文 - 筑波大学アイソトープ環境動態研究センター
Contents
1. coWmBndc 2 2 CC Cab Tap E 2 1 20 067m sec e K Tse taiki HE sound virtual temperature CIN C 3A 5115 Tsy T 1 0 31927 UU NET 2 2 CIC Tsr iE CK T e mb P mb 7 R 7 mis GO2. 1 I 1 IE i 2 1 H 4 t 11 1 1 t 1 amp nanti 1 3 1 1 t M 1 1 I 1 amp h IL I ht 1 1 t I t 1 as It 5t 1 1 t 1 ft 1 i ta r ME 1 31 t t 1 rt H 1 amp a 1 aot I 1 t z fi 1 1 t h c 1 b 1 i 1 t 1 E 1 1 i ha t b t f 1 t 1 t 1 1 H 1 kA 1 ad 1 1 F 1 ti 1 1 1 hA C 1 Do r t 1 ng 1 lt a ma 1 t Rat 1 SEE 1 t t 1 Ft 1 1 1 t ti t b 1 t 1 f 1 t i I 1 W 1 t hot t t t t E 1 t 1 ff fl 1 5 1 t t t t 1
3. 7 TSS B x B 52 6 H FORTRAN TOSBAC 5600 160E 51 4 H TOSBAC 5600 160E 51 3 H 51 10 CAPS 36DMA CAPS for I 360 Data to T 5600 ASCII Data 50 3 VI 1 M 59 30
4. 99999 Y SYSOUT 06 ORG 06 2 ORG 81 22 1 9 X END JOB eek EOF 1 434 5 sx EOF 3 V 1 10 11 FLOT FLIN RECA END END
5. om 1 H 1 1 AF 1 ot 1 1 t t1 I 1 H 1 A a 1 t p ou 1 tt 1 f 1 1 A oq 9 ew D p t 34 j 1 1 e A oet 1 fd t t r et to s 1 t NMMNNMPDE LLL bd iididelni idein Y 4 13 1 2221 0 9 Qu 5 9328 04 5n0u9 lt 2 7660 C3 fe IUNE cC 126 C 32 9544 TU Uet Ch 5 3NA0 fu I Ft yarat n unat Cee 0 66t 03 i v 73 t 68 rg f 6v 2D qatr 02 4 432014 22 S beia g tnit D 2 505641 723 j ODD tt OC far W 38 555 nn ttaf bD 1 9806 np ttasg Pe 0 1 NY tf fa Perihi Pu Zehir n6 8 n CN Dn f 75361 OU 6 54 60 Sat ut c0 tebrot q t tobht Qu 7268t NH Soh PE gu 5 9521 00 t hob rg amp 5 OF CZ o0ME C5 sE Cn istf f habui Dy 5 9748 fi te ILE G9 OFE ZE TA Aether 29 tettu fA r tat fa 43 8325 04 9 ent Vt T e Ci q M 4 SVIE 2 6674 21 tQUZAP O1 r t titaj 71 tnaa et 1 fs 1 jt n1 n1 61 ts Ct C1 r T 6f 1 t a f CY EE ad ial rG 3 31680 5 N ee AI Y Yest fh Y US rt f 1 1751 c1 rE 61 3 1734 04 PE 01 ix as 21 11 f a 1 r
6. C 9 Y 51 1 94E CY 9 CO 1155 Ca 3184 o7 2 4998 20 2 060 na 2 66834F n 589I 00 5 2n0 00 3elr 00 5051 n0 1 069 01 1 1347t G 1 70 0 1 0 15 ON 1 56 C1 9 9551 ro ERE 09 P SSt E DO 5 955t Do 8 6564 OO 5 637 00 amp SFSF QO 4 06E 00 P 484E DO 7 190 01 3 166 0D 21 5671 02 9 5 127 01 5 7SCE CI 4 A3 f 1 613t 01 2 216t 09 5 1054 99 8 511 00 1 1155 01 1 2 9 01 3 332 01 Y 302 01 3 8PTEC 01 1 180 01 9 931t QO CEF 09 7 075 cg A oSet C2 8 299t CO 5 932 00 6 1C8E 00 975F 00 amp Y30r OD S916 OQ 745E OO e 1 SE 00 1 785f 00 1 701f OR 2 059 OD 4 001E 69 T T 746 OD 9 055t ra 3 157E C 1 40f 01 1 322686 0 1 356 01 1 3258 01 1 2278 01 1 1016 01 3 6 8t 00 2 5F 00 8 245tf O3 8 539 4 rO 7 C6t CO 12t Qu 702E 02 992t 00 01 t 00 as 285 00 3 699 00 2 S5P t 00 23 8C 9 On 3 68t OQ 6 1516 OQ Bu459E 00 1 0356 01 3 251068 01 1 227E 01 3 355 01 1 3881 01 1 525 c1 1 1 0 1 065 01 9 197t 00 255t 00 5 0
