ドップラーライダの長期実用性に関する調査
Contents
1. 1 2 1 4 a e ee ee sf get aw H PS AE ET2. 180m 6em Leosphere Windcube WLS7 97 JAEA Testing 2013 003 1 RETF PC PC PC LAN
3. CIS CBRE wR es Wa Geox eae i OR gt e Y oN y OX gt a A a M31 JAEA Testing 2013 003 aa a _ E 3 2 RETF E 3 3 3 2 1 EXE JR A E 0 1mm RS 511 0 1mm TRW 010 3 4 2
4. Al RETF LAN A2 BS 7 ES Al RETF A X A2 LAN 8 JAEA Testing 2013 003 2 24 11 9 11 22 A3 90 92
5. 1 10 30 30 ES 180m 68m 100m 319 1194 4 33 JAEA Testing 2013 003 Examination on the Long term Practicability of a Doppler Lidar Data Missing Rate and Comparison of Wind Direction and Speed with the Propeller Type Masanao NAKANO Hitoshi WATANABE and Shuichi SUMIYA
6. R 0 94 MX De 4 5 BA 3 AR 410 3 12 4 3 48 DOME 1 88 R 0 89 1 JAEA Testing 2013 003 da 4 3 CABRAS eee W mk HL O TAD E 4 4 96 S T IN TK D rs HL Ka E z El SE JE BE S me de r m Z ous Z HO jE 13 m s m s 25 15 10 25 15 20 X 4 2 JAEA Testing 2013 003 ALL 25 20 15 10 m s y 0 9713x 0 0924 0 9774 Orar
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13. 0 2 m s 0 360 1 5 150m 95 1 54 um 10 uJ IEC60825 1 1 40 C IP65 2 WINDCUBE 900xSS0xHSS0 mm 940x740xH640 mm ZE 1 070x770xH880 mm 360x200xH150 mm WINDCUBE 60 kg 130kg Ka ERI 4 kg 2 2 kg DC27V AC100 240V AC100V 375 W 2 JAEA Testing 2013 003 2 3 a
14. 5 m s m s 0 4 15 578 31 445 E 17 868 1 163 18 JAEA Testing 2013 003 45 a 24 6 2 3 cm 4 6 120m mm 0 1mm Bat mm 68 100 120 WO CO N ep Ww D W NO ER O mm 10 E O 0 T 1 T T T T 5 6 0 00 5 6
15. 99 JAEA Testing 2013 003 E AE ES 68m 140m 5 2 68m 11 12 1 Cid IRB 140m 68m 68m 68m F 4 140m 140m je 5 2 E HEE 68m F 140m 3 JAEA Testing 2013 003 53
16. deviation angle 27 83 b 2 4 Configuration CNR threshold 21 24 1 CNR threshold CNR CNR WINDCUBE CNR threshold Wind Profile Time Profiles Statistics Configuration Advanced CNR System settings Mode a E na p A AN ID Syster DIGITAL COMPASS calibration Please refer to user manual 09 16 52 ID Client TimeFormat Depth 2 25 2013 AE T Local Save DSP 7 WLS 78 L here i ii Site Location PS Location Comp s Dag C3 gt DAME 16 6 version Pitch angle Comments y Windsoft 3 1 63 q Systeme de pret Roll angle 0 1 Templ C START STOP CNR threshold J 21 Number of averaged shot 9 10000 io 4 A A QUIT Scanning cone angle 3 27 83 Rotation Angle 9 90 SL o J A eas a DataFileDuration
17. ae SI AL m kg s Y m kg s K MS pee kg s m ms s TR m ms g kg s m kg s K m s KT E EE eres m s ZA m kg s K Ww m kg s E RX FR mkgs A E B R fear A ni m sA m sA EREE m sA is BS m kg st A i ES m kg s A E I a A Je Ua o m kg s mol m kg s KT mol X BW kg sA R E E me m m kg s m kg s oy J W m sr m m kg s kg g Be
18. 24 2 25 1 1 32 470 82 620 90 560 68m n 140m CROTTI AER TITIES RBC RIBAS LAL TWD TBD LTWS ARENA SPP AEYNBS ASSTeOIZ FRR UI RA ENS a ad das KO oO 0 SS gt SY 9 PILLS es eS V 5 6 6em 140m 6 JAEA Testing 2013 003 24 2 1 1 USES AMEN EVO UT NERO 1 7 100m 10 7 200m 40 180m
19. 0 0 30 DES 30 30 40 180m 68m 1 98 7 99 9 ET 99 6 R 0 98 b 0 97 WH a 0 09 HERAS m s 3 20 m s 1 m s 96 3 2 m s 99 7 ASES
