00J0O0</td></tr> <td>10/3</td> <td>g yT<br> ΑQg P[<br> ^S zIQ<br> 4l7 _N</td> <td>SwmS-x%RHF0000h0GEONETg0,nU00_0'Y!jO,d'`WdqNn00000000㉐g<br> -N}^K00000000/^k0J0Q00Pc 10WxlRn00W NYp,n<br> SwmS-x%RHF0000g0,nU00_0-N!jO,d'`WdqNn0Rg㉐gP}g<br> dS'Yl0000g0</tr> <td>9/26</td> <td>g yT</td> <td>SwmS-x%RHF0000h0GEONETg0,nU00_0'Y!jO,d'`WdqNn00000000㉐g</td></tr> <td>9/19</td> <td>q\w *Q<br> 4l7 _N</td> <td>GPSSO_j}0000(uD0_0WhQP[pe YRn0㉐g<br> dS'Yl0000g0</tr> <td>9/12</td> <td>B. Rabiu<br> <br> ^S zIQ</td> <td>EQUATORIAL ELECTROJET PARAMETERS ALONG 210 MAGNETIC MERIDIAN USING A THICK SHELL MODEL FORMAT: PRELIMINARY RESULTS<br> SwmS-x%RHF0000g0,nU00_0-N!jO,d'`WdqNn0Rg㉐gP}g</td></tr> <td>9/5</td> <td>ΑQg P[</td> <td>-N}^0W NYp,nk0J0Q00Pc 10WxlRn0OPl㉐g</td></tr> <td>7/25</td> <td>B. Rabiu</td> <td>CURRENT STATUS OF SOLAR TERRESTRIAL PHYSICS IN AFRICA AND SOME RESULTS ON EQUATORIAL ELECTROJET</td></tr> <td>7/18</td> <td>70g</td> <td>SuperDARN radar g0,nU00_0xlP]YBfk0J0Q00</tr> <td>7/11</td> <td>4l70_N</td> <td>dS'Yl0000g0</tr> <td>7/4</td> <td>-N\ zIQ</td> <td>pe[f00W N,nk0We0O0 storm-time substorm-Nn0broadband electrons n0xvz</td></tr> <td>6/27</td> <td>'YZX ĖN</td> <td>[[000000K00n0ؚd\'YldP;u</td></tr> <td>6/20</td> <td>0</td> <td>AOGSn0_00J0O0</td></tr> <td>6/13</td> <td>\]0_f_</td> <td>SwmS-x%R0000k0000n0,nP}g</td></tr> <td>6/6</td> <td>BWS LkT~</td> <td>hQ)YTV0000(uD0_0THEMIS00W N000000g0 ,nU00_000000000000000n0_0}i </td></tr> <td>5/30</td> <td>0</td> <td>#T'YOn0_00J0O0</td></tr> <td>5/23</td> <td>0</td> <td>#T'YOn0_00J0O0</td></tr> <td>5/14</td> <td>ΑQgP[ <br> gyT<br> q\w*Q</td> </td> <td>-N}^K00000000/^k0J0Q00Pc 1, PiB0WxlRn00W NYp,n <br> 2006t^12g15ek0SwmSHF0000h0GEONETg0,nU00_0'Y!jO,d'`WdqN<br> GPSSO_j}0(uD0_000W_n0WhQP[pe YRn0㉐g</td> </tr> <td>5/9</td> <td>^S zIQ</td> <td>00000000000000;m(uW0_0HF0000000n0㉐g</td></tr> <td>5/2</td> <td>g yT</td> <td>2006t^12g15ek0SwmS-x%RHF0000h0GEONETg0,nU00_0'Y!jO,d'`WdqN</td></tr> <td>4/25</td> <td>ΑQg P[</td> <td>-N}^k0J0Q00PiB0WxlRn00W NYp,n</td></tr> <td>4/18</td> <td>q\w0*Q</td> <td>GPSSO_j}0000(uD0_00W_n0WhQP[pen0㉐g </td></tr> <td>4/11</td> <td>7 g</br> iX]T+Y0</td> <td>xvz[n0xvz9}N - eNn0ex0 - </td> </tr> <td>3/14</td> <td>oS sOKN0</td> <td>]9}Nh0WSuipQ5_1XJT </td> </tr> <td>3/7</td> <td>q\w *Q0</td> <td>GPSSO_j}0000(uD0_00W_n0WhQP[pe YRn0㉐g </td> </tr> <td>3/3</td> <td>William Ward0</td> <td>Dynamics in the