7. BYS 60142 SAKURA 39 USERID BYS60142 a Z32582 Y IDENT THA 6 CAPS 360 DMA BYS60142 ua 25 8 4 Y PROGRAM 36DMA T CAPS 36DMA 5 Y LIMITS 10 Ck V 1
8. 30mmX50mm PJI 7 BI BRL H Rk E 205 RIAA 1974 42 359 362 1377 amp ER beg 1964 11 33 40 XH Ses n BARz 1973 SL MG d zs No 16 B 305 316 1973 AOAN No 114 70 110 Mather T R 1950 Manual of evapotranspiration Micrometeorology of the surface layer of the atmospher Supplement to Interim Report No 10 The Johns Hopkins Univ
9. 6 I 1 1 I Iy a4 1 1 1 1 tt 1 1 1 t 4 C1 rn Fw 1 1 5 1 i i t t t 1 HA FN t 1 t rt 1 1 t i 214 8 16 t 1 ft 1 1 I 1 A qn 1 dE 1 st i erret ec n mj mmm 1 1 Is B tt t noo 1 t 1 td 1 t ap n t 1 f I t 1 1 1 T t stR t 1 i F 1 rt t 1 1 1 1 t Als e t 1 F t I 1 I 1 1 1 A n z t 1 F 1 1 1 lt 6 t 1 A t amp 1 td t e 1 i t 1 H 1 tok dg fit H t 1 1 t 1 t 1 t h 1 EXT 1 1 1 Ft 1 t T t od d 1 tI 1 1 1 amp t 1 4 1 51 Ef 1 1 lt
10. MULIER PRA t I tb i n EIC aA t I 1 1 l 1 i b t ER AT f I 1 I 1 b t FIR T f I l 1 L I t I p ER 4 1 f I 1 I l 1 1 ta CA gi F I 1 H 1 I 1 RD 4 t1 I tot 1 i 1 I J B CA b ET t r 1 I T 1 t Ric 0 I I r 1 t A 8 4 b l t I r 1 t 1 l I E JA C 1 b 1 t 1 I F i 1 i 1 A4 C t b 1 tog F I 7712 f Id foutu sus temnemoot etiem eenlieA tenens oe e eecccRr to D L st 4 1 PI t t 9 I I l 1 1 A H I b1 I f t E T t 1 3A 1 b I 1 E 1 I t I t l t 5 1 1 E 1 1 f 1 t L ne D i 1 E f 1 1 t a c 1 o 1 tog f F t i I LES I to 1 1 E I I f I 1 A AI 1 It E T I f H I lJ p f J 1 t I F I H I 1 I BC Da i 1 t 1 1 F 1 H 1 1 iD ca 4 1 tod H F I PY 712 eeeseeeesteneaneecneenonuoennenmumuunentamjnunenni ed Q a rare I I I 1 D 1 n 1 c t 1 1 1 1 1 I 1 i D A f 1 F 1 H 1 1 1 1 1 9 B At 1 1 F i i t I t 0 5 A 1 t t 1 1 1 tj I A Dt 1 3 f i 1 I 1 I aarc b f 1 t F t 1 t l 1 1 Ac 1 p l i t t 1 1 I I C AR 10 t 1 F 1 1 1 1 lt a AO 1 t t T t I 1 1 1 t h AD t t t 1 t i 1 1 i Bal C D 1 F 1 1 t i 7002 t O
11. lt gt 1 1 1 1 Eeg 1 t t 1 1 1 1 1 1 tea r 1 1 y I 1 t 1 1 1 V ac n 1 J f 1 Vi H I H 1 1 h A 4 i 1 1 1 1 1 t 1 1 1 1 bafi l t t t 1 1 t 1 H 1 H tai 3 t 1 1 ft 1 1 t 1 82 1 I E t 11 1 1 t 1 1 cae I i E t 11 t f 1 1 1 t 1 gt t Ft t t 1 1 f 1 t 1 1 f 1 tt t P E a 4 wm tt i 1 1 1 b 1 t F1 I 1 1 1 1 BA f 1 H 31 1 t 1 1 f R 1 1 b t t t H 4 t t i t H ki t t 1 t t1 1 t i 1 b t h 1 1 f f 1 11 4 lt
12. X TAPE TN MTO 99999 1360MT g Y TAPE OT MTL 99999 T5600MT CAPS 36DMA i 2 7 GP 1100 EBCDIC 8 ASCII IN OT Fro FLIN FLOT MTO MTI 0 Z p 1 99999 360MT IT5600MT Y SYSOUT PF PFE 5 PE
13. V 15 4 GUAE 1977 7 28 30 72 197 2 ro 1 8 16 1 SNUMB A4336 16 1 2 Y IDENT BYS60142 SAKURA
14. GP 1100 X 1 512 FLIN 5 825 11X5124 220 5 852 x4 O Ik X 24 751254 FO 11 n HRO OEND X220 i4 220 EE 4 ENDEND ELE che CAPS3EDMA ict 2 gt VERTO Z2 2 OO a UH ze a O dodo ku hod d AU esi MT
