(Wide-band All-sky Monitor:WAM) X X (HXD-II) BGO WAM (5 kev 5 MeV) 25 7 (GRB) WAM GRB GLAST(27 ) WAM 1 kev WAM 54 ch CPU PC
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- なおみ よどぎみ
- 7 years ago
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1 X (WAM) M
2 (Wide-band All-sky Monitor:WAM) X X (HXD-II) BGO WAM (5 kev 5 MeV) 25 7 (GRB) WAM GRB GLAST(27 ) WAM 1 kev WAM 54 ch CPU PC
3 1 X X HXD-II HXD-II (WAM) WAM BATSE BATSE (Central Processing Unit : CPU) Operating System (OS) WAM
4 WAM
5 1.1 X X HXD-II HXD-II HXD-II / Well WAM E peak BATSE HXD-WAM COR WAM COR South Atlantic Anormaly CGRO BATSE HXD PC WAM WAM COR WAM- (4 Energy Band)(1) WAM- (4 Energy Band)(3) WAM- (4 Energy Band)(3) WAM- (4 Energy Band)(4) WAM Ch (WAM-)(1) (WAM-)(2) WAM- Ch1 (5/1/1) WAM- Ch 1 ( ) WAM- Ch WAM- Ch WAM- Ch ( ) ( )
6 4.21 (2) (3) WAM WAM (2) (WAM-) BGD (5/8/19) BGD (5/9/16) BGD (5/1/22) BGD (5/11/24) COR WAM COR 1 earth on COR 1 earth on (2) Ch ( ) (,2bin ) WAM (1) WAM (2) WAM WAM WAM WAM- (WAM4 ) COR
7 1 X 1.1 X 5 X 25 7 M-V 55 km : X X (X-Ray Telescope ; XRT) 4 X CCD (X-ray Imaging Spectrometer ; XIS) X (X-ray Spectrometer ; XRS) X (Hard X-ray Detector ; HXD) XIS CCD XRS X X 6 ev XRS X HXD-II 1 kev 6 kev.5 kev 6 kev 1.1 5
8 XIS + XRT HXD-II / Well HXD-II / WAM FI CCD x 3 Si PIN + BGO BI CCD x 1 GSO 17.8 x x 34 (< 1 kev) 2π 4.6 x 4.6 (> 1 kev).2 12 kev 1 7 kev kev 1.1: 1.2 X HXD-II X HXD-II 1 kev 7 kev HXD-II 1 kev 1.2: X HXD-II (c) JAXA / ISAS 1.3: HXD-II HXD-II HXD-II 16 Well Well BGO GSO BGO GSO X 6
9 HXD-II Well 1.4: HXD-II / Well ( ) (c) JAXA / ISAS 2 BGO Anti Anti BGO MeV Anti (WAM) (Wide-band All-sky Monitor ; WAM) X HXD-II BGO WAM (5 kev 5 MeV) WAM 1.5 WAM BATSE LAD WAM BGO 11cm 2 BATSE 225cm 2 1 MeV BATSE MeV WAM 1.2 WAM 1. (GRB) 196 7
10 1.5: WAM ( ) 4 (WAM,1,2 and 3) 5 5 kev (54 channel + OverFlow) 662 kev 8 cm 1 kev, 4 cm 1 MeV msec ( ), 1 sec ( ) 1.2: WAM HXD-WAM 1keV MeV (a) BATSE E peak ( ) HXD-WAM E peak (b) E peak BATSE HETE-2 E peak HXD- WAM E peak 1 kev 3 MeV HXD-WAM 8
11 E peak 1.6 X HXD-WAM E peak 1.6: E peak E peak 2. ( Earth Occultaion ) CGRO BATSE BATSE 1 BATSE 1.7 Earth Occultation X 3. X X M C 9
12 1.7: BATSE [9] X HXD-WAM T 1.8 HXD-WAM :13(UT) X kev HXD-WAM 1.8: HXD-WAM 1
13 2 WAM WAM WAM WAM WAM WAM 5 5 kev : [9] 2.1 charged particle Cut Off Rigidity (COR) COR COR WAM COR 2.2 WAM COR 2.3 WAM 11
14 COR 1 COR 2.2: COR ( (±18 deg) (±9 deg)) JAXA 2.3: WAM COR 1 ( (sec)) X 5 kev 12
![2.2.2 2.4 2.4: [1] 2.2.3 WAM (South Atlantic Anomaly](/docs-images/39/20065042/images/15-0.png "SAA) SAA WAM SAA SAA SAA 2.")