20. Ilkat m m s mol IDE E SI 5 SI EE EE Se PO WO ie EZ ee To l E 10 a P FA 7E I0 IF E F 7 10 G e a 10 2 M 10 Es al k a 10 bk h E7 P Ova da a7 P K6 SI SI 1h 60 min 3600 s 1 d 24 h 86 400 s 19 r 180 rad 1 1 60 1 10800 rad 1 1 60 1 648000 rad 1ha 1hm2 10 m 1L 11 1dm 10 cm 10 m 1t 10 kg 7 SI SI SI SI 1eV 1 602 176 53 14 x10 J 1Da 1 660 538 86 28 x10 kg lu 1 Da lua 1 495 978 706 91 6 x10 m 8 SI SI 1 0 1nm 100pm 10 m 1 M 1852m 1 b 100fm7 10 cm 2 10 m y y 1 kn 1852 3600 m s X m 25 N IIE FE MZ a a ST B SI SE 1 erg 10 J 1 dyn 10 N 2 1 P 1 dyn s cm 0 1Pa s A 1 St 1cm s 10 m s A FF A 1 sb 1cd cm 10 cd m 7 1 ph 1cd sr cm 10 1x 1 Gal 1cm s 10 ms 0 ae 1 Mx 1G em 10 Wb Y 1G 1Mx cm 10510 10e2 10 4mA m
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22. 50 964 3 1 24 6 19 23 30 20 m s 26 3 m s 6 3 m s ENT 2 42 1 24 9 2 5 30 12 9 ms 2 5 m s 10 4 m s CHS 5 34 o cla ON RAO na 3 4 2 2 25 1 4 15 20 7 9 m s 17 5 m s 9 6 m s 53 5 m s PR 1 ms 96 3 2 m s 99 7 ARE R 4 5
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24. mm 10 O 0 2 29 0 00 2 29 6 00 2 29 12 00 2 29 18 00 3 1 0 00 360 Tay TT PUTT TT a T TT _ ITW TTF Tp m 0 1mmFE Bet mm 270 68 T 180 T El 90 o 00 Ny OY Ww U9 N ER O mm 10 0 10 2 29 0 00 2 29 6 00 2 2912 00 2 29 18 00 3 1 0 00 T T X 48 24 2 29 9 JAEA Testing 2013 003 5 68m 1 1 005 3 2 5 1 24 3 6 8 10 1 10 0 2mm
25. 24 12 6 30 40 68m 15 16 40 68M 35 120m e160m 30 4 200M MH 25 T K 20 mni A iR 15 10 4 5 4 0 kiia CO N N N N w N N N N nN FTF TFT NN re NTF A NN gt N No m N N NNNUNN Nn N NR N FT rm NUG SN SS ONG oD oD N NN Y NN NN NN NON ON ON UN que o qe N re N N NN Te NN NN SN N N N N N N N N N 4 1 30 JAEA Testing 2013 003 4 3 a 100m 68m 68m 51 2051 52 210 1 005 13 51 192 calm 192 51 000 16
26. m s SSW 25 20 one 15 10 y 1 0083x 0 1544 5 R lt 0 9881 0 1 0 5 10 15 20 25 m s X 4 3 m s m s m s 15 25 20 15 10 25 20 15 10 25 20 15 10 SE T T T T y 1 0372x 0 0071 R 0 9583 a 1 t L 10 15 20 m s 29 T T T T T T T T T T T T T T T T y 0 9849x 0 0901 R 0 9883 al 10 15 m s SW 20 29 T T T T T T T T T T T T T T T T L L 1 1 y 1 0012x 0 0786 R 0 982 f 1 L 10 15 m s 2 3 20 29 m s m s m s WSW JAEA Testing 2013 003 10 y 0 9988x 0 0131 R 0 9828 ll 10 15 m s 20 23 y 0 9848x 0 0543 R 0 9701
27. 10 6 20 0 00 6 20 6 00 6 20 12 00 6 19 12 00 6 19 18 00 N N O degree R E E dl EZ 0 1mm mm 68 0 na Tr 10 6 19 12 00 6 19 18 00 6 20 0 00 6 20 6 00 6 20 12 00 0 4 L 3 3 4 180 EG 6 g 9 47 24 6 19 20 JAEA Testing 2013 003 c 24 2 29 5 cm 4 8 mm 0 1mm at mm 68 100 120
28. LT GR 1 10 30 30 JAEA Testing 2013 003 De 21 LIDAR Light Detection And Ranging
29. i L L L 10 15 m s 20 25 y 0 9891x 0 1861 R 0 9428 4 1 1 L L 1 10 15 m s X 4 3 20 25 m s m s m s 16 10 25 20 15 10 25 20 15 10 R 0 9735 5 10 15 20 m s NW y 1 0094x 0 0149 o 23 y 0 9821x 0 0974 R 0 9445 L L Ltd 4 L 10 15 20 m s 25 R 0 9526 20 15 m s 10 G3 y 1 0822x 0 1597 25 JAEA Testing 2013 003 NN 10000 W 8000 NV 8000 WN W W WS W E SW SE SS SS W E S 4 4 9000 8000 7000 6000 5000 E 4000 3000 2000 1000 m s 4 5 5 58 ms 5 52 ms 17 JAEA Testing 2013 003 44 5 m s
