JAEA-Research-2010-014:3.11MB
Contents
1. 5 12 V 2 2 exp H 5 18 2m 2n ky lt lt nmi 89 JAEA Research 2010 014 kg tk 1 K pg gtk p 2 L n Pau e a gt 5 19 Zn k k k Ung 4 AF eV RVO MH2. 2 GPS GPS PC PC GPS D IFUNC ENTER 16 ON OFEF 1 ON FUNC ENTER OFF FUNC ENTER PC GPS GPS PC
3. xd 6 6 BADIUS X 6 10 a E 6 10 E JAEA Research 2010 014 N W Bx b N W Bx rad 3025 30254 16254 16254 F z
4. 0 100 0 10 FS0 1 KJ 5 20Q TS0 1 DC 1kHz FS 0 1dB 250V FS 12A FS 300V FS 1 100 10A 2V 220V AC160 230V 70 160V 230V 3 fH 45 66Hz 2 5kW mm 600 W x 440 D x 220 H 600 W x 440 D x 220 H 20kg 38kg 2 84
5. 2 jee 3 5 4 5 6 dipole S1 S2 NE RT 38 JAEA Research 2010 014 Av YR NSE Ysw SW T Source Receiver t X 5 6 5 4 1 NE
6. 2 6 9 42 6 NE 4025 DC 1MHz 4Arms 11 3Ap p 40Hz 500kHz 2 0A DC 40Hz 2 2 50Q 600Q 75V RL 12 50 50Vrms 40Hz 500kHz 40Vrms 20Hz 1MHz RL 37 50 75V DC 100kHz 70V 100kHz 500kHz 55V 500kHz 1MHz 0 125 Q4 0 4u H X10 x20 x50 x100 x1 3 40Hz 1MHz 0 5 3dB 10Vrms 75V 100V 150V FS 5 0A FS A H 1 100
7. 10kHz 4 1 s a cos 2gfit S a cos 27f t 4 1 S Ys j l 1
8. 65 JAEA Research 2010 014 A EG EM ACROSS MEMO Date Wether Time Name Stack ON OFF HDDZ EB GBI GBH KISS Stack ON OFF HDD GBI GBlI 66 SI 1 SI 2 SI m Sa m uei m Ge m s m 3H m s lek ar p me A gi u kg m zm Zl
9. A s cil uu JAEA Research 2010 014 AA ACROSS 6 ACROSS WEA Chore BIFEZ KR 4J 59 Ay 3 ACROSS 3
10. z 2 94 JAEA Research 2010 014 4 TT pr Eel co HP33120A 2 3 2 85 1 peak peak HP33120
11. Me IElselect qu ME Avy1secl Sig1seg Nislsegl DFDATA DDDATAI Dsg1seg Dns1seg HFDATA HDDATA KISS read kiss2 read kiss3 ADcount mw FFT 1 1 1 1 1 BO BE TE AD
12. 5 4 5 NE 0 5 55 5 cos s 40 JAEA Research 2010 014 cof sin bs eae o7 sin cos 9 m 546 1 N E D MM Mp
13. Y ME El CORSI 42 JAEA Research 2010 014 2 Primary field 5 10 510 0 L Rsin 0 cos 0 scos 0 psin Rsin 0 0 ssin 0 0 0 0 5 4 Radial Transverse
14. X 6 4 6 8 6 4 a 8 9 N W 8 W m 44 gu Se X
15. 5 4 O x k X n 1 d 5 3 5 2 3 5 4 Fourier fH Phase arctan Im X 7 Re X n 0 b 36 72 1 1 1 08 J 08 h 1 08 06 06 06 04 04 1 oa 1 1 1 i MEME 02 02 1 02 2 2 2 3 o D o o2 02 5 og 1 1 1 1 Pod 1 04 04 1 04 06 06 1 06 08 1 08 08 10 10 20 30 46 50 10 20 30 40 50 76 10 20 30 40 50 time s time s time s 5 2 Fourier
16. 2007 3 ACROSS ACORSS T509 6132 1 64 1 1 2 JAEA Research 2010 014 The Outline of the Re
17. 28 JAEA Research 2010 014 4 5 Fourier 1 50 5 ras At l s 50 05 Af 0 02 Hz E 10 20 30 40 50 time s 46 Fourier real part ab imag part 03 04 Phase 126 03 0 x x 0 Phase 126 02 e _ 0 02 04 05 08 02 04 06 08 1 Frequency Hz Frequency Hz 02 0 1 02 98 Phase 126 94 08 0 6 cos a 04 E E 08 Sesin T pp 0 L L 1 L 02 L L L L 0 01 02 03 04 05 01 02 03 04 05 Frequency Hz Frequency Hz X 5 8 Fourier 4 cos sin 5
18. BEER PCI Rev2 1 LAE 32 33MHz mm 174 63 D x 106 68 H DC 5V 5 1 8A TYP VO 32 4MB 1 OS WindowsXP Windows2000 CN1 36 FA 0 50 20 90 HEA http www interface co jp catalog prdc asp name pci 3335 JAEA Research 2010 014 2 3 3 1 NE 4025 NF 4025
19. lt X 6 7 6 8 6 3 6 9 6 10 1 5km
20. 5 Bartington MAGO3 3 33m 3 3 KISS Kunitomo interface Stacking System 3 2 fi ACROSS GPS summas We N 03616044 mm um NBS Klin 2 X 3 1
21. 95 X 1 1 ACROSS ACROSS SN ACROSS 1 1 ACROSS am GRAAL 11 ACROSS JAEA Research 2010 014 2 ACROSS 2 1 ACROSS
22. 1 HV TCE H 2 800Hz 5 FE E HH 10 014 3 ZW
23. 41 JAEA Research 2010 014 5 5 1 X Y Z x y z R T Z r t z A L C a l c E 5 8 5 9 radial transverse axial lateral collateral S P Z s z strike perpendicular z
24. 1 16 I O 0V 5V OV 10V ESV 10V 5us 3LSB MAX 25 C 2 CMOS AD AD DA DMA DMA PCI Rev2 1 LAE 32 33MHz 5V 3 3V mm 174 63 D x 106 68 H DC 5V 4 599 0 8A TO 128 1 OS WindowsXP Windows2000 19
25. 48 Bx 49 Ey 49 Bx DES ERNEUT i E 50 Ipod vd Sel DU PNE EORR nace ua cain aad eect 58 Contec ATII 8A Ch1 ee 59 SC15 Amp11 Ch1 Gain1 200Hz 60 SC15 Amp11 Ch1 Gain1 1000Hz 61 X 5 6 X 2 1 2 2 2 8 2 4 K 2 5 2 6 2 7 2 8 2 9 K 2 10 3 1 3 2 KR 3 3 8 4 3 6 4 1 a 1 2 8 K 4 a 1 2 C 1 2 C 3 4 5 a D 1 D 2 K E 1 2 di
26. 4 1 X 6 1 6 4 4 6 1 N W 8 00 S W 9 30 WB b d S W SEW 5 6 2 X Bd 6 1 6 1 9
27. 2 ACROSS i 3 ACROSS tui E NDERIT RE 4 ACROSS HEV AF ADRE e e RO ueste la eiectus 5 ACROSS 13 14 16 KISS kk 17 KISS Mee 18 EEEE EESE E 25 4 1 kk 26 26 ins dade ios B i a 27 Fourier oe cccssscccccssssccccecssccccecsssccecessuceecesseeeecssstsaeesessnaceseesnaeeees 28 Fourier 29 ACROSS
28. zero pole C 5 Bartington Mag 03 2000Hz Order of Pole Pole Order of Zero Zero 1 4645 0 2 7760 0 1 2 9828 1 8 6714 1 1 6 5690 1 9 4444 1 1 8 0544e 1 3 3471e 1 8 0879e 1 i 3 1422e 1 1 9847e 1 i 2 5544e 1 2 2250e 1 i 1 7818e 1 1 5283e 1 10 10 10 10 10 Frea Hz 90 100 150 200 250 300 1 p Pu p 1 ge 1 10 10 10 a i Freq Hz Phase deg C 6 Bartington Mag 03 X 63 JAEA Research 2010 014 Appendix D D 1 ACROSS Amp Filter
29. ACROSS 2 10 2005 2 ACROSS E f ACROSS 2