15. ix o A B C ee X ABO d e rn i 5 1 HE vZzNBSCEO2LAC 100mV H XI 1 RANDUM FILE 21 22 23 24 KM 144 KD DAYS MRITE 21 KK XBARM K J J 1 MRTTF 2ZZYkK SM KzJ Js1 L _4901 CONTINUE DO 4902 Kzl KH KK KHw KD 1 K URITE 25 KK XBARHCK J ZJ 1Z L MRITF 24YKK SH KzJ J 1 L 4902 C
16. 0 1 1 1 i t 1 1 3 t i 4 f 1 fi I 1 M I 1 HL f t 1 r 1 1 t 1 i Li T i tih 2 f t i 1 1 1 1 1 9 1 R r f t i 1 t 1 1 1 h 1 6 R LE t 1 z4 1 lt D 1 1 I l 1 i n tf amp t H 1 H 1 1 f 1 t If LEE H 1 11 1 t t 1 t Boa 1 tH 1 J 1 t 1 1 n ti A 1 i 1 m 1 t 1 1 t h tl R t i 1 4 1 1 H 1 1 Boc R 8 t 1 tg 1 1 1 t 1 1 1 6 t 1 t 1 1 1 t t t nc EI t i 11 1 t t H 1 1 gt ti F1 1 1 1 t 1 4 1 1 1 1 1 Ct R f 1 t ti
17. 100 LU AT 16K MT 0 MT TM 1200 K K M 1 W 1 MT TM 1200 1 1 4 2 gt B 1 2007 4 FCR 2 81 44 Z 3 ASCH MIV GP 1100 4 800bpi 5 9 6 Zu y JRR 12ch 20 3 JI YT gt t gt _ Z Ze 3r Nao 4 7 6 5 3 9 TERE 22 pi 90 gt 2 x EK 1
18. Ma l 1 PAT 311A 5 ii lu m 2 a a4 IL PDA PD uA PS 15Y QNARE m E T Es came EINE CveowumHARDENRD AMEER 0 M E 5 0 0 gt 90 Ces RANGE L10m s 3 m s 40 0 PURSE x 3 E30 m s 10 m s 1 1000 t E 8 1 3440 indes sas ERIR iH 0 1 V amp H JJ 100 8 _ ng Bj p 0 3 100 c s Bue E eei I Es lini 40 C T Regn 20 50 25 20 cm RSIR d Wo d ACIO0 115V 10 6 50 60 c s 80 VA ther J R 1950 HE 1974 KARTER YH ese oe Ra ris idi 0 hg ou did s l 5 EIBDSOXSoe 15kg Orit Z
19. M 1 1 1 v 4 A 1 1 f H t l J t 1 1 1 nil th A 1 1 t 1 t 1 1 t t 6 Don 1 1 f 1 i 1 1 1 1 t x 1 n8 t t t i 1 1 1 1 fl n 1 t 1 rI 1 o mum m t P m mme mmm beret tre t RELL em ei i 1 i 1 1 n 1 4 t f 1 51 1 t 1 t 3 1 C H l F 1 1 1 1 1 t 1 1 v t cC H t A t F tg 1 1 t H 1 1 b t t g t i t t t ti 1 1 H 1 h H c w 1 1 t ti T 1 1 1 1 i bod ft 1 A t t 1 1 I i gt t BOY Chl amp t f 1 51 I t 1 1 t 1 Di t1 x t F 1 1 i 1 1 1 t u l 1 t 1 ET t t 1 1 1 1 ni zR AT t 1 f t KILL ii 1 1 1 1 1 t 73 A f 1 t f i t I t ta A 1 I t 1 1 1 LES 1 t t Fi I 1 i I L lt t f 1 F t ft 1 1 1 i 1 1 1n cn A 1 t t
20. INPUT SAMPLING LTER HPF INPUT AVERAGING FILTER LPF S 600 sec 920 045 sec Fc 0 00073Hz 3 0 Fc OHz p t 0uTEUT AVERAGING FILTER LPF z S 600 sEc Fc 0 00073Hz lt 0 20 001 D1 10 FREQUENCY n Hz dll 4 Jm mEUHHE 72977Z42 0flter 74 10Hz 0 000733Hz x K K 1972 1971 14 A 505 511 Pasquill F 1962 Atmospheric Diffusion Van Nostrand Princeton New Jesey 297p V GP 1100 S DDP 1 RE p GP 1100 MT MT MT E
21. Ne2 65 89 1978 HRH ES jQ x I ZAPS EO DC kiy zg z gt ORE 1 2 38 II AD 801 1 du E 2 3 4 K GP 1100 DDD 1 2 3 4 V CAPS 1 2 3 VI 1 2 3 Bi d o 6 7 52 6 10