Mesopause region: Model results and observing strategies</td> </tr> <td>2/22</td> <td>]f[|t^u0</td> <td>RS֊zvhO</td> </tr> <td>2/15</td> <td>4l70_N <br> ^S0zIQ<br> R{N0[xQ<br> q\,g0\SU </td> </td> <td>KML0(uD0_0ؚd\'Yl000㉐gKbln0zv <br> 00000000000000;m(uW0_0HF0000000n0㉐g<br> SwmS-x%RHF0000g0,nU00_0W000n0q}㉐gxvz<br> e,gn0[f*l܈7_0000k0WL0NH00q_ vz</td> </tr> <td>2/8</td> <td>0</td> <td>tf[xvzyOX֊ezvhOn0_00J0O0</td> </tr> <td>2/1</td> <td>A.V. Koustov </td> <td>Ionospheric convection changes related to auroral substorm processes : SuperDARN radar contributions </td> </tr> <td>1/25</td> <td>g0yT </td> <td>2006t^12g15ek0SwmS-x%RHF0000h0GEONETg0,nU00_0'Y!jO,d'`WdqN </td> </tr> </table> <BR> <BR> <BR> <hr> <p>&nbsp;</p> <p><A NAME="2007">2007t^</A></p> <table width="100%" border="1"> <td>12/18</td> <td>^S0zIQ<br> R{N0[xQ<br> </td> <td>00000000000000;m(uW0_0HF0000000n0㉐g<br> SwmS-x%RHF0000g0,nU00_0W000n0q}㉐gxvz<br></td> </tr> <td>12/14</td> <td>4l70_N<br> q\,g0\SU<br> </td> <td>KML0(uD0_0eW0D0000㉐gKbln0zv<br> e,gk0J0Q00[f*l܈7_0000k0NH00Wn0q_g<br></td> </tr> <td>12/7</td> <td>ΑQg P[ </td> <td> -N}^k0J0Q00PiB0WxlRn00W NYp,n </td> </tr> <td>11/30</td> <td>g0yT<br> q\w0*Q<br> </td> <td>HF0000h0GPSg0,nU000'Y!jO,d'`WdqNk0Y00xvz<br> GPSSO_j}0000(uD0_00W_n0hQP[pe YRn0㉐g<br></td> </tr> <td>11/23</td> <td>0</td> <td>RRan0en0_00J0O0</td> </tr> <td>11/16</td> <td>%m]0SS_N </td> <td> ^W0ؚP^n0Ss|GPS-TEC000g0,nU00_0W000Ss0*gfj0WdqN0000n09}N </td> </tr> <td>11/9</td> <td>7 g </td> <td> SwmS-x%Rwl0000n0,nStJ00s0яlk0d0D0f0 </td> </tr> <td>11/2</td> <td>Dr. Sergey Shalimov </td> <td> Action of atmospheric waves upon the ionosphere </td> </tr> <tr> <td>10/26</td> <td>0</td> <td>CAWSESn0_00O0</td> </tr> <td>10/18</td> <td>^SzIQ<br> R{N0[xQ <br> 4l7 _N <br> q\,g0\SU<br> </td> <td>]f[|t^uk000zvh</td> </tr> <td>10/12</td> <td>'YZX ĖN </td> <td>000000k0J0Q00FWlxR} NGRi n00000,n</td> </tr> <td>10/5</td> <td>iX] T+Y </td> <td>000000g0n0_jhV-n1XJTh00N_n0,n;uk0d0D0f0</td> </tr> <td>9/28</td> <td>0</td> <td>SGEPSSn0_00O0</td> </tr> <td>9/21</td> <td>ΑQg P[<br> g yT </td> <td>SGEPSSzvh}</td> </tr> <td>9/14</td> <td>\] _f_ </td> <td>SuperDARNSwmS-x%Rwl0000g0,nU00_0MSTIDh0Esd\ </td> </tr> <td>9/7</td> <td>-N\ zIQ </td> <td>Broadband electrons during storm-time substorm : Simultaneous FAST and Double Star observations </td> </tr> <td>8/8</td> <td>Dr. James Wanliss </td> <td>The Avalanching