30. DWORD SampleRate 3 Resolusion ADCount AD float PlusRange 198 MinusRange Latitude Longitude Altitude Dum2 Sensitivity MAX NBOAD MaxAdaNCH TrigLevel MAX_ NBOAD MaxAdaNCH Delay MAX NBOAD MaxAdaNCHI char SerSCSI 16 672 GPS_Status 72 6 GPS Event MAX NBOAD MaxAdaNCHI Dum3 160 Matlab read kiss2 Sou gd gue ax dux da n fo 56 JAEA Research 2010 014 X B 2 KISS 80 KISSI6PCI V5p3 KISS lt FileInfo WordSize TSegment AdaNCH AID DataNCH TimeMark SchedukeStack RealStack MAX NBOAD MaxAdaNCH StartTimel6 EndTimel6 NStatus GPS Dum1 SampleRate
31. Xy 7 cos A _ 5 _ _ E ies Y sing LM Jie EP sing 527 E sind m c My c Ms cg Ut s cos dod s sin i cz 10 5 cos d O 5 sin c 0 I0 cos 1 cz I0 sing I0 sin 5 28 I i RATT DW LA cf cog costa IL 55 cos _ 51 52 c c3 IL s cos Ps IN sin If sin i On _ gi _ Sin Qs c IL s sin gs cos Ps i 5 29 cl c aj ing s cos Z E 7 cos Ps m IL 5 cos Qs a sl cos m 3 tsin sin cos l oi 1 1 7 COS TM COS 9 dipole 81 _ sl m c im 5 30 icit _ lt sing dipole
32. 14 Bartington Instruments Operation Manual for Mag 03SCU Signal Conditioning Unit p 1 21 2001 15 Oppenheim A V and Schafer R W Digital signal processing Prentice Hall p 1 585 ZUR Conductivity Anomaly 2003 p 140 147 2003 58 JAEA Research 2010 014 17 PEG SN Conductivity Anomaly 2004 p 76 83 2004 18 Nagao H T Nakajima M Kumazawa and T Kunitomo Optimum weighted stacking method for acquisition of the ACROSS transfer function having the maximum signal to noise ratio In the Proceedings of 1st International Workshop on Active Monitoring in the Solid Earth Geophysics IWAM04 S5 P03 p 266 270 2004 19
33. E DETUR AE 2 FE d 8 ay Gi 2 8 BS 3 4 91 S E PY JAEA Research 2010 014 3 4 Contec ATII 8A 8 10V 10V 40mA 40mA x1 x20 1MQ ON 1kQ OFF
34. sitelYYMMddhhmm kis JAEA Research 2010 014 4 1 AD 2 1 ET Li uii 3 3 2 short b short kre KISS GPS AD H sitelYYMMddhhmm 1log 10000 10000 10000 10000 10000 Trigger Levet mV 10000 ACD Parameter AD Group Rav Dots Dead Time Detay
35. Xp Xs LL si cos X so MEL Z2 ID s MEME CORSI tcos f bod m c My c Mo c Uf s cos siir UD COSC sir c I0 cos ds i 10 cos bs2 ir c3 ID s ID 53 cos ds i c 10 c Q0 VS i c es Ds coS A 2 COS 45 EE 52 c M c Mgs _ 51 s U6 57 cos 51 z 7 cos s c 1l coste 0 cos Dir ej 00 59 607 os 5 38 87 JAEA Research 2010 014 cz 10 0900 02 os Ps2 _ UO 5 bs 7 cos Ps2 m cos m cos 5 T 32 COS bs1 10 5 10 s2 PO
36. I 6 6 c 6 6 6 c 6 ACROSS 5 N Bx Ey NEW SEW BD BB LLNS 9 6 5 6 6 LTR 1 N W a b S W Q d
37. 1 ACROSS EW ACROSS MW Rn SER DS Ot CT C T aie CAT SO LITEV MEIE OHAIDE OM AIC 2 Suave 62 Y ACROSS ff E ACROS 2007
38. dipole S1 ix 1 cos cos dipole 82 d TUR di T7 Ds CO by X X 10 cos Ps2 X cos COS f E j Ys 7 d RA Y 5 40 cos d OS r cos j Pah R io m m Ms 5 39 cos 51 DELT COS r Psi 3 5 4 3 ffi 5 4 1 5 4 2 N E R T dipole 1 dipole 2 N ER R TD C dipole 81 Chk Nr
39. 350 20 300 250 ga 200 E N 5 T0 2 150 100 i 5 50 0 s 0 i i 0 2 4 6 8 10 12 0 2 4 6 8 10 12 Signal Number Sginal Number m 4 1 95 JAEA Research 2010 014 b 1 x 0 01 02 03 04 K 01 02 03 04 Time s Time s c 4 i d j 18 E E E Bs o 4 1 1 1 4 1 4 1 0 01 02 03 04 0 01 02 03 04 Time s Time s e H 5 5 8 1 E 0 0 8 10 10 01 02 03 04 01 02 0 8 04 ime s Time s X 4 2 4 1 6 a 4 1 a 3 0 5 T T T T T T T 1 o 0 8 05 L J 0 0 05 0 1 0 15 0 2 0 25 0 3 0 35 0 4 b Time s gl go L el Big 1 c 0 Freq Hz c 10 E 2 fi 1 1 9 25 49 81 121 169 225 289 361
40. A FFT EE 1 IP ORE PostScript 7 1 ney 5 4 PostScript 7 ACROSS Jj 30 LL Hi Sy JAEA Research 2010 014 5 3 ACROSS ACROSS 1 Fourier ACROSS 5 5
41. X 19 2009 50m 1 5km l 7 er 7t
42. 10 Vp p 10nV Hz DC 1kHz AD620 JAEA Research 2010 014 3 4 K 3 6 2006 2009 Appendix D Appendix E nm 3 6 9006 2009 KISS ear IMonth 2009 2 20 PC HDD Stack 223 JAEA Research 2010 014 4 ACROSS FM M Pseudorandom
43. 2006 1 2009 1 1 2 tnput Output 2 4 PC PC ACROSS IO
44. Appendix D 1 BAR 3 JAEA Research 2010 014 E DTE Bartington Mag03MCESL 1 70pT 10V R 8 2 13 8 2 Bartington Mag03MCESL fb ane 25mm f x 207mm 3 Amphenol 62GB 51T10 7P 40 C 85 C lt 0 5 lt 0 1 12V 17V 27mA 8mA 100 T 1 4mA 10V 12V VIV lt 1Q lt 0 0015 O 1kHz 1kHz EJ 3 0 596 0 3kHz
45. 3 V Offset 0 10 KISS KISS GPS 1 KISS Adj l POS Adj PC MA 1 60Hz 60Hz KISS memory 250Mbyte PC
46. 16 000 15625 n 2 4 GPS PC ASCI prn HP Bench Link Suite 2 4 GPS HP33120A 15625 i 74 8125 10 000 000 5 000 000 2 500 000 1 250 000 80 625 000 40 312 500 20 156 250 10 78 125 5 39 062 5 2 5 12 5 19 531 25 1 25 6 25 9 765 625 0 625 3 125 4 882 8125 0 3125 1 5625 2 441 40625 0 15625 0 78125 1 220 703125 0 078125 0 390625 2 D A D A GPS 1kPPS
47. RExt Trig FSK Burst GPS SlowCode HP33120A Burst Burst count infinite JAEA Research 2010 014 2 3 Agilent Technology HP33120A FBI SAR DC sin x x exponential cardiac 8 16000 12bits 40MSa sec 4 8 8192 8192 12287 12288 16000 100 Hz 5MHz 100 Hz 2 5MHz 100 u Hz 200kHz 10u Hz 10 10ppm in 90days 20ppm in 1 year lt 2ppm C lt 10ppm yr Harmonic distortion 70dBc DC 20kHz Total harmonic distortion 0 04 DC 20kHz Spurious non harmonic lt 65dBc DC 1MHz Rise fall time 100nsec typical Linearity lt 0 1 of peak output XX gx Settling time lt 250nsec to 0 596 of final value jitter lt 25 500 50mVpp 10Vpp 1kHz