15 : [1] WAM (South Atlantic Anomaly SAA) SAA WAM SAA SAA SAA 2.5: South Atlantic Anormaly [12] 13
16 2.3 BATSE BATSE BATSE WAM BATSE BATSE Burst and Transient Source Experiment (BATSE) Compton Gamma-Ray Observatory (CGRO) NaI Large Area Detectors (LAD) Spectroscopy Detector (SD) CGRO ( 2.6) : CGRO BATSE [13] kev 2% 225 cm 2 2.1: BATSE 2.48 sec 4π str (Total)
17 2. BATSE BATSE BATSE bin i ñ i ñ i = A i j r j (2.1) j j A i j r j A i j A c (i) = exp[ µ(e i )x i ] (2.2) x i (g cm 2 ) µ(e i ) E (1) (2) prompt (COR ) (3) (4) (5) (6) prompt CR R CR = B n U n (2.3) U n Upper Level Discriminators(ULDs) rate B n n 15
18 R R = A T + [ (B ) n U n ] T n =,...,7 (2.4) n U n T LAD A A B T T (GRB ) 5σ 16
19 3 3.1 Giga Byte (GB) Total 5(year) 365(days) 1(GB) = 1825(GB) 2(Tera Byte) WAM WAM 54 ch CPU 3.2 CPU CPU CPU CPU CPU 17
20 (Central Processing Unit : CPU) CPU CPU (Instructions Per Clock cycle : IPC) IPC CPU Intel IPC Advanced Micro Devices (AMD) CPU IPC 1CPU CPU PC / CPU CPU Intel Xeon AMD Opteron AMD Opteron Opteron 1. CPU 2. PC 32bit x86 64bit AMD64 64bit 32bit 18
21 Intel Xeon Opteron Opteron PC RAID Redundant Arrays of Inexpensive Disks (RAID) RAID RAID RAID RAID 6 RAID RAID 1 RAID 5 RAID 1 RAID 6 RAID 5 Serial-ATA (HDD) SCSI HDD SCSI ATA ATA ATA HDD PC SCSI HDD 5GB SCSI Serial-ATA HDD RAID 4GB HDD 6 RAID 5 2.TB RAID 8 2.TB 6 RAID RAID-5 19
22 3.3.3 PC 2.5 Gigabit/sec InfiniBand 1BASE-T Gigabit Ethernet 1 Gbit/sec 125 MByte/sec 1BASE-TX (Uninterruptible Power Supply : UPS) UPS UPS APC SUA15RMJ2UB 2U UPS 126 VA / 9 W UPS SUA15RMJ2UB VA 15 W 98 VA W RunTime (min) : UPS 2
23 3.4 Operating System (OS) OS HXD Linux OS Linux Linux Linux Vine Linux Ver2.5 Ver3.2 Vine Linux Redhat Linux Redhat Linux OS Linux 32bit OS 64bit OS Score ( ) API Omni OpenMP Fedora Core 3,4 Scientific Linux 4.1 Redhat Linux 9 Fedora Core 4 (FC4) HXD FC4 gcc ver4 glibc FC3 FC Linux Fermi Linux Scientific Linux (SL) 4.1 Linux FC SL glibc SL Redhat Linux (RH) RH9 Linux RAID RH9 glibc Redhat Linux 9 OS