Magnetosphere </td> </tr> <td>7/27</td> <td>q\w0*Q </td> <td>0Wzvuk04OF0WhQP[pe YRn0GPS,n</td> </tr> <td>7/20</td> <td>g yT</td> <td>2006t^12g15ek0SwmS-x%RHF0000h0GEONETg0,nU00_0'Y!jO,d'`WdqN</td> </tr> <tr> <td>7/13</td> <td>BWS LkT~</td> <td>00000g0S00~0g0k0,nU00_0d[z0000h0Pc 10WxlRn0~0h00</td> </tr> <tr> <td>6/29</td> <td>'YZX ĖN</td> <td>MU0000h0hQ)Y'YlIQ000000k000FWlxR} NGRi h0-N!jO,d'`WdqNn0,n</td> </tr> <tr> <td>6/22</td> <td>7 g</td> <td>SwmS-x%RHF0000g0,nU00_00WxlP]Bfn0 </tr> <tr> <td>6/15</td> <td>Dr. James Wanliss</td> <td>Learning about the magnetosphere and substorms through geomagnetic field models and data assimilation</td> </tr> <tr> <td>6/08</td> <td>ΑQg P[</td> <td>֊e9}N0ؚ}^h0NO}^k0J0Q00Pc 10WxlRn0OPlk0d0D0f0</td> </tr> <tr> <td>6/01</td> <td>iX] T+Y</td> <td>qWn00)n^0,n[Y0000000000r^ nn0-</td> </tr> <tr> <td>5/18</td> <td>-N\ zIQ<br> BWS LkT~<br> ΑQg P[</td> <td>#T'YO2007@U^5_n0zvh}</td> </tr> <tr> <td>5/11</td> <td>KIM, Khan-Hyuk</td> <td>Statistical analysis of the relationship between earthward flow bursts in the magnetotail and low-latitude Pi2 pulsations</td> </tr> <tr> <td>4/27</td> <td>%m] SS_N</td> <td>S0000g0,nU00_0O,d'`WdqN</td> </tr> <tr> <td>4/20</td> <td>ΑQg0P[[1]<br> g0yT[2]</td> <td>[1] AmSO-Nk0[RSOtL0RceW0f0D004XTn08sax0n0q_<br> [2] яPLu,n[k00000000000000h0lpe0000n0SS</td> </tr> <tr> <td>4/13</td> <td>\] _f_</td> <td>xvz[n0xvz9}N eNn0ex0 </td> </tr> <tr> <td>3/2</td> <td>q\w *Q</td> <td>0Wzvuk04OF0WhQP[pe YRn0GPS,n</td> </tr> <tr> <td>2/16</td> <td>\z ֊c[</td> <td>GPS,nk0We0O0-N!jO,d'`WdqNn0q}vxvz</td> </tr> <tr> <td>2/9</td> <td>iX] T+Y</td> <td>THEMIS[f000000n09}N</td> </tr> <tr> <td>2/2</td> <td>BWS LkT~</td> <td>000000/^k0J0Q00d[z0000000h0Pc 10WxlRn00W N[f,n</td> </tr> <tr> <td>1/26</td> <td>4(g </td> <td>-NNO}^g0n0'YlIQ000000,nk0We0O0-NW͑Rln0Rf[N zn0xvz</td> </tr> <tr> <td>1/12</td> <td>q\w *Q</td> <td>0Wzvuk04OF0WhQP[pe YRn0GPS,n</td> </tr> <tr> <td>1/5</td> <td>\] _f_</td> <td>SuperDARNwl0000k000uiW N-NW000n0,n </td> </tr> </table> <BR> <BR> <BR> <hr> <p>&nbsp;</p> <p><A NAME="2006">2006t^</A></p> <table width="100%" border="1"> <tr> <td>12/19</td> <td>4(g </td> <td>-NNO}^g0n0'YlIQ000000,nk0We0O0-NW͑Rln0000000n0xvz</td> </tr> <tr> <td>12/8</td> <td>7 g</td> <td>SwmS0000x%R0000 n0RgP}g1XJT</td> </tr> <tr> <td>12/1</td> <td>'YZX0ĖN</td> <td>-N0NO}^k0J0Q00WdqNn000000IQf[,n</td> </tr> <tr> <td>11/24</td> <td>Αo `_</td> <td>STEL EISCAT0000n0S'kg0n0xvz;mRh0MLT000000n0xvz</td> </tr> <tr> <td>11/17</td> <td>-N\ zIQ<br> BWS LkT~</td> <td>xlP]-Nk0FAST[fL0,nW0_0broadband electronsn0peO㉐g<br> 000000/^g0Pc 1k04Oc0f0QsY00d[z000n0peO㉐g</td> </tr> <tr> <td>11/10</td> <td>'YZX ĖN</td> <td>MU0000k000^r^ n'`ceqN,n</td> </tr> <tr> <td>11/03</td> <td>&nbsp;</td> <td>SGEPSSn0_00O0</td> </tr> <tr> <td>10/27</td> <td>-N\ zIQ<br> BWS LkT~</td> <td>xlP]-Nk0FAST[fL0,nW0_0broadband electronsn0peO㉐g<br> 000000/^k0J0Q00d[zW0_00000000n00W N0[f TBf,n</td> </tr> <tr> <td>10/20</td> <td>\z ֊c[</td> <td>GPS0(uD0_0O,d'`WdqNn0,nvxvz</td> </tr> <tr> <td>10/13</td> <td>*jq\ z[</td> <td>-N0NO}^W00000000h0-N'` 'Yl N NP}Tn0,nv0t֊vxvz^-N1XJT^</td> </tr> <tr> <td>10/06</td> <td>\l [P[</td> <td>000000000(uD0_0-NWLubWn0Rf[k0Y00xvz</td> </tr> <tr> <td>09/22</td> <td> <p>4(g </p></td> <td>'YlIQ000000g0,nU00_0͑Rln0 T_Qri </td> </tr> <tr> <td>09/08</td> <td>Xioyan Zhou</td> <td>Global auroral dynamics during geomagnetic storms caused by magnetic clouds</td> </tr> <tr> <td>09/01</td> <td>iX] T+Y</td> <td>ؚd\'Yl0000000000(OMTIs)k00000000'YlIQ,n  ؚ}^0-N_k0 </td> </tr> <tr> <td>07/28</td> <td>7 g</td> <td>SwmS0000n0vcY00n0</td> </tr> <tr> <td><p>07/14</p></td> <td>iX] T+Y</td> <td>ؚd\'Yl0000000000(OMTIs)n0,n0000k0W0_0-NW0W0QxlW YRn0xvz  COSPAR/WPGMg0n0oK00 </td> </tr> <tr> <td>07/07</td> <td>-N\ zIQ</td> <td>WF{-Nn0֊eh0GEMk0d0D0f0</td> </tr> <tr> <td>06/30</td> <td>\] _f_</td> <td>dS0000000zvuh0 Nd\'YllRh0n0O</td> </tr> <tr> <td>06/16</td> <td>*jq\ z[</td> <td>'Y0000000 Ych0pe$P00000000n0Kblk0d0D0f0</td> </tr> <tr> <td>06/02</td> <td>4(g </td> <td>'YlIQ;uPK00n0͑RlbQ</td> </tr> <tr> <td>05/26</td> <td>%m] SS_N</td> <td>00000000]y'Yf[000000,n@bg0n0xvz</td> </tr> <tr> <td>05/19</td> <td></td> <td>0Wt`fyf[#T'YO2006k0SRn0_00j0W0</td> </tr> <tr> <td>05/11</td> <td>4(g <br> -N\ zIQ<br> BWS LkT~<br></td> <td>SGEPSSzvh}</td> </tr> <tr> <td>04/27</td> <td>\z ֊c[</td> <td>e,gh0WS0000000n0GPS0(uD0_0-N!jOd'`WdqN</td> </tr> <tr> <td>04/21</td> <td>BWS LkT~</td> <td>Pc104Oc0_0detached proton arcn00W N,nh0NOAA17[fk000ؚ000000000M00n0 TBf,n</td> </tr> <tr> <td>04/14</td> <td>\] _f_<br> q\,g *QsO</td> <td>xvz[n0xvz9}N0 eNn0ex0 <br> ]9}N</td> </tr> <tr> <td>02/10</td> <td>Harald Frey<br> (Space Sciences Laboratory, Univercity of California at Berkeley)</td> <td>Localized aurora beyond the auroral oval</td> </tr> <tr> <td>02/3</td> <td>-N\ zIQ<br> O <br> NN _Nΐ<br> >\(g ON<br> o0u T</td> <td>OX֊ezvh}</td> </tr> <tr> <td>01/27</td> <td>ؚKj EN+Y<br> 0u-N 8O</td> <td>Planetary waves in the low and middle latitudes ; possible influence on the ionosphere<br> Hall MHD 00000000k000*Y}-Nn0Alfven waven0xvz</td> </tr> <tr> <td width="10%">01/20</td> <td width="20%">4(g </td> <td width="70%">'YlIQ0000000(uD0_0'Yl͑Rln0KRϑ00000n0Mz00</td> </tr> <tr> <td>01/13</td> <td>7 L<br> R Os^<br> q\,g }_N<br> S PN</td> <td>]f[4t^u -RSmi֊e-Nzvh-</td> </tr> </table> <BR> <BR> <BR> <hr> <p><A NAME="2005">2005t^</A></p><div align="left"> <table width="100%" border="1"> <tr> <td>12/13</td> <td>Ivan Stefanov Kutiev</td> <td>Ionospheric forecasting in Europe</td> </tr> <tr> <td>12/09</td> <td>&nbsp;</td> <td>AGUn0_00O</td> </tr> <tr> <td>12/02</td> <td>Rq\ zfl<br> ؚKj EN+Y</td> <td>0WtxlWk0J0Q00xl0000000n0xvz<br> Signatures of planetary scale waves in the equatorial ionosphere </td> </tr> <tr> <td>11/25</td> <td>ml -WNΐ<br> \z ֊c[</td> <td>Computer simulation on interaction of the solar wind with Jovian magnetospher<br> Statistical study of medium-scale traveling ionospheric disturbances using GPS networks</td> </tr> <tr> <td>11/18</td> <td>>\(g ON</td> <td>WfxlWn0!kCQMHD00000000 O֊k0TQ0f0 </td> </tr> <tr> <td>11/11</td> <td> O </td> <td>dSW0000000 - 000000k0J0Q00GPS0IQf[,nn0P}g -0OX֊ek0TQ0f0</td> </tr> <tr> <td>11/04</td> <td>NN _Nΐ</td> <td>@\@bR`firh0n0vN\O(uk000*Y}xlWb_bn0MHD00000000</td> </tr> <tr> <td>10/28</td> <td>-N\ zIQ</td> <td>FAST[f0000(uD0_0xlP]Bfn0broadband electronsn0xvz</td> </tr> <tr> <td>10/21</td> <td>o0u T</td> <td>0000 </tr> <tr> <td>10/14</td> <td>ؚKj EN+YINPE </td> <td>Atmospheric Gravity wave and Planetary wave activities over the South American equatorial region observed by optical and radio wave techniques</td> </tr> <tr> <td> <div align="left">10/07</div></td> <td>OXf[u</td> <td>SGEPSSyf[O0SwO</td> </tr> <tr> <td> <div align="left">9/22</div></td> <td>OXf[u </td> <td>SGEPSSyf[O0zvh}</td> </tr> <tr> <td> <div align="left">7/22</div></td> <td>z T[ </td> <td>EISCAT000h0Ylw000000 TBf,nk000WlO\^n0xvz</td> </tr> <tr> <td> <div align="left">7/15</div></td> <td>Rq\ zfl</td> <td>֊e00000 0xl000n03!kCQMHD00000000 0</td> </tr> <tr> <td> <div align="left">7/08</div></td> <td>%m] SS_N</td> <td> GPSSO_j}0(uD0_0*Y}000k000WhQP[pez6qXRn0q}vxvz</td> </tr> <tr> <td> <div