22. M 5 12 1X4X20 1 92g 92 35 57 P 12 50X 4X 20 4 012 35 i 4 012 3 977 100 12 100X4X20 8 012 35 8 012Z 7 977 2 100 100 W 2d 1 4 000 4 999 mV MM 5 5 MT TOSBAC 5600 Cf ASCII American Standard Code for Information Interchange iE 1 600 bpi GP 1100 MT IBM 360 F TOSB
23. dee A ORRE KRE DEM d E 1977 10 H 1 EMEA 0 El INE ETE ZOE w FKH t 2 B 1 52 3 tax 1 1m 12 3m 1 29 5m 30 5m 1 CE ER buKU xS o4254 3 2 y Dolls CE HU 4 1 TEST
24. iX MT GP 1100 CAPS oik 10 1 1 mV CAIL RANSIZ 21 71 CALL RANSIZ 22 71 CALL RANSTZ 23571 CALL RANSIZ 255 71 DO 4901 kKkz1l KM KKzKMa Kh 1 9K fossi 1978 WA Je 2 1 ki M 1 M 2 mV 1 VM 1 Tepic
25. 1 ORG 2 9 Y DATA l C DD Y UTILITY FUTIL 3 X FUTIL FA RWD FA ADUMP 10 R D FA F RWD FA FA OF Z22285 SP C Ze7 S ADUMP 8 ASCII 10R
26. E Ei E d RLF LiIDXE 5 co BEIGHT 30 5 m SONIC x ANALOG DATALU TOP laNEMOMETER Y nHALYZER a SONIC LX__IANALOG sr ANEMOMETER Y DATA 5 2 THERMOMETER w aNALYzER fiw 29 5 m gt Eu 360 MT RESISTANCE HERMOMETER T _ DISCHARGE METER DEV POINT piscHARGE METER BYGROMETER T CAPS 36 TOSBAC 5600 a IsRousp WATER LEVEL GAUG 2m DMA COMPUTER NO CEM HEIGHT 12 3 m iln le GROUND WATER LEVEL GAUGE 10m SONIC anog GROUND WATER LEVEL GAUGE spo NENSHETER Int GROUND WATER LEVEL GAUGE 20m TOSBAC THERvO ETER w ANALYZER qr 5600 XLI TENSION METER 2cm MT ANALOG Ei xw ANEMOMETER Y ATA B TENSION METER Scm THERXOMETER w ANALYZER TENSION METER n TENSION METER 10cm CARD SUE THERMOMETER DEW POINT THERMOMETER Tq TENSION METER 30cm i NT TENSION METER 50cm TENSION METER 100cm PERMANENT FILE ANEHOMETER DATA 7 THERMOMETER ANALYZER USU O TOTAL T wT HEMISPHERICAL IX IANALOG RADIOMETER DATA I ii DATA B PRINT PERMANENT TEERMOMETER v ANALYZER D _ _ R RET RADIOMETER FILE T iiil
27. VAF MT 8 M 3 34 AD M 4 3 1 GP 1100 MT EBCDIC Extended Binary Coded De cimal Interchange Code EBCDIC 8bit 1 byte 1 cha racter 1byte X AZ 0 9 256 29 MT 800 bpi bibe per inch MT 1 800 M 4 AD H 1 100 00 99 XX 2 3 1 V C 0 999 4 1MO LL E 5 10V 6 fit 0 1 7 8 50gsec 9 i 0 05 10 KE 0 05 FS 11 F BCD 3 digits 0 999 J 12 100 sec DAF y 13 0 05
28. 23125 73 x 20 3 4 5 852 78 GP 1100 42 46 5 852 1 00001 49 5058 7 x vom EOF V qQG 3 RECAO1 01 220 E e Oll X512 OEND X 2 iu RECA01 Or 5 610 Or 01 8 9 01 OL 24 gt 80
29. 7 5 FLIE ju C 2 a DCO0 10mV
30. DCO 1V GP 1100 2 3 SHE 2 m 2 0m ZAT NA 0 250kg 500kg 500g 0 16 mm 12 5kg DCmA 1974 c UH spem Eq T 6 iE 55 5m 2 6m 20mm iX We 1 8m 1 8m 9mm
31. 10 1 GP 1100 1 Z MEIO F V 2 3 Y TAPE FA MT1 99999 DUMP MASTER 8 DUMP MASTER 8 T5600M T A FA 8 C MTI K MT E AQU 29 EL 10 53 7 fur ArH D FA A ECs 6066001007477 fT111TY amp tP RT SuRZ106 75115 1 RCu Cu0426002663 1 90Uts etu 710657 667067062060 0755609271060 6700655 1060 11 0606606nnentc6c CnCcti oaucUu260 315 O6566 660080 6C65606026650060 19 0O amp 56eng amp gnesC 66 9069060060 655 060660060040 0660590660060 BROCK No 1 657 OADNANOAVNOSN anuenygeldsy 95 945006 060060 046c003660060 955 D amp 49n65 h0e0n6n CsCO62C60060