24 CPU AMD Opteron 246 (2. GHz) 1 Memory PC32 ECC Registered DDR SDRAM 1GB 2 HDD-1 8GB ( ) HDD-2 4GB 8 (1:normal, 6:RAID-5, 1:spare) OS Redhat Linux 9 CPU AMD Opteron 246 (2. GHz) 2 Memory PC32 ECC Registered DDR SDRAM 1GB 2 HDD 4GB 2 OS Redhat Linux 9 3.2: [16] MFLOPS C Linux GCC CPU Spec GCC Option Measured speed ( ) Ver. (MFLOPS) Opteron O3 -DSMALL -msse (elixir) (2.GHz) Opteron 246 x O3 -DSMALL -msse (cluster6) (2.GHz) 1 AthlonXP O3 -DSMALL -msse (mirage) (1.83GHz) 2 Athlon O3 -DSMALL -msse (endeavor) (1.8GHz) 3 AthlonXP O3 -DSMALL 36.1 (vryce) (1.5GHz) 4 Pentium O3 -DSMALL (neko) (1.6GHz) -march=pentium4 -msse2 3.3: S 22
25 3.6 elixir elixir elixir 3.4 System Disc 8 GB Data Disc 2.4 TB / 154 MB / users 18 GB / boot 1 MB / elixir2 22 GB / swap 41 MB / elixir3 2. TB / usr 62 MB / home 125 MB / elixir1 3.4: 3.4 Data Disc (/elixir1) 4GB 7GB 14TB Redhat 3.5 X Windows System D postfix, sendmail-cf + redhat-printer Gnome Desktop D D - talk D D + gcc-objc ALL D Graphical Internet mozilla X Software D Text internet D Gnome Soft D Office tetex,xpdf D ALL D + ethereal-gnome + nmap-frontend ALL D + printer *D = Default 3.5: NIS NIS elixir nis NIS NIS (Network Information Service) 23
26 LAN 3 eth Intel Ether Express 1 1BASE-TX Ethernet eth1,2 Broadcom Tigon 3 1BASE-T Gigabit Ethernet eth IP eth1 IP eth2 OS SATA ext3 eth,2 eth1 IP DNS IP NIS NIS NIS /users 24
27 3.7 /elixir HXD 3.1 Suzaku Satellite Row Packet Telemetry (RPT) QL (hxdql) read Reformat mkhxd1stfits Analysis Modules Event Viewer etc... First Fits File (FFF) read / reformat DL (hxddl) hxd2ndfits (Critical Ftools) HXD-WELL hxdtime hxdmkgainhist hxdpi hxdscltime hxdgrade hxdarfgen HXD-WAM hxdwamtime hxdmkwamgainhist hxdwamgrade hxdwampi hxdbsttime Calibration Database (caldb) Second Fits File (SFF) Standard Ftools Energy Spectrum (PI) 3.1: HXD Row Packet Telemetry (RPT) QL hxdql RPT FITS mkhxd1stfits First Fits File (FFF) FFF RPT DL hxddl hxdql hxddl FFF hxd2ndfits hxdtime hxdmkgainhist HXD-Well PIN 25
28 PMT PI hxdpi Event hxdgrade HXD-WAM FITS Second Fits File (SFF) SFF SFF (Ftools) HXD HEAsoft HEAsoft NASA Goddard Space Flight Center (GSFC) HEAsoft X XANADU FITS FTOOLS FITS FITSIO FITS fv 5.2, 5.3, 6. ROOT ROOT CERN C++ C++ C DISPLAY45(dis45) DISPLAY45(dis45) CERN X 1.9, Score( ) Score 2 PC
29 認はしてある しかし まだ本格的に実行する段階になく これを最大限に活用する方法 を構築することが課題となっている また インストールの節でも述べたが 各ユーザーのホームディレクトリをどうするの か という問題もある 現状のままではユーザーを増加させた場合 おそらく速度低下の 原因となる クラスタ化してしまえば各マシンにログインする必要も無くなるので クラ スタ構築を進めるというのも一つの解であると考える これについてはどのようにするの か一番良い方法なのか検討中である OS についても検証作業を進めて行く 今回インストールした Redhat 9 は開発やサポー トが終了しているために解析ソフトのバージョンが新しくなるのについていけなくなる恐 れもある そのため他の Linux についても HXD 用ソフトを正常に動作させることが可能 なのか検証していく 図 3.2: 構築中の PC クラスタ 27