48. ACROSS GED hri SUT ACROSS ACROSS 2 1 RRE ACROSS 2 2 ciu Ri ACROSS le rs irte epit n Re RARE 2 dp gt e a E BI oss test ie eai Que das ee ans acheter ah a t adque aec tl 6 RRC ME TEE 10 gab cu 12 ye WM aU a a RENE EET 12 15 SED UNUS ce potato talis Edere Se MO Gd e nene baee RP EB 16 ME le c cc 16 SENE c didis S EORR 17 3 20 OF 23 ZO EACROSS dd n acea Orie tt oC A Ne 24 EE igi c NT EUER S NO Ae eee ene HENDRER 27 GLUE A AOA O trece tu M T ca AM Ret a 27 2 30 5 3
49. XE RX 250405 JAEA Research 2010 014 1 AUG 9 p 115 129 2000 2 Kumazawa M T Kunitomo T Nakajima Tsuruga Y Hasada Nagao Matsumoto J Kasahara N Fujii N Shigeta Development of ACROSS Accurately Controlled Routinely Operated Signal System to realize constant monitoring the invisible Earth s interiors by means of stationary coherent elastic and electromagnetic waves JAEA Research 2007 033 p 1 150 2007 3 ACROSS 2007 JAEA Evaluation 2008 002 p 1 60 2009 4 PISS ACROSS 2008 JAEA Evaluation 2009 006 p 1 119 2010
50. fr JAEA Research 2010 014 NEW A b NEW mrad 302 5 1 L L 4 4 14 302 54 1 1 T 1625 1625 iri i x 3 8 6754 6754 254 254 45678 91011121 2 3 4 5 6 7 891011121 2 3 month month S W d S W mrad 302 5 i 1 1 1 14 302 5 d Le 162 5 1625 m E o o 67 54 675 4 L 25 25 a 4567891011121 2 3 456789101112 1 2 3 month month 6 1
51. 3 SN 3 1 ikm 2 EIC PAY XESLOXTfE 0 He E RS Ete eu IL A BORSA REB THU ah gt VL 2 M ijt e Hh fj E gt j 51 92
52. DC500V DC500V 0 1 of FSR 1 1 0 of FSR 20 f Str C3dB 5kHz 8 SUB EUIS BE 0 5 20 50 C 700mA DC 5V 0 50 C 20 9096 721 http www2 contec co jp prod_data atii8a c01 pdf 2009 5 HS CONTEC ATII8C JET UT Se SC15 56 H 3 5 3 5 MEE SC15 BNC 1MQ HPF AC DC 0 1Hz LPF 4 200Hz 1kHz 2kHz 1 5 10 50 100
53. BoulandC Builder 4 S W 2 5 TMEIcVI Projectl exe HP33120A 18 JAEA Research 2010 014 45 15 2 1 N 8 15 PC iX GPS
54. S W Bx I x rad 302 54 3025 a 0 162 54 162 54 5 2 6754 675 is 254 T T T T T T T T T T T 25 T P 2 9 P 1 41 T v 4567891011121 2 3 4 55 8 7 8 91091121 23 month month X 6 7 Bx N W Ey T uV A b N W By I x rad 302 5 nn 302 5 12 1625 3 i c X d x 675 5 67 25 254 4 5 6 7 8 9 101112 1 2 3 4 5 67 8 9 1011121 2 3 month month c S W luV A d Ry 30254 r 30254 F o 1625 4 L 3 162 54 d g g 6754 06 i 6754 5 254 T T T T T T T T T T T 1 254 T T T T T T T T T T T 4567891011121 2 3 4567891011121 2 3 month month 6 8 Ey 49 JAEA Research 2010 014 N W Bx I b NEW BxT zrad 302 54 pr 30254 T ee 162 54 E a 675 25 25 2 A 65 6 7 8 9 101112 1 2 8 4 5 738 8101112 1 2 3 month month c S W Bx I S W
55. NE m 7 Agip 10 sin 5 23 m IL s cos 9 A 10 sin 9 p N m cy My e D si cos 1 0 sin e U0 55 cos 9 10 sin 7 I0 cos D 10 5 sind c I0 sin ji 5 24 If i cf es Da Sf 10 sin dy m cy mg 10 sing 0 cos s 51 551 I0 cosy iy 10 sin cS COS Ps cy 10 si cos s sin Sin Qs Ji y 5 25 HEBER CS o ON ci TORCIA 2 a sing sin 2 Kla N 34 JAEA Research 2010 014 IL sin gg ii IL sa sin m sin cos on sin y a to SOs uid sin ai dipole S1 _ 51 m Cy Ms 5 26 1 1 cosg dipole S2 Pea 10 10 5 sings N 57
56. HU RS ACROSS 2 1 M N 0 500 1000m Toki 1 CS JR 2 1 IR ERE ACROSS D 100 EB 2 2 3 2 2 2 2000 1 2004 4 E 2 1 W ACROSS 2004 2 2 1 N S W 100
57. Resolusion ADCount float 198 MinusRange PlusRange AD Latitude Longitude Altitude Dum2 Sensitivity MAX NBOAD MaxAdaNCH TrigLevelIMAX NBOAD MaxAdaNCH Delay MAX NBOAD MaxAdaNCH char SerSCSI 16 1072 GPS_Status 72 6 GPS Event MAX NBOAD MaxAdaNCH PPSCount Matlab 57 1PPS H read_kiss3 JAEA Research 2010 014 Appendix 1 Contec ATII 8A BELO EBA SC15 NF FRA Frequency Response Analyzer C 1 Input Output Amp Filter 1 C 1 FRA 4 5
58. SN ACROSS SN 2 1912 N
59. kg m E i p B mykg f E Am y HR Alm EEEO mom d 2 kg m a7 y mo S 9 1 1 E HE 1 1 5 k zs a amount concentration si substance concentration T 5 mm b 1 min 1 min 60s 1 h 1h 60 min 3600 s H 1 d 24 h 86 400 s EN HITS E 11 180 rad 8 gt I 1 1 60 10800 rad zin SI SL 1 1 60 648000 rad M 2 2 ing 3 ha 1ha lhm2 104m Mf a m DUM L 1 dL21121dm 10 cm 10 m VW Sn 16 m m 3 3 E m a t 1t 10 kg 7 mkg s Pa N m m kgs m J NS mike e 8I
60. X 2 3 ACROSS GPS 2 3 ACROSS 2 3 1 1 GPS Symmetricom IH TrueTime XL AK GPS UTC Universal Time Coordinated 10MPPS FG 1PPM 1kPPS 1PPS GPS
61. f0 f0 4 1 1 fm 1Hz 2 Hz 3 t 0 0rad t 0
62. 2 sitelYYMMddhhmmss kis 4 YYMMddhhmm ss AH B DR L7 2 KISS 2048 Appendix B 17 E Pos Header Ver 30 Present Time 2009 06 12 09 46 05 Start Time Year 6 12 Month Day Hour Minute 9 46 Sampling Parameter Segment s cp 6 100 Interval min OFF m ON Stack s pave Stack s OFF 3600 ON Repeat h s SET CHK Clock Display Clock Monitor internal Raw GPS Stack Trigger NONE Seale GPS Vpp Rate Hz Tassir 0 5 Range Vpp GE 10 xe Memory kB MA 1 349040 E ME Message Wait for Start Time Wait GPS minute edge Trigger Stop sitel H l 9