32. 5 10 G S 6 V 1 LIMITS D EA sp E gui 10 6 16 16K 50 50 B Y PRMFL x R C R G 36DMA 3 R C R G 36DMA iz USERID
33. PAT 311A5 SA 200 KK i PAP 311A5 EdII 3 SA 200 2 4 4 PAT 311A5 L 1 A SA 200 PAT 311A5 UA jsazzyaa N cL H 3 PAT 1311A5 K K 3 SEX BOUBLD dE HT C weighing Xt E MS3I02A i8 8S 600 220 _ E I H 4 SA 200 W F BFS K K Tempe Van Bavel C H M and L E Myers 1962 Davis Pruitt W O and D E Angus 1960 Thornthwaite Johos Ho pkins
34. f 4 e 9 e e amp 9 B o 5 4 5 5 e lt e V t s q 9 om o3 m o9 9 9 9 c s n 2 3 K K ud RE 5 2 2 OSR Hi T 4 47 Ri R DHCD 536861 O 2 OR IH OO 2 D MRKD 2 gt amp TR t T R V Va Va PE l C cosa l Va fat NS 2 4 ti Y Vn IT 2 Hiis d Oda RE OO WIRE ERR l _ to 2 5 C cosa Va 2 9 MEOH dt5b ti E NE A EEEE AE 2 6 C V2 V C dte e RAE 2 7 2l Va 2 7 Va ORE V C 30m sec 0 01 0 1 2 4 2 3 LUC as T Eh oa V
35. a MIMT b c dj M 20 GF F 632 65 2 F 12 JJ 8 35 Bi 0 1 Dcos edo MT f Z 4 W 2 CO 12 20 1 Ci
36. 9 LoT 65 I 1 w 7C z SEB B D O 2 KEER tY 2 03 85 B GIB SNF 2 H lt MH ICloliw t IBM 360 MT TOSBAC 5600 MT CAPS 36 DMA j
37. ASCI American Standard Code for Intorma tion Interchange y FO T 5600 GP 1100 TO sess 0001 SNUMB A4336 0002 Y IDENT RYS60162 SAKURA 0003 Yy USERID BYS60U142 9 0004 AY PROGRAM 360MA 0005 F LiMITS 10 0006 Fy PRMFL w R CreReG S60MA 0007 Y TAPE IN MT0 99999 1560MT 0008 Y TAPE OT MT1 99999 15600MT 0009 Y SYSDUT PF 0010 Y DATA I 0011 Ar UTILITY uoi Y FUTIL FA sRuD EA ADUMp 10m 0013 Y TAPE FA MT1 99999 DUMP MASTER 0014 SYSOUT 06 ORG 0015 Y ENDJOB TOTAL CARD COUNT THIS JOR 000019 V 1 CAPS 36DMA O TOSBAC B a EE SUUM MM Ali 8HBit CX ER 1X Character EBCDIC A BRA 1 Bit 9Bit ASCI GP 1100 10 8 ASCI
38. fou 1 t t 1 1 1 Ie t 1 1 u T H 1 t 1 1 H H Epal t 1 1 i 1 I 1 1 t nt x 1 ot 1 1 I J FI t mof 1 1 1 AT t 16 t i r 41 I I 1 1 sx I a 12 1 t t t 1 rr 1 i 1 1 RE 1 t H t 1 51 1 t 1 tt l u t H 1 t 1 ft I t 1 t t w Aat t t 1 f t f 1 lt 0 ee 1 1 1 t c NT 1 1 1 f I t 1 1 1 Dou i t 1 t t i 1 t 1 1 t ChA Lua 1 1 1 t 1 ti 1 t 1 1 i tc ig A dg 1 1 i t ft 1 1 1 1 H ti F 1 t 1 H t Ff ao lt
39. o Cp 600sec 3 low pass filter high pass filter EH gr lt i MM Ki K Ks KO K K ES G m dE Et s ROSE Blocs diagram of Zlux meter bd n M ES Zl 3 RS filter BAL A Bl 3 77 3 AD 801 Ki K Ks FKi 1 E1 z m s y Em s t d m s TOC U m s U w 2z m s w T 2 m s C 5 9 1 3 3 10 10 1 40 10 10 40 30 30 1 30 30 S o 3 3 3 3 EF E RN 10 10 3 40 10 30 120 30 30 3 30 90 3 S 8 sm 30 10 10 30 30 z y