align="left">7/01</div></td> <td>'YZX0ĖN</td> <td>00000z000r^ nh0MU0000k000qW-N'`'Ylh0FW00000000^n0,n</td> </tr> <tr> <td> <div align="left">6/24</div></td> <td>7 g</td> <td>SuperDARN000㉐g - ionospheric scatter and ground scatter echoes </td> </tr> <tr> <td> <div align="left">6/17</div></td> <td>iX] T+Y</td> <td>IQf[,n_jhVn0-k0d0D0f0</td> </tr> <tr> <td> <div align="left">6/10</div></td> <td>*jq\ z[</td> <td> 0-N0NO}^W00000000n0xvz 0</td> </tr> <tr> <td> <div align="left">6/03</div></td> <td></td> <td>N,lQn0nPn0_00J0O0</td> </tr> <tr> <td> <div align="left">5/27</div></td> <td></td> <td>SGEPSSn0_00J0O0</td> </tr> <tr> <td> <div align="left">5/19020</div></td> <td>>\(g ON<br> o0u T<br> NN _Nΐ<br> -N\ zIQ<br> O <br> </td> <td>SGEPSSn0zvh}</td> </tr> <tr> <td> <div align="left">5/13</div></td> <td>BWS LkT~</td> <td>֊e00000000000000-Nn04l }zvIQn00W NIQf[,n</td> </tr> <tr> <td width="7%"> <div align="left">5/06</div></td> <td width="15%">BWS LkT~<br> Rq\ zfl</td> <td width="78%"><p> 0z }bubblingk000KamLANDn0}S 0<br> 0:d/^qW0W@\Lu7_^n0APD,n[k000iT'`UO 0</p></td> </tr> <tr> <td width="7%"> <div align="left">4/22</div></td> <td width="15%">\] _f_</td> <td width="78%"> 0xlWtX萀n0xvzieeQux0 0</td> </tr> <tr> <td width="7%"> <div align="left">2/18 </div></td> <td width="15%">w_ T_N</td> <td width="78%"> 0Simultaneous DMSP, All-Sky Camera, and IMAGE FUV observations of a substorm onset arc 0</td> </tr> <tr> <td height="18"> <div align="left">2/11 </div></td> <td></td> <td>]yen0_00J0O0</td> </tr> <tr> <td> <div align="left">2/03</div></td> <td><p>\Α S9j<br> g <br> hS VN</p></td> <td><p> 000000IQf[ TBf,nk000WEWP[[^ NGRi k0Y00xvz 0<br> 0GPSl0)R(uW0_0dSWWdqNn0xvz 0<br> 00WtxlWk0J0Q00000000 N[[n0{_j00000000 0</p></td> </tr> <tr> <td> <div align="left">1/28 <br> </div></td> <td>Α ck_</td> <td> 0xlWELF/VLF/LFlRn0NO}^,n 0</td> </tr> <tr> <td> <div align="left">1/14</div></td> <td> g </td> <td> 0GPSl0)R(uW0_0dSWdqNn0xvzOX֊ev!kzvh 0</td> </tr> <tr> <td> <div align="left">1/07</div></td> <td>hS VN</td> <td> 00WtxlWk0J0Q00000000 N[[n0{_j00000000OX֊ev!kzvh 0</td> </tr> </table> </div> <BR> <BR> <BR> <hr> <p><A NAME="2004">2004t^</A></p> <table width="100%" border="1"> <tr> <td width="7%"> <div align="center">12/24 </div></td> <td width="14%">\] _f_</td> <td width="79%"> 0*Y}0000OeQk04OF0uiW-NW0000000 0</td> </tr> <tr> <td> <div align="center">12/17 </div></td> <td></td> <td>j0W0(AGUn0_00)</td> </tr> <tr> <td