63. G4E 11128T GE 2 9 Cosel GT2 12 12 PowerAmp EAT O1A LE LL aw at K 2 9 HP33120A Output I JAEA Research 2010 014 RS232O X 2 4 ACROSS Interface PO 2758AL X G4EF 11123T 12V 75mA 1600 20A AC250V 20A 30mQ 20ms 10ms 1800 100M Q AC1000V 50 60Hz 1min 2 TA http www fa omron co jp data_pdf cat g4f_1 pdf 20 IO Interface PCI 2758AL 1 N W
64. H 2 AC100V 120 220 240V 600W 800VA mm 288 W x 177 H x 450 net 18kg 10 JAEA Research 2010 014 2 EAT 01A EAT 01A A 2 7 Pr 9 2 7 EAT 01A 4 DC 10kHz AT itil FE 2 56V BA 25V MODE EXT MODE INT DC 8A COM 75V 150V 200V 10A 2 5V fae v v 100
65. mee E m kg s A V Ci Ci 3 7x10 Bq d as V v 7 R 1R 2 58x10 C kg i m SA EZ F rad 1rad 1cGy 10 Gy ie R 2 E A Te J rem rem 1 cSv 102Sv i 3 7 v 1 1 27 10 9 X Fs E 1 fm 10 15m Pe c CAM aage 1 200 mg 2x10 4kg m kg mol N m 1 ae 9 Torr 1 Torr 101 325 760 Pa X y kg sA e D Ig NO 2 atm 1 101325 Pa m m kg s m kg s 3 m 9 emm 1858J 15 d y elo gt Mig 2 v7 v Win sr m m kg s kg s TT 41844 E O R fkatm Im s mol 0 8 2006
66. N RJ C etc N sics 52552 cy Cy t cy Cy sm ai to sings 3 cos OS in Psy cos 7 sing s ne 5 41 Ct cft ecc 51 m at C cos aS i 81 COS Gs sin Psa 10 5 bs 10 5 COS Os 38 JAEA Research 2010 014 N 510951 520952 C ey Cz 51 82 Ci _ sings C sin js V 3 cos gt sings 1 sin s 5 49 CE eb C2 cos C cosds a Er sin SL sin 10 1 I0 s costs CR co DAD 052002 C cos 64 cOS Ps2 Nr T Nr 1 cos R 52 cos I pa TDs 5 cow C Gets c3 C3 C cos C cos R Nr 1 fcos s COS b5 be 52 Ds cos Ch ef rep CZ cos C cos a i E 85 cos 7 cos MOs 5 5 a 5 44 C Ag tC A AT cos 0 mu Er R 1 1 cos d 7 2 cos
67. This report is issued irregularly by Japan Atomic Energy Agency Inquiries about availability and or copyright of this report should be addressed to Intellectual Resources Section Intellectual Resources Department Japan Atomic Energy Agency 2 4 Shirakata Shirane Tokai mura Naka gun Ibaraki ken 319 1195 Japan Tel 81 29 282 6387 Fax 81 29 282 5920 E mail ird support jaea go jp Japan Atomic Energy Agency 2010 JAEA Research 2010 014 ACROSS eu BE ER 2010 4 H ACROSS Accurately Controlled Routinely Operated Signal System
68. 5 3 1 5 82 kk 32 5 4 kkk 33 5 4 1 NE ii 34 5 4 2 RT _ 36 Duo EE QUEE a SE a 38 5 44 Ser V EBIIUS PEE OPaa eaves tri etie et eerte Terent 39 5 4 5 kkk 40 5 4 6 Liu 41 5 5 i 42 44 61 _ 44 6 2 47 RR 51 JAEA Research 2010 014 52 58 Appendix A 55 Appendix B KISS
69. PC m Change Electrode Program Present Time i 2005 12 28 07 35 51 r Auto Op StartTime and Interval Elec select Year d Month Da a NW 2005 d 12 z 28 E How Min d SW 7 d 37 Both Interval eo min Start Electrode Pair None C NW C SW Current Status HP33120A AutoAmp Com nw os 2 5 14 JAEA Research 2010 014 2 5 K 2 10 2006 2009 01 92 10 ACROSS 2006 2009 uu KISS Year IMonth Day RE 2 3 4 5 ej 7 8 0 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 NE 3p spe Sp Sp El ERE HET ES ERES EET
70. kotk 1 tok 2 als log L K log2z logn 2 ie 5 20 k ky k 2 k ko k mk 7 n 0 5 20 9log 9 0 0 5 21 k k k n 050 n k 0 00 cut 5 21 1 it n m 2 5 29 1 A2 22 2 19
71. ERR SO N W S W 7 ACROSS 47 8 W 8 W
72. amp 20 25 3 30 L 10 10 10 10 Freq Hz 59 JAEA Research 2010 014 C 2 SC15 200Hz Gain1 200Hz 7 3519e 9 0228e zz 8 3149 0 6 9962 0 1 7 9589 0 6 6699e 0 i z 3 z 4 6 3704e40 8 4174e40 i 5 9655e40 7 9848e 0 i 1 p 2 3 7956e 1 9 1715 1 i 3 7854 1 9 1606e 1 i 3 p 4 9 1315e 1 3 8486e 1 i 9 1918 1 3 7206e 1 i 2g 5 0890e 4 3 1759e 3 D z 6 505 0 4 2145 0 1 2 2070 0 6 3681 0 i z 3 z 4 2 7012e 0 5 0696e 0 i 6 9320e 0 p 1 p 2 3 7950e 1 9 1300e 1 i 3 7989e 1 9 1230e 1 i p 3 p 4 9 4864 1 3 6254e 1i 9 4063e 1 3 7444e 1 i 2g 2 9058 3 1 1706e 3 z D z 2 2 0734e 0 6 5440 0 1 4 8448 0 3 7127e 0 i lt 3 z 4 7 3164 0 2 3018e40 4 2842 0 i 1 p 3 8052 1 9 1114e 1 i 3 8179e 1 9 1162e 1 i 3 p 4 9 4507e 1 3 6833e 1 i 9 5880e 1 3 7047e 1 i g 1 0606e 3 3 1027 3 lt 3 2 4 2 6395e 0 4 3829e40 i 7 1459e40 D P 2 3 8088 1 9 1477 1 1 3 7961 1 9 1143 1 1 p 3 p 4 9 3897 1 3 7574e 1 1 9 5135 1 3 6218e 1i 1 1 Ampl
73. Mag 03 3 18V max BrE DC 3 DC AC DC Low path filter HX 1 10 100 1000 or 10kHz High path filter 0 DO 0 01 or 1Hz Filter roll off 18dB oct Low High path filter 1 50 100 800 500 or 1000 0 10V Common Mode gt 60dB min 6mV hour for filtered nulled signal with gain 300 10 1mV SN gt 10dB ADOPO3 AMP01 ADOP270 ADREFOI 8 IEC 10 Hirose RM1TRD10P 6 BNC H 3 1 2 MT LED 110V 483mm W x 88mm H x 300mm D 3 Contec ATII 8A
74. Radial A L RR A R L 0 scos 0 psin 0 ssin 0 pcos 0 Transverse 5 10 90 A 0 L R 5 0 0 2 psin 0 7 2 Lz R ssin 0 0 212 pcos 0 712 Fuy 43 JAEA Research 2010 014 6 ACROSS 61 2008 ACROSS 0 2 N W NW 1 3 8 W 8 W 2 1 59 30 32
75. PSD xX 5 3 00 X 51 PSD lt PSD PSDCf 2 T X X N nl 29 PSD 5 3 docu E PSD of unit time f X M X N n 5 10 5 2 JAEA Research 2010 014 5 4 KISS dir datenum unique 413