40. 0 1 0 2 0 5 FIRE 17b 2b 5 10 30 608b 2 5 10 30 60 14 EBCDIC 15 0 5 16 AUX 4 amp cH TTL MT W 2 amp MT BOT Beginning of Tape MT EOT End of Tape MT TM TM 2 LB G Inter Block Gap 1 B G 0 6 3 b SCFT LABEL Nj o of B G inbe biock qap ch character TM tage mark LC labe codo s NC Hu ot ectbanncis a morrat d RECCRD N 2 MT 100
41. 51306654 NN Ve PO C24 653206006524 n5504500 amp 0n 4 fh61 061 1 2 047 00 055082c630 1 055060064065 DATA 145 n57 40 15 251 C4 amp ns3081f64071 053064061071 591 107 20 1 149 419 055554070070 0550650067050 n20 0345 152 4 87 07 0550600660 0 ns5xna6062053 032 153 4 70 n60 0253 53045006 3044 03530n651070n047 Co40A5n640a1 653060061041 C53066051066 C53561n 1065 QS51n 44 06065 021 f 5egn6c aun 0655n62n067065 C5 59506n656504n t6S55c1070047 V 2 A DUMP 530 1964071 05130 2061061 e55n nn amp eosn 6 13n 440710 0 51n 50455CA 45 651060061060 C 10 5506540C 1 f 510200460041 fS Y 0 906406Dn fS555 0065C66 CS5n40080066 Z 114 4 57 n 2 0 34149 47647n10 g260 4475211 006 262 324 t 4 1 050 4 25 A n2S n11 98 amp 7T6 427 62S amp 16 555 6604150 15 t 1925 010 NNA 6500215256159 4540 25 8n as41 no0 001 334 218R 2S5 275 04 NN 2 0 80 eS 153 012 040 137 06 ASCII 1 1 2 2 12 77 7 28H9 9 0 73 73X20 1 460
42. GP 1100 GP 1100 AD 3 UNICOM 8F IM 2 AUX INPUT Q CHANNEL lt ANALOG 00 Q AD INPUT SYSTEM rNpur 0l O Mua r CONTROL 02 Q PLEXER puo o n CONTROL GENERATOR CONTROLLER MONITOR E 1200ft 800bpi EBCDIC CODE BLOCK DIAGRAM OF DIGITAL DATA RECORDER GP 1100 Ed V 1 GP 1100 M 2 UNICOM 8F H tE 1 2 2 8 3 m 45 1 4 78 5 de 2 8 5 usec 6 1 4 7 850 Re 39 f 1IC 8 TE 16K 65 4K 9 s 10 4 11 156 M 3 TR H 1 2 H IH Kb LED Xtal 50 16K
43. BECKMAN SISTANC Een T o _ R NET RADIOMETER MIDDLETON THERMOMETER T 2cm RAINFALL THERMOMBTER SOIL INTENSITY RECORDER RESISTANCE 10cm THERMOMETER SOIL RESISTANCE _ 50cm __ THERMOMETER SOIL RESISTANCE 7100 m _ hiEAT FLUX THERMOMETER SOIL 50 cm B T 1 1978 1 gt i 11 TL Ln wE tSr r gt a pc T YE gt tONDERGKOHBCOUCCBGOT 2 S ERRA eL T Mi tsuta 1966 1964 1973 1
44. V 3 1 FLOT5600STDU136 1 1 FLOAT5600STDU136 2 FLIN360NO L 058200001 1 3 RECAO1 01 011 X512 0END X220 E 4 ENDEND V 3 8 FLOT5600 9 11 STD 12 2315 U136 7 12 eG 3 42 D 2 FLINI360NO L 0585200001 1 I 4 FLIN 5 81 I360 9 11 NO 29 800 bpi 37 41 GP 1100 1 OB 05852 73