height="18"> <div align="center">12/10 </div></td> <td>\Α S9j</td> <td> 000000IQf[ TBf,nk000EWlxR} NGRi n0ub_jik0Y00xvzOX֊ev!kzvh 0</td> </tr> <tr> <td height="19"> <div align="center">12/ 2</div></td> <td><p> O <br> >\(g ON<br> o0u T<br> </td> <td><p> 0dSW0000000n0KR 000000k0J0Q00GPS[f0IQf[,nn0P}g 0<br> 0WfxlWn0!kCQMHD00000000 0<br> 0p}</td> </tr> <tr> <td> <div align="center">11/26 </div></td> <td></td> <td>j0W0(MTI0[[tX000n0_00)</td> </tr> <tr> <td> <div align="center">11/19 </div></td> <td>7 g</td> <td> 0-N0ؚ}^k0J0Q00LSTIDn0q}㉐g 0</td> </tr> <tr> <td> <div align="center">11/12</div></td> <td>-N\ zIQ</td> <td> 0FAST[f0000(uD0_0 broadband electrons n0xvz 0</td> </tr> <tr> <td> <div align="center">11/ 5</div></td> <td>%m] SS_N</td> <td> 0GEONETSs0IGSn0GPSSO_j}0)R(uW0_0WdqNn0,n 0</td> </tr> <tr> <td> <div align="center">10/29</div></td> <td>Α ck_</td> <td> 0STM0IMFgn0000}^k0J0Q00 </tr> <tr> <td> <div align="center">10/22</div></td> <td></td> <td>j0W0(qgq\g0xvzƖO)</td> </tr> <tr> <td> <div align="center">10/15</div></td> <td>'YZX ĖN</td> <td> 0GPSk000dSWW00000000n00000^,n 0</td> </tr> <tr> <td> <div align="center">10/ 8</div></td> <td>iX] T+Y</td> <td> 0ؚd\'Yl0000000000/-4) n0gяn0bg,34)$ 'Y!j͑Rl0dSW-34)$ 0</td> </tr> <tr> <td> <div align="center">10/ 1</div></td> <td>\] _f_</td> <td> 0116VSGEPSSaZ g0n0f[uzvh - OUh0ԏT{ - 0</td> </tr> <tr> <td> <div align="center">9/24</div></td> <td><p>\z ֊c[<br> ml -WNΐ<br> 4(g <br> w_ T_N</p></td> <td> <p> 0IGS0000(uD0_0WS0000000k0J0Q00-N!jO,d'`WdqNn0xvz 0<br> 0IMF ybR0naW0_0(gfxlW*Y}vN\O(uMHD00000000 0<br> 0'YlIQ000000g0,nU00_0Q'_ri n0xvz 0<br> 0000000Yk04OF00000XIQWx0n0M00|P[n0yr'` 0</p></td> </tr> <tr> <td> <div align="center">9/17</div></td> <td><p>\Α S9j<br> -N\ zIQ</p></td> <td> 0FERIX000000g-Nk0J0Q00'YlIQ0000000MU0000n0 TBf,nk000EWFAIh0FWMSTIDn0KRn0k 0<br> 0*Y};mR11t^hTgk04OF0*Y}00000h00Wxl;mRn0 YR 0</td> </tr> <tr> <td> <div align="center">9/10</div></td> <td>hS VN<br> g </td> <td> 0000000 N[[n0^}b_zvU\n0ؚ|^!kCQMHD0000000 0 0<br> 0dSk0J0Q00GPS00000000h0[AmWn0[Am;mRn0k 0</td> </tr> <tr> <td> <div align="center">9/ 3</div></td> <td><p>w] O_<br> [|Q KN</p></td> <td> 0RSmixvzn0-N1XJTh0'Yf[bfn0a` 0<br> 0bfn0P}gh0RSmixvzn0N[ 0</td> </tr> <tr> <td> <div align="center">8g </div></td> <td></td> <td>YO0</td> </tr> <tr> <td> <div align="center">7/30</div></td> <td>hS VN</td> <td> 0000000 