76. a N W b N W mrad 302 5 302 5 162 54 162 54 d d 6754 6754 25 25 4567891011121 2 3 4 5 6 7 89101112 1 2 3 month month c S W d S W mrad 302 5 x F 30254 16254 16254 d d 675 4 6754 25 25 4 95 67 9 91011 12 1 2 3 49 0789291011121 2 3 month month Ed 6 2 FH 45 Freq Hz Frea Hz a Frea Hz Frea Hz JAEA Research 2010 014 N W Q m 302 54 an m 162 5 67 5 25 4 5 6 9 9 101172 1 2 3 month S W Q m 302 5 162 54 67 5 25 458 7 9 91011121 2 3 month X N W 1 302 5 162 54 67 54 254 x T 4567 891011121 2 3 month S W 302 5 H 162 54 675 4 557g 51811213 month b Frea Hz d 302 5 Frea Hz 302 54 T 10 5 0 5 10 15 20 i 20 N W mrad 162 5
77. GPS E PC A D Internet Explorer Ver 6 0 32 48 JAEA Research 2010 014 3176 16 K 3 1 A D Interface PCI 3176 16 8 16 OV t2V 0V 5V 0OV 10V 1V 2 5V 5V 10V 10M Q TYP Power On 35V Power Off I 20V 10 s 10u s
78. A sec edge A sec AC Coupe 0 0 10000 Data Save Interval c Segment C Trigger Ch and Trigger Level mum Number of Channets E AD board 1 6 board 2 0 board 3 board 4 Clock c SK cC IOKHZ Edge c Up C Down 2 KISS ARS Symmetricom XL AK PCI KISS GPS Symmetricom I PCI RS232C Windows XP 3 Windows 2000 AD Driver e 3 IPPS Width c Tons CO Sife Narre GANS Data Save C v Drive Display 6 CH GPS RSZ32C GPS Clock COM Log Clock Stafirs Amp Fitter Code Save GPS Type XL DCAK C XE GPS 1 5 LN Bartingzron T anyo Message 3 3 KISS TrueTime XL DC XL AK Windows PCI Interface PCI 3176 3 1 Interface ECO 7620 Interface TNS 5052BA 18 H7j 1PPS 1kPPS SlowCode
79. 1Hz 4 6pTrms Hz 70uT 143 mV u T 5 nT 0 1 nT C 2 Bartington Mag 03 FEE 3 3 Bo Low 15 ppm C Bartington Mag 03SCU mmi 3 DC 20 ped JAEA Research 2010 014 9 E FA 8 8 a3 FEUR A Bartington Mag03SCU DKEA 12 15 17V
80. Zero AIC AIC 2 2 AIC 2N In6 2 np 3 2 3 MATLAB MATLAB Signal Processing Toolbox invfreqs b invfreqs HMeas freq f0 nb na h freqs b a freg f0 HMeas freq x 58 JAEA Research 2010 014 fO freq 1 2 b a nb na H s B s
81. cz 0 s COS p 8 U0 5 COS r Dig cz 00 5 C8 00 cos ba Di 5 39 ir c c CDs ES 10 cos 86 JAEA Research 2010 014 uu 82 m CrMs Ms _ 51 s 7 jcos 031 E IL COS k s CR I cost 0 IE sa cos Ps2 Dig 10 s cos by 5 E EN coS cs 5 34 of aj P82 osig R s2 0 cos a Psi 7 cos s gt Ms cos 01 Ms _ CoS cos 10 s fai cos bs 5 35 5 Ps dipole S1 1 1 cos Ps e dipole S2 10 cos dipole S2 i cosh 7 cos Ac R
82. Ux rad 302 5 3 302 5 001 162 54 162 54 a rj Fi 6754 6754 25 25 4567 8 101112 1 2 3 45 9798519011121 2 3 month month 6 9 N W b Ey Doc rad 302 5 302 54 0 05 1625 162 54 r E z 9 g 675 i 675 25 25 6 6 7 8 9 1011 122 1 2 8 4660728 8 10 1112 1 2 3 month month S W d 8S W Ey zradl 302 5 E 302 5 005 162 54 162 54 E E Fi 675 675 008 004 25 25 6 b cg 7 8 9 en a 4 5 9 7 8 5 101112 1 2 3 month month 6 10 Ey 8 50 l Y Mma ZR 3 41 JAEA Research 20 7 ACROSS 2008 4
83. a 16 33m 3 2 KISS 1 x HH Hj Segment 3 2 KISS 16 A D TSS Time Segment Stacking recorder Time E JAEA Resear ACROSS 5 OF HA Dla a ER lt F 19 ch 2010 014 ACROSS TSS Takahiro Kunitomo ver 5 30 KISS Kunitomo Interface Stacking System 2007 02 13 7 vt 18 H GPS 3 2 KISS OB FEI KISS
84. ContecATII 8A Ch1 RHA50N 0 2Q ContecATII 8A Ch2 ContecATII 8A Ch3 ContecATII 8A Ch4 ContecATII 8A Ch5 ContecATII 8A Ch6 amp c Cp ContecATII 8A Ch7 ContecATII 8A Ch8 None none TE 8 8 W W C W E EAT 01A COM Ji W XX KISS ch3 8 M M M M BP 8 BP BP BP BP M XU H 0 2 Amp Filter 7000 n T V MAG 03SCU X MAG 03MCESLX
85. a Osle br Da 5 COS r 52 i N RE QR CN B sing Cr 5 45 sing cosQ AC Cy coS Sin Cy 5 46 C sin j cos 9 AC 5 44 Gy ey tes ou 5142 242 5 47 a Oh SH sia On gr cos Y Os sings 005 sings C 39 JAEA Research 2010 014 On cz ow cz o COS 2 Gey OS bs 2 Way cos 0 3j sin s 5 48 8 o3 o3 2 Ge sin 2 07 in 5 49 day n s 0 s cosa ing 6 Gi cz eg CE oz me on COS 2 05 OS 5 5 50 a i wen der Nm uc sin s Gs Gi T ee On cos One CcOS 5 UD eos Usa te cs Gs Gr Gs X 2 o y cos r Psi 2 cos E ET Os 005 01 GPY 3 3 os Gsi
86. 11 b d S W N W S W 6 2
87. 6754 6754 25 25 4 5 6 7 89101112 1 2 3 4 5 6 7 8 9 101112 1 2 3 month month B d S W Bx S W Bx zradl 1625 2 g 67 5 254 i 4 5 6 7 8 9 10 11 12 1 4 5 6 7 8 9 101112 1 2 3 month month xX 6 5 Bx N W Ey b Ry Ux rad r 30254 1625 8 E 675 745678 9 101112 1 2 3 4567 8 9 101112 1 2 3 month month c S W S W Ey rrad 3025 3025 1625 1625 x d 2 675 675 254 254 45 6 7 8 9 1011 12 1 6 6 month E A8 4 5 6 7 38 9 101112 1 month HE JAEA Research 2010 014 N W pT A b 302 54 N W Bx I x rad r i 302 54 1625 1625 Freq Hz Frea Hz 2 in 25 25 45 6 7 8 9 101112 1 2 3 month c S W Bx T pT A 5 06 7 8 9 10 1112 1 2 3 month d gt
88. 2 8 dn JAEA Research 2010 014 RHA50N 0 20 2 8 RHA50N 0 2 DERIER 50ppm C TEE 275 C E 2000V gt 100M Q 0 5 0 05 Q 0 2 0 050 24 1 1 1 2 N W 8 W 1 H 3 70x16x16
89. 2009 0189 P003 2009 54 Appendix A JAEA Research 2010 014 67931 155 4415 771 15 64524 54 98513 265 332 67855 956 4495 707 18 08423 58 15426 287 888 67996 908 4517 480 13 50985 59 01427 278 883 67953 142 4371 626 14 93245 53 23535 255 67894 756 4421 489 16 82633 55 21044 273 707 67880 031 4451 028 17 30370 56 38327 277 563 67958 328 4446 751 14 76295 56 21225 270 208 67988 310 4481 281 13 95171 57 501810 273 897 FITO C GPS XY W TM2 P1 OW 124 081 157 611 BARA ER