45. 43 SOIL SUCTION 30cm T 4 44 SOIL SUCTION 50cm TNS 45 SOIL SUCTION 100cm TAG 46 47 GROUND WATER LEVEL 2m Gr1 48 GROUND WATER LEVEL 10m Gw 49 GROUND WATER LEVEL 20m Gw3 50 SURFACE DISCHARGE SP 51 EVAPORATION E 52 PRECIPITATION p 53 RAINFALL INTENSITY PI 54 55 DEW POINT TEMPERATURE 1 1m Tb1 56 DEW POINT TEMPERATURE 12 n Tb 57 DEW POINT TEMPERATURE 29 5m TD3 58 EVAPOTRANSPIRATION ET 3 M 1 5 1 VM 1 M 3 M 4 A B C UNIT 0 05020 0 J m s 0 54000 n 9 deg 0 05000 0 0 m s 0 540n0 0 g deg 2 0 00300 0 0 m s 0 00060 0 0 c m s 0 03000 0 0 m s 0 545000 0 0 deg 0 905060 0 m s 0 0CO40 0 c m s 0 03000 0 0 m s 0 54000 0 0 CSm s 0 900300 Q 0 m s 0 20060 0 c m s 0 05000 0 0 m s 0 54000 m 0 deg 0 003060 0 0 m s 0 0 060C 0 0 c m s 0 05n00 0 9 m s OSAI 9 0 deg 0 06 n 0 0 m s 2 9 060650 0 Ccm s 0 0 0 0 n
46. 0 n 0 0 0 0 D 0 100060 n 0 ly h 0 1nno0n 0 0 1y h 0 0 0 1y h 0 100500 0 0 1y h 0 105n0 0 0 ly h 0 04060 0 0 1y h 0 04000 U 0 1y h 0 04000 0 c 0 0400C O 0 c 0 04000 0 0 c 0 040060 0 0 c 0 060 0 0 0 c 0 04900 0 0 c 0 04 4 0 0 0 c Q 01020 0 1 0C0CU 0 01020 0 0 56000 ia 0 010n0 0 0 30000 mH20 0 010n0 0 0 10000 mH O 0 0100C 0 0 050C0 mH2O 0 010006 0 0 02000 mH O 0 0 0 0 01 n0 0 16 43500 0 01900 0 16 68000 i 0 91900 0 16 43000 m 0 0 0 6 10020 0 mm h 0 10060 9 0 0 35055 j 0 mm h 0 0 0 mS 0 10000 500 000060 0 c 0 16900 5 0 00000 c C 166c00 5069 00000 9 c 0 07960 0 9 mm h 1 5 10 24 LP BB 1978 TOSBAC 5600 2 5 mm t omo 1 3 I I i 1 I 1 1 1 i
47. 1270 f6s060060n60 600650060060 1273 0458060260050 ete 1464 9560620960260 BC n sz2456006047 2 RC CP6uC 0c 60no 1 06n206722560 67 552070060071 amp 55041545055 055064061062 11 23975406407 0064 095052067062 14 355060066071 055062062065 21 7t40625G 63062 5550610645067 2 2550610720657 0550620610461 31 G5130630 5663 595060065060 36 0540629610662 6510660657067 41 3i 53085650655 6c6 05i065052063 4 5845413071063 6533260000070 51 833268 3 965071 93065055971 S G 406c08 2060n 0951260060060 Brock No 2 G1 StEe4063065 095060065063 6 2550609565081 iiSSCGOioG0 1 85561054065 6526060265067 f 5S0 6560071061 655061460067 81 055050942062 0512060565065 A g5t 60 0965062 553061066043 91 0816615610645 6052065606508 96 OS Cna6 26570645 055300 2061060 101 OS55660043056 C530620c660862 10 0556653067065 6053062065065 111 855064267066 055003062067 Wl 0O05 s06406560nh 21 255061665080 121 055174574074 053065460260 A2A Q53206520 453067 5556605 7UC amp 60 11 0556650653066 255062661070 154 NEINFLUATA 0540600670845 145 8556610653068 iiSEOROG6106Z 5 8 1 ASCH PAGE G06006306u660 96 t sd unec 0600660600650 0 amp 69g06ngeeucso 06u00 00U6ii060 060066960C6 9 96005C0623Ca0 0 006 G069C60 06006C062C650Q 06006Cc062060 060056961060 0oean 71060060 055C6C06107Z1 Def o 577 620 7 ne6nec 006n24n Q6np go