30 4 4.1 WAM WAM 2 (TRN data) (GRB data) GRB TRN 4.1 Energy channel GRB 4 ch 1/32 sec (TH : 128 sec (16 sec before GRB Time History) 112sec after) 55 ch 1 sec (PH : monitor for TRN ( 53 ch Pulse Height) every 1 sec background and + Overflow) transient phenomena 4.1: WAM TRN TRN WAM ( 4.1 Tx, x = 3) PH(Pulse height History) PH WAM AD ADC channel channel 2bin channel 4bin 54 channel 2 kev 2 5 MeV PH Overflow PH,1ch Overflow 53 ch 5 5 kev GRB TH ADC msec ADC TH 4.2 ADC Channel TH 5 11 kev 2,3 TH kev 4 7 TH kev 8 16 TH kev 17 63, Overflow 4.2: ADC TH 28
31 Sun WAM- T WAM-3 T1 T2 T3 T4 T1 T34 T11 T33 T12 T32 T13 T31 T14 T3 T24 T23 T22 T21 WAM-1 T2 WAM-2 図 4.1: WAM ４面の概略図 (HXD を上から見た場合) 4.2 軌道上でのバックグランド 次に 今回解析する WAM のバックグラウンドの様子について図 4.2 に示す 図には太 陽方向の WAM- の典型的な WAM の約二日分のライトカーブを示してある 5817_16_33 (5-2 kev) 5916_85_1956 (5-2 kev) _1725_958 (5-2 kev) _155_626 (5-2 kev) 図 4.2: 典型的な WAM- ライトカーブ (横軸 時間 縦軸 カウント) ライトカーブが大きく変動していることが図からすぐに分かる その変動の様子は大ま かな部分ではどれも SAA(左上の図だと Time = 2 8 あたりでカウントが０に なっている部分) を通過するたびにカウント上昇 通過後減少といった風に似た傾向を示 29
32 SAA ( Time = ) COR 5817 Time= kev 4.2 COR 5/1/22 SAA km 58 km SAA COR 4.3: 4 TH 5 11 kev kev kev 52 2keV , 4.6, 4.7, 4.8 3
33 図 4.4: 5817 のカウントと COR 1 の対応 5817_16_33 (11-24 kev) _16_33 (5-11 kev) _16_33 (24-52 kev) _16_33 (52-2 kev) 図 4.5: 5/8/17 WAM- ライトカーブ (4 Energy Band) (横軸 時間 縦軸 カウント) エネルギーバンドごとのライトカーブを見た場合 エネルギーによってライトカーブの 変動の様子が異なっていることが分かった 5 11 kev は SAA を通過しても大きく変 動はしないが エネルギーが高くなるにつれて カウントの大幅な上昇が見られる ま た その変動も先ほどのように日ごとに様子が違う 5817 や のように低エネル ギー側での SAA 通過での変動が小さいときは高エネルギー側での変動もそれほどは大き くないが 5916 や 5122 のように低エネルギー側でも SAA 通過に伴うカウントアッ プが見えているデータでは 高エネルギー側での SAA カウントアップが大きいという状 態になっている 例として 52 2 kev のデータで２つの日を比較してみたのが図 4.9 である 黒が 5817 赤が 5916 のデータである 分かりやすくするために SAA の 位置などを大体揃えてある カウントの違いが良く分かる 31
34 5916_85_1956 (11-24 kev) _85_1956 (5-11 kev) _85_1956 (24-52 kev) _85_1956 (52-2 kev) 図 4.6: 5/9/16 WAM- ライトカーブ (4 Energy Band) (横軸 時間 縦軸 カウント) _155_626 (11-24 kev) 5122_155_626 (5-11 kev) _155_626 (24-52 kev) _155_626 (52-2 kev) 図 4.7: 5/1/22 WAM- ライトカーブ (4 Energy Band) (横軸 時間 縦軸 カウント)