30. 0 1mm 235 JAEA Testing 2013 003 4 Al 24 2 1 9 2 2 1 9 52 704 6 h x24 dB x366 I ZA UI 1 10 494 4 1 4 1 10 H24 2 14 9 50 13 30 23 H24 2 22 12 00 14 50 H24 3 16 14 20 KT FIZA H24 4 25 10 00 RAT T AA H24 6 26 13 30 RATT A H24 7 17 14 10 15 30 H24 9 26 13 30 H24 11 6 16 10 11 9 16 30 H24 12 13 13 20 13 50 H25 1 18 15 00 HATS LA Cn Bi Wi Ne 6 N lo O 42 494 1 52 210 52 704 494 RRA 40 200m a
31. c 3 CGS SI 4 10 SI SI ST 1 Ci 3 7x10 Bq Lo y p 1 R 2 58x10 C kg Z 1 Yad 1cGy 10 Gy 1 rem 1 cSv 107Sv 7 1 y 1 nT 10 9T F T 17 v 1 fm 10 15m R PARA y F 1 200 mg 2x10 4kg 1 Torr 101 325 760 Pa EOS A 1 atm 101 325 Pa 1cal 4 1858J 15C 4 1868J TT 4 1843 3 7 E 1 u 1um 10 m ASI 20064151
32. wer2rf 27 83 4 U V W M21 JAEA Testing 2013 003 22 Leosphere Windcube WLS7 2 2 WLS7 FR ETRE 2 3 2 1 WINDCUBE 22 WLS7 A EACH ED AC100V AC200V 2 3 WINDCUBE JAEA Testing 2013 003 2 1 WINDCUBE 0 5 1 10 20 m lm 14 15 2728 FE 0 60m s
33. 6 00 5 6 12 00 5 6 18 00 5 7 0 00 m 0 1mm mm 68 degree mm 10 OU 0 N UN A W N Be 0 10 5 6 0 00 5 6 6 00 5 6 12 00 5 6 18 00 5 7 0 00 4 6 24 5 6 19 JAEA Testing 2013 003 b 24 6 19 20 4 19 17 05 20 2 14 m 19 H 22 15 20 6 10 1 17 7 mm 19 23 4 7 20 m s 68m 25 m s 120m 30 m s IT Tr TT m 0 1mm Bat mm MIE es 100 120 mm 10 oOo 0 Y UN A U N Be O
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35. Radiation Protection Department Nuclear Fuel Cycle Engineering Laboratories Tokai Research and Development Center Japan Atomic Energy Agency Tokai mura Naka gun Ibaraki ken Received July 8 2013 Since the remote sensing technique for the meteorological observation has been developing these years the Doppler Lidar is available in the commercial market Although some investigation organizations carried out the examination on the method and application of Doppler Lidars and had generally good results the duration of the examination was limited in a short period So it is unknown whether the Doppler Lidar is applicable to the long term meteorological observation in the nuclear facilities to assess the public dose around nuclear facilities In order to examine the long term performance requested by the Japanese guideline for meteorological observation 1 e the annual and the sequential 30 days missing rate should be less than 10 and 30 respectively and the consistency with the data measured by conventional type the wind direction and speed was measured by the Doppler Lidar Windcube WLS7 made by Leosphere Co Ltd for one year and then compared with those measured by the propeller type anemometer installed at the top of the meteorological observation tower As a result the missing rate of the Doppler Lidar was satisfied with the guideline at the height less than 180m and the data at 68m above the ground level 100m above sea level had
36. System settings EEE re Horizontal Wind i Pale _ Horizontal Wind Direction Profile speeds m s Altitudes m Directions P a 205 13237 215 2013 WLS7 78 Leosphere version WindsoFt 3 1 63 E A CI NT 4 Hebets be Disk used a 10 Avrailableciltitudes 36 A 100 v Laser a Scanner 9 Temperature gt Compass GPS Ma A 2 5 WINDCUBE Wind Profile JAEA Testing 2013 003 3 3 1 24 2 1 1 4 3 3 1 30 RETF 32m 40 200m a 68m 100m 70m 100m MVS 300 MVS 320 10 10 3 2 3 3 1