90. EE 2 006 H18 19 2007 H19 e ics Ins 9 e Ea x a en en a Je no IS 1 20096 11 23 EAT 01A NF4025 2009 3 25 PC KRM Stack 15 JAEA Research 2010 014 3 3 1 3 1 2004 1 70cm PE C Bx IE EL 80cm
91. Yokoyama Kumazawa Nakajima Transfer function measured by electromagnetic sounding with an accurately controlled signal Earth Planets Space V 54 p 459 472 2002 6 TrueTime Model 600 000 XL AK Time and Frequency Receiver p 1 105 2001 7 Hewlett Packard HP33120A Function Generator Arbitrary Waveform Generator User s Guide p 1 309 1996 8 Interface Corporation User s manual PCI 3335 DA16 4CH 512K CH p 1 50 2007 9 4025 4015 p 1 40 1997 10 ACROSS Transmitter EAT 01A ACROSS Power Supply APS 01B p 1 12 2002 11 47 44 52 2004 12 Interface Corporation User s manual MPB J3176 PCI 3176 Ver 1 3 p 1 62 2004 13 Bartington Instruments Operation Manual for Mag 03 Range of Three Axis Magnetic Field Sensors p 1 30 2002 H
92. en x oh T T T 5 16 rs T T T 101112 1 2 3 month mrad 162 54 E a 25 4 5 16 7 18 0 10717 7121 3 month TT 2 3 6 3 4 b N W Imrad 302 5 i 1 0 162 54 F F ut 6754 254 Tp 4 500 7T 89 9 101112 1 2 3 month d S W mradl 302 54 2 16254 g i 675 25 45 67 8 9 101112 1 2 3 month 6 4 46 JAEA Research 2010 014 6 2 2008 X 6 5 6 6 ACROSS 6 6 g
93. x ST 1 pe ad sr 1 a sr HO CGS m PES AEE activity referred to a radionuclide E IET STER ON PV 2002 70 205
94. GPS D A 2 5 Interface 8 JAEA Research 2010 014 PCI 3335 FED EMILE SK I au 2 5 D A Interface PCI 3335 HAF x 4 16 H HH 0 5V 0 10V BV 10V 10 TYP 5s f 2LSB MAX 25 C 0 10 MAX 0 50 524288 2 CMOS 2 TTL 1 TTT 1 DA TTL 1 DA TTL 1 DA DA DA
95. Contec ATII 8A kk 22 MEER SC15 22 23 ERREUR RN 2 ki 55 SR EE 55 2 pit E KISS 20 D gt 56 KISS 80 OS heus ret rtt D ee 57 Contec 8 kk 59 SC15 200Hz Gainl 60 SC15 1000Hz Gain1 61 SC15 2000Hz Gain1 62 Bartington Mag 08 63 ACROSS 64 64 Bie CU HA VUE UM Ld ge
96. N 7000 n T V MAG 03SCU Y MAG 03MCESL Y 7000 n T V MAG 03SCU Z MAG 03MCESL Z 1 dist SG 15 Ch1 dist 33m V m V 1 dist SG 15 Ch2 dist 33m V m V 1 V V FGout 3 2 Ch6 64 JAEA Research 2010 014 Appendix E IH aN 1 X 1 FG 0 XYZ 0
97. 8I ST tt Ww J s m kg s C TX SI WIA m kgs A7 Ff b eV 1 1 602 176 53 14 x10 J F CN m kg s A Z4 b Da iDa 1 660 538 86 28 x107 kg Q VIA m kg s A u lu 1 Da 5 AN m kg s A K ua lua 1 495 978 706 91 6 10 Wb Vs s AT 73 an T Wb m kgs A 4 Pe E wy H Wb A m kg s A i2 ws XS gi K 8 SI SI lm cd sr cd He SI 2 2 s VES Im m mm ed E bar 1 bar 0 1MPa 100kPa 10 Pa d cd mmHg 1mmHg 133 322Pa E Fe A Gy J kg m s 1 0 11m 100pm 10 m a ae M 1M 1852m M 8 A b 1b 100fm 10 Pcm 2 10 m kat s mol kn 1kn 1852 3600 m s i 6 OND s
98. CIPM 2 CI 2002 7 erg 1 erg 10 J L dyn 1 dyn 10 N ape MATE ME 4 SI Ua P P 1 dyn s cm 0 1Pa s nvym pipe Wee E ST 4 St St 1em s 10 S ER p F Jv 2 sb sb 1cd cm 10 cd m m kgs z Eds ph ph lcd sr cm 109x i seo 2 m kg Gal 1 Gal 1cm s 10 ms Ea iue 2 XA OU s M Mx 1 16 2 108 f mm s s Al G 1Mx 10 T f m m s s amars Oe Oes 10 4 mt kg s c cash SI 4 S ne SET ceu re 8 2 Sr c 3 CGS IT aud i dee DE E E m kg s m s K E mr X mg se m kg 5 10 SI Ro X
99. SlowCode RS232C 2 2 JAEA Research 2010 014 2 2 GPS Symmetricom XL AK GPS 1 57542 GHz L1 signal C A code TTL 1PPS 1kPPS 1MPPS 5MPPS 10MPPS SlowCode RS 232C DB 9P 1PPS GPS Time 150ns UTC USNO 150ns 1x102 1sec Sx1010 10sec 8 10 12 1day 2x106 0C 50C GPS 3 5V Lithium 10 95 260VAC 47 440Hz ee 15W RG 59 50ft
100. asssirsrsersirerssrsireisirsitststsirerstssreitststrsreseserse 30 kk 31 ti 34 N E 36 3d OA RCM RU NATURAE INDOOR 42 kk 42 43 45 Bier etd e ik 45 4 46 DES ele Cas TI io sta OR 46 Bx 48
101. 196 of specified output Flatness lt 100kHz 1 0 1dB sine wave relative to 1kHz 500 5Vpk actde 2 of setting 2mV AI Se ter 3 GRIE Vpp Vrms dBm 42Vpk maximum to earth 15Vpk overdrive lt 1 minute JAEA Research 2010 014 16 000 HP33120A DDS DDS HP33120A DDS He f us 40 MHz x EE n 40MHz 2 5 GPS D A 2 5
102. M1 M4 Appendix A JAEA Research 2010 014 PN Z N S H 1 y 2 9 ACROSS N S W M1 M4 0 N W 8 W 1 2004 2 1 8m S JAEA Research 2010 014 Es a 2 1 2004 2 W 2000 N S W M1 M2 M3 M4 2 3 ACROSS
103. 2 52 0o8 9 I 10 s cos s E Xs Os sings 9 s ZUM 10 6 jj nds E 5 31 35 JAEA Research 2010 014 5 7 N E N E E X SEW 5 42 RT RT m I s COS r Ps ip IL s cos bs ir mob X s Ys 5 32 Ms 10 COS r ip 10 51 cos ir D Xs2Ys2 R m c M C Mo c CD s C0s by ip 010 s Ji ID s s2 i 1D 53 60506
104. 3 1 ACROSS 2 3 1 ACORSS E ACROSS 1 ACROSS 1 2 ACROSS ACROSS EM ACROSS l JAEA Research 2010 014 1kHz