N[[n0^}b_zvU\n03!kCQMHD00000000 0</td> </tr> <tr> <td> <div align="center">7/23</div></td> <td>\Α S9j<br> g </td> <td> 0ce0000 Ych0]0n0_(u 0<br> 0dSk0J0Q00GPSW00000000h0[AmWn0[Am;mRh0n0O 0</td> </tr> <tr> <td> <div align="center">7/16 </div></td> <td>%m] SS_N</td> <td> 0'Y!jO,d'`WdqNn0WSSqQy_'`k0Y00xvz 0</td> </tr> <tr> <td> <div align="center">7/ 9 </div></td> <td></td> <td>j0W0(AOGSn0_00)</td> </tr> <tr> <td> <div align="center">7/ 2</div></td> <td>Α ck_</td> <td> 0WSs|k0J0Q0000000000000000000,n 0</td> </tr> <tr> <td> <div align="center">6/25 </div></td> <td> O <br> >\(g ON</td> <td> 0000000k0J0Q00GPSn0p,n0(uD0_000000000n00000^n0xvz 0<br> 0*Y}n0 N!kCQ00000000k0d0D0f0 0</td> </tr> <tr> <td> <div align="center">6/18</div></td> <td></td> <td> j0W0</td> </tr> <tr> <td> <div align="center">6/11</div></td> <td>7 g</td> <td> 0SuperDARN000㉐gk0J0Q00HF ray path tracing{n0͑'` 0</td> </tr> <tr> <td> <div align="center">6/ 4</div></td> <td>o0u T</td> <td><p> 0WRrRk00000000000000&NRSn0xvz 0<br> 0Yin-Yang</td> </tr> <tr> <td> <div align="center">5/28</div></td> <td></td> <td> j0W0(N,lQnPn0_00)</td> </tr> <tr> <td> <div align="center">5/21</div></td> <td>-N\ zIQ</td> <td> 0֊e0000DMSP[fk00c0f0,nU00_0 broadband electronsk0d0D0f0 0</td> </tr> <tr> <td> <div align="center">5/14</div></td> <td>Tsunoda</td> <td> 0The azimuth-dependent Es-Layer instability: A missing link found 0</td> </tr> <tr> <td> <div align="center">5/ 7</div></td> <td>w_ T_N<br> 4(g <br> g </td> <td> 00000000h0$-30[f0(uD0_0initial brightening0wS0Y0M00|P[n0xvz 0<br> 0'YlIQ;uP0000(uD0_0-NW͑Rln0KRϑ00000n0\Q 0<br> 0GPS0(uD0_0dSWW00000000n0,n 0</td> </tr> <tr> <td> <div align="center">4/30 </div></td> <td>\Α S9j<br> ml -WNΐ<br> \z ֊c[</td> <td> 0SEEK-2g-Nk0.zP[\'YlIQ000000g0,nU00_0'YllRh0Ed\0000000h0n0k 0<bn> 0STM0IMF0pSRW0_04XTn0(gfxlWn00000000 0<br> 0IGS0000(uD0_0-N!jO,d'`WdqN;mR^n0q}㉐g 0</td> </tr> <tr> <td> <div align="center">4/23</div></td> <td>hS VN</td> <td> 0000000 N[[n0^}b_zvU\n0!kCQMHD00000000 0</td> </tr> <tr> <td> <div align="center">4/16</div></td> <td>\] _f_<br> O <br> >\(g ON<br> -N\ zIQ</td> <td> 0xlWtX萀n0xvzieeQux0 0<br> 0000RIQ)n^,nSj0cpPgen0xbh0[ 0<br> 0@\0WWk0J0Q00NOVHF/^ln0^AmfO,dk0Y00[ 0<br> 0*Y};mR11t^hTgk0_F0*Y}00000n0 YSh00Wxl;mRh0n0O 0</td> </tr> </table> <p></p> <hr> <p><a href="http://stdb2.stelab.nagoya-u.ac.jp/index.html">*Y}0WttXxvz@b,{2萀n0000000x0</a></p> <p></p> </body> </html>