35 51124_1725_958 (11-24 kev) _1725_958 (5-11 kev) _1725_958 (24-52 kev) _1725_958 (52-2 kev) 図 4.8: 5/11/24 WAM- ライトカーブ (4 Energy Band) (横軸 時間 縦軸 カウント) 5817(Black) vs 5916(Red) (52-2 kev) 図 4.9: 52 2 kev のライトカーブの比較 (横軸 時間 縦軸 カウント)
36 /17 1/19 WAM- channel 4.1: WAM- 54Ch ( ) ( (±18 deg) (±9 deg)) SAA SAA SAA WAM (PMT) WAM PMT PMT 1/4 4.11,
37 4.11: WAM- ( (±18 deg) (±9 deg)) ( ) 4.12: WAM- ( (±18 deg) (±9 deg)) ( ) 35
38 4.4 X 2.3 BATSE BATSE [8][9] HXD WAM HXD-PIN F ( ( )) (T SAA) F = A + B (COR) C + D (wanti) E 1. + F exp G ( ) (T SAA) + H exp + J (PINUD) K + A L dsky I dt A L COR, wanti, T SAA, PINUD, sky COR Cutoff Rigidity wanti Well-GSO 46 7 kev T SAA SAA sky HXD-WAM COR F = A/COR + B WAM TRN FITS First Fits File (FFF) FFF TRN S TIME PH TRN PH auxiliary HK (EHK) FFF S TIME TRN PH[54] TRN UD TRN DT TRN AE MODULE Overflow TRN OVER FLOW TRN UD TRN DT WAM Upper Discri Dead Time TRN AE MODULE WAM (,1,2,3) EHK TIME, COR SAT LON SAT LAT EHK TIME TRN 1 EHK 3 TRN COR WAM /1/1 12:7(UT) WAM- Ch 1(2 5 kev) F = A/COR + B Ch 1 WAM T SAA SAA Small SAA ( ) 36
39 4.13: Ch1 ) ( COR ( ) SAA : Ch1 ( ) ) ( SAA Small SAA COR 5 37
40 Ch 2 (5 8 kev) ( 4.15) Ch 1 COR 4.15: Ch2 ( ) ) ( TRN UD F = A/COR + B (TRN UD) + C 4.16, 4.17 TRN UD TRN UD Ch 1 A/COR + B Ch 2 TRN UD TRN UD 38
41 4.16: Ch1 ) ( 4.17: Ch2 ) ( 4.5 WAM COR
42 4.18 A (No.1 8) No.1 8 No.1 8 A No.1 8 X A X 8px A : 8 8px 4.19, 4.2 X : 8px 54Ch ) ( ) ( (±18 deg) (±9 deg)) SAA X 4
43 4.2: 8px 54ch ( )( ) ( (±18 deg) (±9 deg)) (Mean) (RMS) X Mean±(X RMS) RMS : RMS ( ) ( (±18 deg) (±9 deg)) 1/2 11/24 (RMS ) 4.22 SAA 11/1 SAA SAA 41
44 4.22: RMS ( ) ( (±18 deg) (±9 deg)) WAM 4 9/17 11/ : WAM4 ( ) ( (±18 deg) (±9 deg)) 42
45 4.24: WAM4 ( ) ( (±18 deg) (±9 deg)) WAM- TH WAM : WAM- ( (±18 deg) (±9 deg)) 43
46 5819_33_95 SFF TPU TH 5819_33_95 SFF TPU TH1 1 data bgd(mean) data - bgd 14 data bgd(mean) data - bgd _33_95 SFF TPU TH _33_95 SFF TPU TH3 4 data bgd(mean) data - bgd data bgd(mean) data - bgd 図 4.26: バックグラウンドを差し引いたライトカーブ (5/8/19) 赤 データ 緑 BGD 青 差し引いたライトカーブ (横 時間 縦 カウント) 5916_85_1956 SFF TPU TH 5916_85_1956 SFF TPU TH1 1 data bgd(mean) data - bgd 14 data bgd(mean) data - bgd _85_1956 SFF TPU TH _85_1956 SFF TPU TH3 4 data bgd(mean) data - bgd data bgd(mean) data - bgd 図 4.27: バックグラウンドを差し引いたライトカーブ (5/9/16) 赤 データ 緑 BGD 青 差し引いたライトカーブ (横 時間 縦 カウント) 44