105. 9952e 1 1 p 3 p 4 8 8 9449e 3 6906e 1 i 6 6256 3 8 8367 1 3 6875e 11 7 8353 3 2 1 2 2 7684e 1 5 1834 0 1 2 6209e 1 4 8741 0 1 z 3 z 4 4 8881 0 4 6750e40 1 3 7232e 1 8 9937 1 1 3 7137e 1 8 9972e 1 i p 3 4 8 8 8427e 1 3 7359e 1 1 8 8562 1 3 7003e 1 1 2 1 2 9 3191e 4 8 2495e 3 3 4131e 1 4 6905e 0 i 2 8424e 1 4 7745e 0 i z 3 z 4 6 2335e40 1 9779 0 i 4 6212e40 D P 2 3 7137 1 9 0023e 1 i 3 7265e 1 9 001 le 1i 3 4 8 9023e 1 3 6950e 1i 8 8413e 1 3 6982e 1i o e T T o T T 1 10 10 Freq Hz x C 5 SC15 Ampll Chl Gainl 7477 2000Hz J 10 10 Freq Hz 62 JAEA Research 2010 014 2
106. AS Db eee 56 Appendix CSF EE I EL EEE 58 Appendix D SCART 2 2 tnn 64 Appendix E 0 a sa een cs en te ft en ved cde t 65 iv JAEA Research 2010 014 Contents 17 ZIntroduetlOIusat nete eere ete eite pes etes e YE eee ent teste e At e PR EE RE 1 1 1 Application of ACROSS to engineering technology of the MIU project 1 1 2 Flowchart of the data acquisition and analysis in EM ACROSS 1 2 EM ACROSS transmitting system et 3 2 1 Location of the transmitter and receiver in Tono area 3 2 2 EM signal transmitting source and the setting of source monitor electrodes 3 2 8 EM signal transmitting System 5 2 9 1 Time reference base system pp 5 2 3 2 Functiohn Senerator ee REOR BM e RN 6 0 10 i 12 2 4 Electrodes switching system es 12 2 5 Log of the transmitter state RSE SER ya 15 3 Receiver for Tono EM ACROSS 16 3 1 Shouba sama observation Slte 16 2 2 Data Logger KISS ne ter E RANG ENSIS ND NE RAN GRAN EEE 17 DO 20 3 4 Log of the records at Shouba sama pp 23 4 The design of the transmitting signal for EM ACROSS sese 24 Data analysts We
107. MU 27 5 1 Normalization factors and phases for Fourier transform 27 5 2 Algorithm for the first analysis 4 30 5 3 The theory of the optimum weighted stacking pp 31 5 3 1 The maximum likelihood estimation of the ACROSS 31 5 38 2 The maximum likelihood estimation of the noise level in signal channel 32 5 4 Rotation of the observed signals to obtain the tensor transfer function 33 5 4 1 Coordinate transformation of the source signal into NE direction 34 5 4 2 Coordinate transformation of the source signal into RT direction 36 5 4 3 Coordinate transformation of the received signal 38 5 4 4 Error propagation nennen ene eee ene see ese se esee esse 39 5 4 5 Coordinate transformation of the received signal into source dipole direction 40 5 4 6 Tensor transfer function Ne 41 5 5 Coordinate transformation in the case of two dimensional earth 42 6 Example of Tres EE EE SE Aa 44 6 1 Monitoring results of the Tono transmitter RN 44 6 2 Monitoring results at the Shouba sama site sss 47 DUTY 51 JAEA Research 2010 014 Acknowledgement Gf hE EE kk 52 References E 53 Append
108. mm 431 8 W x 266 7 D x 44 5 H 2 3 2 GPS 4 4 D A 2 1 Agilent Technology GPS 4 E H IH Hewlett Packerd HP33120A 2 3 7 E DDS GPS Rxt Ref In GPS 10MPPS 4 HZ BNC E
109. zi i at 5 13 1 m l lt M 144 z 5 i log L M log2z logn gt 5 14 m l nd mk s M put Sa 20 5 15 Os m l Tink 5 16 c nic uM QE ate ee 5 17 ort cub me PU m X0100 0 0 lt w lt 1 SN H 5 8 2 YIFILF vYVAIILGENSS I AVAIORAHE
110. 1 Tap TE TE M 5 57 nE nD 0 T 3 8 2 Iss DR Eu by by N So N mw 8 2 t DW ij 2 f E dN T 7 2 R T D radial transverse down 7 47 47 B z 7 C3 5 m 2 7 5 58 21 T E a a 7 0 AHO 0 radial transverse
111. 1 i p 3 6868e 3 2 8967e 3 z D z 2 3 4054 1 6 5808e40 i 3 6 1198 0 6 5220 0 D P 2 3 7872 1 9 1521e 1i 3 7854e 1 9 1526e 1 i p 3 p 4 9 2916e 1 3 6920e 1 i 9 1953e 1 3 7615e 1i Amplitude Out In x 4 SC15 Amp11 8 Phase deg 10 10 Freq Hz Chl Gaini 1000Hz 10 10 Freq Hz 61 Phase deg Amplitude Out In N JAEA Research 2010 014 9 0786e 4 C 4 SC15 2000Hz Gain1 2000Hz 8 9951e 4 z D z 2 4 586 0 3 2700e 0 i 4 5733 0 3 2774e 0 1 z 3 z 4 9 9284e 1 5 4161 0 i 9 6290e 1 5 4247e 0 i 1 p 3 7189e 1 9 0188e 1 i 3 7175 1 9 0305e 1 1 p 3 p 4 8 8 7994 1 3 7701e 1 i 7 3450 4 8 7452 1 3 7879 1 i 7 0918 3 lt D z 2 4 7500e 1 4 8805e 0 i 1 8361e 1 5 0563e 1i z 3 z 4 6 9764 0 1 3200 0 i 4 7873e 0 D p 2 3 7179 1 9 0096e 1 i 3 7170e 1 8
112. 2 128 07 145 854 152 279 X m Y m 35 22 57 7 187 13 27 5 35 25 07 3 187 12 56 2 35 27 25 2 137 12 50 8 5m 20006 1 GANS Ewin 1 A 4 H DH 3 55 JAEA Research 2010 014 AppendixB KISS 2 B1 KISS 20 KISS16PCI_V5p1 size WORD KISS 266 FileInfo WordSize TSegment AdaNCH AID DataNCH TimeMark SchedukeStack RealStack MAX_NBOAD MaxAdaNCH StartTimel6 EndTimel6 Coutn1PPS 200 He NStatus GPS Dum1 gx
113. 5 2 Pf 2 Fourier E 5 1 x k Fourier IX T Af f At Af 1 7 eve N fu 1 2A7 5 1 1 N 1 1 N 1 X n X e 12200 gt x k expC2zikn N N ico 5 4 x k x e Y X me Y X n expQzikn N 9 JAEA Research 2010 014 o k k 0 1 N 1 5 5 Parseval N 1 N 1 gt ol NY xo 5 6 k 0 n 0 GE Total Power 2 As f Xm Benni ny X exp i CN n 5 7 y t 0 7 5 1 5 4 Y o m X n At N X n T 5 8 1 Total Power ly Ary xb AN IX T I 5 9 k 0 k 0 k 0 5 4
114. A 5 HP33120A 15625 D A D 4 1 4 1 4 3 4 1 2006 1 16 2 5 Hz 1 3 9 17 27 37 51 65 81 101 121 x 2 5 Hz 1 0 1 56 2 70 8 71 5 20 5 20 5 20 6 76 6 76 6 76 6 76 0 0 0 1 0 2 1 0 0 2 3 x n 2