37. a good relationship with the propeller data From this fact the Doppler Lidar used in this examination is considered to have a practicability for the dose assessment of the public Keywords Meteorological Observation Doppler Lidar Wind Direction Wind Speed Japanese Guideline 11 JAEA Testing 2013 003 ll E ooo oil 1 AA E a AS E RR AAA N E A 2 A SAL LAT EN ks 2 ME DI LIA i 3 ER 5 UN EE EE E T IA 7 A l A A A A E EENE 8 e UA NRN 10 Ad RFD So A NN ae et 10 A FT AS AMAS 10 e e a a a a N A NA 12 gA E a a O 18 A O a pe 19 2 Sl AO siii E E 22 A IN DS RY 22 SR i 24 5 4 ARE IE IN 26 OE BMP eo 27 RL I RD RO 28 2 a ap E TOTE S 29 111 JAEA Testing 2013 003 CONTENTS le MEAN died l 2 Dpp NC GNC anea a aaa a i 2 Dr sio A a a o 2 2 2 Doppler Lidar exalta E clic 3 23 GRGGTSNONIODSGEWAO NN 5 3 Method of observation and comparison ooo dl Soy a 7 302 Relateddald obtine animadas 8 ROU Nl i 10 4 1 Artificial missing rate of observation i 10 4 2 Natural missing rate of observation i 10 4 3 Data correlation between Lidar and meteorological tower 12 4 4 Difference between the two observed data lt lt 18 4 Observation at stormy Weather iaa 19 De JIDISCUS iii cl 22 Sl Renton ata tanta aca i aa 22 52 Relation withsdense E 22 A
38. 10 A amp M AIR m s 25 NNE y 0 9789x 0 0221 20 10 R 0 9829 0 5 10 15 20 25 m s ENE y 0 9328x 0 0929 t R 0 9893 0 5 10 15 20 25 m s X 4 3 NE 25 20 S T i IN 10 N A 4 y 0 9811x 0 1698 R lt 0 9813 0 5 10 15 20 25 m s E 25 20 x z N N 10 N A 4 5 y 0 9247x 0 2662 R lt 0 9723 0 T 5 10 15 20 25 m s 1 3 14 m s m s m s JAEA Testing 2013 003 ESE 25 T T T T 20 15 10 y 1 0541x 0 0435 5 R 0 9813 0 0 5 10 15 20 25 m s SSE 25 20 15 10 y 0 9733x 0 1654 R 0 9648 0 pa 0 5 10 15 20 25
39. 1s 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 2013 JAEA Testing 2013 003 Bei E wy ER 2013 7 8 SR ieee Leosphere Windcube WLS7
40. A WMA SS i aa 24 5 4 Missing rate with the other warnings ti 26 Os CONCISO PT Zi Appendix 1 The details of the installation configuration of the Doppler Lidat sect RE 28 Appendix 2 The details of the confirmation of the setting direction 29 JAEA Testing 2013 003 gt Dl a mo MO cae 3 4 6 KE OR NR A O Tes
41. JAEA Testing Examination on the Long term Practicability of a Doppler Lidar Data Missing Rate and Comparison of Wind Direction and Speed with the Propeller Type KK Masanao NAKANO Hitoshi WATANABE and Shuichi SUMIYA Radiation Protection Department Nuclear Fuel Cycle Engineering Laboratories Tokai Research and Development Center November 2013 Japan Atomic Energy Agency http www jaea go p T319 1195 2 4 029 282 6387 Fax 029 282 5920 E mail ird support jaea go jp This report
42. h J 24 Disk used y edil Time averaging min a 10 11 y AvailableAltitudes 96 ee a 0 Direction Offset 3 Laser Homogeneity Filter gt Scanner D Temperature Altitudes m LOAD Parameters Compass so les fioo fizo i eo fiso 200 A ActivedutoRun 4 3 3 E Ders Select all v CreateReport E WinerON WIPFR 2 4 Configuration HE JAEA Testing 2013 003 c 100m 32m 68m 40 200m 20m 20m 40m 68m 100m 120m 140m 160m 180m 200m 8 WINDCUBE Wind Profile 2 5 Wind Profile Time Profiles Statistics Configuration Advanced CNR
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