Takeshi Kudo 1, Yukihiro Takahashi 1, Mitsuteru Sato 1, Taishi Yamada 1, Nui Kobayashi 1, Yusuke Sanmiya 1, Tomohiro Inoue 2, H C Stenbaek- Nielsen 3,
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1 Takeshi Kudo 1, Yukihiro Takahashi 1, Mitsuteru Sato 1, Taishi Yamada 1, Nui Kobayashi 1, Yusuke Sanmiya 1, Tomohiro Inoue 2, H C Stenbaek- Nielsen 3, Ma@hew G McHarg 4, Ryan K Haaland 5, Takeshi Kammae 3, Yoav Yair 6, Walter A Lyons 7,Steven A Cummer 8 1. Hokkaido University 2. Japan Broadcas;ng Corp. NHK Cosmic Shore Project 3. University of Alaska 4. US Airfoce Academy 5. Fort Lewis Collage 6. Open University 7. FMA Research 8. Duke University
2 Sprite QE- Model Fig.1 IllustraQon of TLEs. [Sato, 2004]. 1 (+CG)
![E ε 0 c r M : : : : [Pasko et al., 1997] Fig.](/docs-images/94/119170145/images/3-2.jpg "3 Decay Qme constants versus NLDN peak current for selected sprite events. [Gerken et al.")
3 E ε 0 c r M : : : : [Pasko et al., 1997] Fig.3 Decay Qme constants versus NLDN peak current for selected sprite events. [Gerken et al., 2004] sprite Charge Moment Changesprite [Hu et al., 2002]
4 1/ 1/ sprite CMCsprite sprite spritecmc S/N High- Speed Camera sprite sprite
5 NHK NHK & Hokudai UAF Fig.4 picture of the jets used for the campaign. Fig.5 Inside the NHK aircrac. Fig. 6 GEON (Global ELF ObservaQon Network) operated by Hokkaido University. GEON (Global ELF ObservaQon NetworkELFsferic
6 Fig. 7 NHK high- speed camera and EMCCD. High- Speed Camera (Phantom V710) Pixel size: FOV: Frame Rate: 8,000 or 10,000 panchromaqc EM- CCD Camera Pixel size: FOV: Frame Rate: 30fps color staqon name LocaQon Sampling frequency Low pass filter High pass filter GPS Syowa(SYO) E, S 400Hz 100Hz 1Hz IRIG- E Fig.8 MagneQc search- coil antenna
7 64High- Speed ImageNHK Camera FOVS/NELF 22 Table1. 22sprite events. Clione Jellyfish (Large Carrot) Fig.9 Clione type. Fig.10 Jellyfish type.
8 CMC(Charge Moment Change)[Ckm] Ipeak[kA] CMCCharge Moment Change) CMCNormalized Amplitude Method [Yamashita et al., 2011] 1000kmELF1 ELFCMC IpeakNLDN(NaQonal lightning DetecQon Network) rise ;me(t1), decay ;me(t2) NHK High- speed Camera light- curve Light- curve20% rise Qme(t1) 20%decay Qme(2) Fig. 11 SchemaQc diagram of Light- curve.
9 22 20 RelaQve Intensity RelaQve Time (ms) Fig.12 Light- curve at 6:35:11UT on 07/05/ rise Qme(t1), decay Qme(t2) S/N5 RelaQve Intensity S/N 0 RelaQve Time (ms) Fig.13 Light- curve at 5:7:55UT on 07/11/2011.
10 7 comparisons Ipeak vs CMC rise Qme (t1) vs decay Qme (t2) CMC vs decay Qme (t2) Ipeak vs decay Qme (t2) CMC vs decay Qme (t2) sprite elves,halo
11 CMC vs Ipeak Column Carrot Clione Jellyfish (Large Carrot) Hybrid (Co: Column, Ca: Carrot, J:Jellyfish) rise ;me (t1) vs decay ;me(t2) R 2 =0.48 Co+Ca Fig.14 Charge Moment Change vs Ipeak. Fig.15 rise Qme (t1) vs decay Qme (t2).
12 CMC vs decay ;me (t2) Column Carrot Clione Jellyfish (Large Carrot) Hybrid (Co: Column, Ca: Carrot, J:Jellyfish) Ipeak vs decay ;me (t2) R 2 =0.63 R 2 =0.39 Fig.16 CMC vs decay Qme (t2) Fig.17 Ipeak vs decay Qme (t2)
13 CMC vs decay ;me (t2) Column Carrot Clione Jellyfish (Large Carrot) Hybrid (Co: Column, Ca: Carrot, J:Jellyfish) R 2 =0.68 R 2 =0.73 Fig.18 CMC vs decay Qme (t2) Fig.19 CMC vs decay Qme (t2)
14 CMC vs decay ;me (t2) R 2 =0.65 Column Carrot Clione Jellyfish (Large Carrot) Hybrid (Co: Column, Ca: Carrot, J:Jellyfish) elves, halo Fig.20 CMC vs decay Qme (t2). Fig.21 CMC vs decay Qme (t2).
15 CMCdecay Qme CMC CMC elves, halosprite elves, halocarrotclione elveselectro MagneQc Pulse EMPsprite 15
16 NHK sprite High- Speed Camerasprite ELFsfericGEON spritehigh- Speed CameraS/NELF 20spriteCMCIpeak CMCdecay timer 2 ~0.63. CMCdecay timeqe-model sprite100ms1spritedecay time elveshalodecay timecmc elves, halodecay time elves, halo elves, halo 16
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Title 多重構造音響連成場の振動解析制御 Author(s) 菅野, 秀 Citation Issue Date 2012-03-25 URL http://hdl.handle.net/10748/5587 DOI Rights Type Thesis or Dissertation Textversion publisher http://www.tmu.ac.jp/ 首都大学東京機関リポジトリ
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20 * Re-Evaluation of Isoseismal Maps and Magnitudes from Two Big Earthquakes along the Subduction Zone of Kyushu and Ryukyu Islands Early in the 20th Century Masayuki TAKEMURA, Katsuhisa KANDA Kobori
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