47 5122_155_626 SFF TPU TH 5122_155_626 SFF TPU TH1 1 data bgd(mean) data - bgd 14 data bgd(mean) data - bgd _155_626 SFF TPU TH _155_626 SFF TPU TH3 4 data bgd(mean) data - bgd data bgd(mean) data - bgd 図 4.28: バックグラウンドを差し引いたライトカーブ (5/1/22) 赤 データ 緑 BGD 青 差し引いたライトカーブ (横 時間 縦 カウント) 51124_1725_958 SFF TPU TH 51124_1725_958 SFF TPU TH1 1 data bgd(mean) data - bgd 14 data bgd(mean) data - bgd _1725_958 SFF TPU TH _1725_958 SFF TPU TH3 4 data bgd(mean) data - bgd data bgd(mean) data - bgd 図 4.29: バックグラウンドを差し引いたライトカーブ (5/11/24) 赤 データ 緑 BGD 青 差し引いたライトカーブ (横 時間 縦 カウント) 45
48 ( ) (5/8/19 TH3 Time = 4 6 ) ±1 SAA SAA (TH) (TH) TH _115_324 SFF TPU TH data bgd(mean) data - bgd _115_324 SFF TPU TH3 data bgd(mean) data - bgd : (5/1/4) BGD TH TH3 ( ) SAA SAA Time = 25 4 Cutoff Rigidity(COR) COR ( 4.31) 5/1/4 WAM- Time = 25 4 A,B COR F = A / COR + B 46
49 514_115_324 (TH, A/COR + B) Data A/COR + B astetime (sec) 4.31: COR 1 (5/1/4) A/COR + B ( ) COR 1 COR ( ) 5/11/13 5/12/6 BATSE ( ) WAM WAM earth on Earth R E R E x Suzaku 4.32: WAM R S earth on 4.32 R E 64km R S 57km WAM x sin x = R E /(R E + R S ) x x 67 x 67 earth on = 1 earth on = earth on COR /1/3 5/11/23 WAM- Ch2(5 8 kev) Ch2 COR 1 earth on earth on 4 47
50 _111_15 (5-8keV, COR, earth_on) Data A/COR + B earth_on (x4) astetime (sec) 4.33: COR 1 earth on (5/1/3) A/COR + B earth on ( 4) ( ) _1115_232 (5-8keV, COR, earth_on) Data A/COR + B earth_on (x4) astetime (sec) 4.34: COR 1 earth on (5/1/18) A/COR + B earth on ( 4) ( ) 5/1/3 earth on 5/1/18 earth on WAM WAM WAM 9 earth on 48
51 4.6.2 F = A + B (COR) 1 +C (MeV ) + D (earth on) (4.1) A D COR Cutoff Rigidity MeV 1 2 MeV earth on or 4.35 Ch 2 = 5 8 kev 4.35: Ch2 5/1/3 5/11/19 ( ) /1/3 Ch19(61 64 kev) Ch53( kev) 4.36: ( ) Ch19 Ch53 ( ) bin ( 4.37) bin 1/2 49
52 4.37: (,2bin ) ( ) Ch19 Ch53 bin ( Ch 5 = 5 14 kev) earth on (Ch 6 ( > 15 kev)) earth on MeV MeV WAM WAM kev 4.38, bin _521_1955 (2bin(mean), 2-8keV) WAM- WAM-1 WAM-2 WAM _521_1955 (2bin(mean), 2-8keV) WAM- WAM-1 WAM-2 WAM /sec 11 /sec astetime (sec) astetime (sec) 4.38: WAM4 (5/11/14, 2bin ) ( ) SAA SAA 5