115. Freq Hz B 4 3 a b lt 26 JAEA Research 2010 014 5 5 1 Fourier Fourier 1 Fourier 7 7 7 y Y o ye dt ir 5 1 1 Mh iot W Yi do Fourier j 1 27 Oppenheim and Shafer15 1 2 Total Power dt 3 re do PSD 5 8 elr y 0 lt lt Parseval OE
116. JAEA Research ACROSS The Outline of the Research and Development of EM ACROSS in Tono Area He Re Takahiro NAKAJIMA Takahiro KUNITOMO Mineo KUMAZAWA and Hiromichi NAGAO Tono Geoscientific Research Unit Geological Isolation Research and Development Directorate July 2010 Japan Atomic Energy Agency men gt gt Ad e Q e mm ys 5i http www jaea go jp 7319 1195 2 4 029 282 6387 Fax 029 282 5920 E mail ird support jaea go jp
117. SC15 5 500Hz Cutoff 200Hz 5 2 5kHz Cutoff 1kHz 5 5kHz Cutoff 2kHz ATII 8A 5 1kHz 41 81 2 zero pole gain RS s zsS z 2 Cs z Ga 5 1 5 p Matlab invfreqs roots invfreqs s Zl 2 2 s zn s 1 5 p 2 s p n veu 87 54 1 52 2 5 sz _ 2 5 2 OS cQ o 5 so PXS s p 2 s s p n s p Qs 2 5 p n H s g Pole SC15 4 ATTII 8A 2
118. agao et al 19 SER s Zo A pm m Hz kb ANZ x 5 5 5 31 ACROSS ACROSS 2 1 Pa xp 2m KEL Smo Ny had 0 kesal 7 5 11 2 al JAEA Research 2010 014 2 2 1 Z Pml exp E a 5 12 2m 2n s DEX i eed s L I puen E II
119. b Ds b 2 s b n 1 A s a Ds a 2 s a m 1 SM p roots a q roots b gain poles zeros bb k poly q aa poly p h freqs bb Ered 0 MATLAB Signal Processing Toolbox 5 i A uas 1000Hz D p 2 2 3588 7 7815 2 6580 i 2 2924 8 0637 2 5620 i 2 3327e 7 8946 2 6080 i 2 8823e 7 3916 3 1471 i 2 3402e 7 7169 2 6054 i 2 4108 7 7403 2 7763 i 2 7525 7 1343 3 0571 i 2 5159 8 1226 2 8216 i C 1 Contec ATII 8A D7 4 7v 2 e Amplitude Out In Frea Hz X C 2 Contec ATII 8A Ch1 e
120. itude Out In o gt e WN r C 8 SC15 Ampli Ch1 Gainl 200Hz F wl M Freq Hz 60 JAEA Research 2010 014 C 3 SC15 1000Hz Gain1 1000Hz 1 5676e 4 1 6824e 4 z 1 2 2 7 2654e 0 5 1337e 0 i 7 0674 0 5 0553e 0 i z 3 z 4 2 3348 0 8 4618e 0 i 2 3093e 0 8 3268e 1 i p 1 p 2 3 7776 1 9 1229e 1 i 3 7791e 1 9 1379e 1 i 3 p 4 9 1102 1 3 8660e 1 i 9 1053e 1 3 7452e 1 i 2g 2 8188e 3 2 7078e 3 lt D z 2 5 5508e 1 7 2028e40 i 5 7103e 1 7 2648e40 i z 3 6 606 0 6 6799 0 1 p 2 3 7967 1 9 1620e 1 i 3 7741 1 9 1198e 1 i p 3 p 4 9 2003e 1 3 7710e 1 i 9 1991 1 3 7440e 1 i 2g 2 8800e 3 3 7508e 3 lt D z 2 5 8346e 1 7 1595e40 i 6 2996e 1 6 5407e40 1 z 3 6 5508 0 5 9815 0 1 2 3 7854 1 9 1410e 1 1 3 7817 1 9 1339e 1 i 3 4 9 2496e 1 3 7311 1 9 2583 1 3 6725e
121. ix A Location of the transmitter and receivers pp 55 Appendix KISS Headet NES 56 Appendix C Characteristics of the sensor and amplhfiers 58 Appendix D Relation between observables and data channel pp 64 Appendix Checkpoints for the observation ppp 65 vi X X X X X X 1 1 2 1 2 2 2 3 2 4 2 5 3 1 3 2 8 8 41 42 4 3 5 1 5 2 5 8 5 4 5 5 5 6 5 7 5 8 5 9 5 10 6 1 6 2 6 8 6 4 6 5 6 6 6 7 6 8 6 9 6 10 C 1 C 2 C 3 4 JAEA Research 2010 014 ACROSS
122. j AU JAEA Research 2010 014 SC15 Ampll Chl Gaini 7 2000Hz 62 Bartington Mag 03 iri 63 SEGURA LESE HE ERE RB OO REEL 5 GPS Symmetricom XL AK i 6 Agilent Technology HP33120A 7 GPS HP33120A kk 8 D A Interface PCI 3335 ik 9 NF 4025 kl 10 TUE P ENT LA AA 11 RHA50N 0 20004 4 EEG a nce tico hla hie oe oat 12 G4F 11123T kk 13 ACROSS kk 15 A D Interface PCI 3176 kk 19 Bartington Mag03MCESL 20 Bartington Mag03SCU 4 21
123. nda ied Nieve du ed 65 66 HX 2004 4 2 ELS Atco dod d aUe Mages o by able oss 4 JAEA Research 2010 014 1 1 ACROSS ACROSS Accurately Controlled Routinely Operated Signal System 1994 By 1996 Dv LOA ft E 1995 1 17 A Era rg
124. search and Development of EM ACROSS in Tono Area Takahiro NAKAJIMA Takahiro KUNITOMO Mineo KUMAZAWA and Hiromichi NAGAO Tono Geoscientific Research Unit Geological Isolation Research and Development Directorate Japan Atomic Energy Agency Akiyo cho Mizunami shi Gifu ken Received April 1 2010 ACROSS Accurately Controlled Routinely Operated Signal System has developed to acquire the detailed information on the tectonically active zone The technology for example the transmission and receiving technique the data analysis and the interpretation technique of the ACROSS signal is able to apply not only to seismology but also to other field We considered the ACROSS technology may apply to the engineering technology of the Mizunami Underground Research Laboratory MIU project for example monitoring of the change of the geological environment around shafts and also the strength of the shaft concrete itself It is planned that the examination for three years will be made from fiscal year 2007 and the new observation site around the MIU was established and the data acquisition and data analysis have been carried out This report compiled technical matters among the results obtained in the research and the development of the EM ACROSS Keywords ACROSS Engineering Technology MIU Project 1 Invited Researcher 1 Nagoya University 2 The Institute of Statistical Mathematics ii 1 1 1 2 JAEA Research 2010 014
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