53 513_111_15 (2bin(mean), 2-8keV) 614_133_7 (2bin(mean), 2-8keV) 14 WAM- WAM-1 WAM-2 WAM-3 16 WAM- WAM-1 WAM-2 WAM /sec 1 /sec astetime (sec) astetime (sec) 4.39: SAA WAM4 (2bin ) ( ) 5/1/3 6/1/4 COR 6/1/4 WAM- WAM-3 COR WAM-1,2 COR 4.39 SAA WAM WAM COR SAA 4.38 WAM-1 SAA WAM SAA WAM-1 ( 4.4) WAM4 (2 8 kev) WAM WAM- WAM-1 WAM-2 WAM-3 5/1/18 5/11/23 5/11/23 ( ) 5/1/18 51
54 _1115_232 (2bin(mean), 2-8keV, Mag Angle, Mag Phi) WAM- WAM-1 WAM-2 WAM-3 /sec Mag Phi Mag Angle astetime (sec) 51123_1718_455 (2bin(mean), 2-8keV, Mag Angle, Mag Phi) WAM- WAM-1 WAM-2 WAM-3 /sec Mag Phi Mag Angle astetime (sec) 4.4: WAM ( 5/1/18 5/11/23) WAM4 WAM ( 4.41) WAM- 1 ± 1 ± 1 COR COR SAA SAA 2 8 kev 1 2 MeV 5/8/22 6/1/8 52
55 14 WAM- 2-8keV Secular Fluctuation (lon:1, lat:) 1 WAM- 1-2MeV Secular Fluctuation (lon:1, lat:) Rate (count/sec) Rate (count/sec) /8/22 5/9/14 5/1/7 5/1/3 5/11/22 5/12/15 6/1/8 Date 3 5/8/22 5/9/14 5/1/7 5/1/3 5/11/22 5/12/15 6/1/8 Date 4.41: WAM- 2 8 kev 1 2 MeV km COR 4.42: WAM- 2 8 kev 1 2 MeV WAM WAM- 2 8 kev WAM- WAM-2 53
56 15 WAM- 2-8keV Secular Fluctuation (lon:1, lat:) WAM- 15 WAM-1 2-8keV Secular Fluctuation (lon:1, lat:) WAM Rate (count/sec) Rate (count/sec) /8/22 5/9/14 5/1/7 5/1/3 5/11/22 5/12/15 6/1/8 Date WAM-2 2-8keV Secular Fluctuation (lon:1, lat:) 15 WAM-2 5/8/22 5/9/14 5/1/7 5/1/3 5/11/22 5/12/15 6/1/8 Date WAM-3 2-8keV Secular Fluctuation (lon:1, lat:) 15 WAM Rate (count/sec) Rate (count/sec) /8/22 5/9/14 5/1/7 5/1/3 5/11/22 5/12/15 6/1/8 Date 5/8/22 5/9/14 5/1/7 5/1/3 5/11/22 5/12/15 6/1/8 Date 4.43: WAM4 WAM- WAM-1 WAM-2 WAM-3 COR ( 4.44) 2 8 kev 5/9/16 5/1/22 5/1/22 COR (1/COR ) COR 5/9/16 COR 1/22 COR 1/22 54
57 4.44: COR 25/9/16 25/1/22 55
58 5 HXD-WAM 1. 2 kev Cutoff Rigidity 2. 2 kev Cutoff Rigidity 2 Cutoff Rigidity WAM WAM WAM WAM PC PC 2 56
59 57
60 WAM 4 58
61 References [1] Web [2] HXD-WAM Web [3] Astro-E2 ( 2 ) [4] The Suzaku Technical Description Institute of Space and Astronautical Science (ISAS/JAXA) and the Laboratory for High Energy Astrophysics NASA/Goddard Space Flight Center [5] 24 ( ) [6] 23 ( ) [7] 24 ( ) [8] Hayashida et al. 1989,PASJ,41,373 [9] J.C. Ling et al. 2,ApJS,127,79 [1] S.E. Shaw et al. 22,astro-ph/ v1 [11] B.A.Harmon et al. 21,astro-ph/1969 v1 [12] ROSAT Web [13] BATSE Web [14] Linux [15] PC Cluster Consortium [16] [17] IT e-words 59
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