48. 3 68 5 51 8 5 D0 114 29 155 25 hnn 1455 58 184 8 308 54 379 62 65 68 60 0 60 29 965 15 162 50 159 5 550 98 522 09 91 10 1 10 Oa 0 5B 176 U01 2170 09 178 90 1 11 M 1 CH OBSERVATTON ELEMENT SYMBOL 0 WIND SPEED 30 5m 1 DIRECTION 30 5m D 2 WIND SPEED 1 1m SE ui 3 DIRECTION 1 lm SE 01 4 MOMENTUM FLUX 1 1m SE ji 1 5 SENSIBLE HEAT FLUX 1 1m SE wr1 6 WIND SPEED 12 m SE u 7 DIRECTION 12 m SE p 8 MOMENTUM FLUX 12 m SE Uw 9 SENSIBLE HEAT FLUX 12 3m SE wI 10 WIND SPEED 29 5m SE U3 11 DIRECTION 29 5m SE n3 12 MOMENTUM FLUX 29 5m SE DUw3 13 SENSIBLE HEAT FLUX 29 5m SE T3 14 WIND SPEED 1 1m NW U4 15 DIRECTION 1 1m NW n4 16 MOMENTUM FLUX 1 1m NW Ust 17 SENSIBLE HEAT FLUX 1 1m NW WTA 18 WIND SPEED 12 m NW u5 19 DIRECTION 12 m NW D5 20 MOMENTUM FLUX 12 3m NW U 5 21 SENSIBLE HEAT FLUX 12 3n NW f5 22 Uc 23 DA 24 UWA 25 WT 26 SHORT WAVE RADIATION I 27 TOTAL RADIATION H 28 NET RADIATION BECKMAN RN1 29 NET RADIATION BECKMAN RN 30 NET RADIATION MIDDLETON RN 31 SOIL HEAT FLUX 2cm G1 32 SOIL HEAT FLUX 50cm G2 33 AIR TEMPERATURE 1 lm T3 34 AIR TEMPERATURE 12 3m T 35 AIR TEMPERATURE 29 5m T1 36 SOIL TEMPERATURE 2cm ST1 37 SOIL TEMPERATURE 10cm ST 38 SOIL TEMPERATURE 50cm ST3 39 SOIL TEMPERATURE 100cm T 40 SOIL SUCTION 2cm Th 1 41 SOIL SUCTION Scm TN 42 SOIL SUCTION 10cm TRS
49. 9 5Y dM S 9 57 0 35 10 29 11 26 4 55 16 BA 72 52 45 1 13 wT3 1 28 1 5 27 2 40 23 5 00 0 57 s 16 21 57 39 64 RO 55 210 75 219 2 14 u 10 66 165 656 57 91 56 0 19 45 9 99 53 65 26 15 27 22 49 0 86 67 92 90 115 D4 05 87 51 15 455 53 562 93 359 50 208 69 308 84 520 56 529 72 421 17 548 11 562 B gt 16 uut 9 47 1 29 15 77 225 23 12 02 1 86 2 91 4 20 0 71 0 33 7 90 10 22 37 i14 662 97 300 49 HY Qu 386 91 345 72 34 35 108 41 290 70 68 95 25 17 28R 00 40 12 18 us 35 62 39 55 90 77 83 50 13 22 26 34 49 67 40 04 28 57 59 65 119 47 127 7 9 DS 209 86 522 52 5160 22 554 78 360 21 219 56 275 22 510 76 21 58 435 45 573 54 66 06 20 uws 0 18 2 69 74 58 66 7 2 01 4 87 2 56 213 2 5 40 26 32 114 88 153 00 eel n5 10 01 7 6 1320 21 245 51 15 553 3 07 4 59 22 5 43 55 19 23 15 51 21 61 26 i 1 38 1 21 71 28 1 4 1 59 1 5 5 18 59 01 223 51 325 5 90 97 451 81 27 H n 0 n 0 D 0 0 0 0 0 0 0 50 RH 65 88H 268 22 6 0 75 62 69 65 65 8 65 77 14 90 85 38 158 80 207 26 219 7 51 61 02 753 34 75 74 73 75 63 56 73 13 0 32 5 0R 20 57 k 3H 21 85 28 25 32 G2 19 R2 219 00 2158 53 17 58 17 0 17 13 17 03 18 31 14 59 76 50 3 0 10 96 33 T3 4 56 3 41 66 14 73 4 24 60 225 04 45 51 73 03 126 88 179 48 237 17 262 15 34 T 52 39 68 62 77 38 85 47 62 2 7 54 00 66 20 239 72 150 01 184 17 245 15 247 15 35 T1 71 90 82 25
50. ncao ne 0650n6 062 amp nn o sncen Cenn c0652060 SorT LABEL NMuErmnzui OFOQnUnG00n0n0TO0000n QROQUnUOO00200 GaCntUtenuen 0 amp 0n6C0e0C60 9f0000O00nOn0nOCGC00 9COQUCC0000F C cas0057042 n amp 00n56062660 0f0n o000 000n360000 PappING 0590006000006 0602600600852 C60060060C60 oo006000n0n0n30060G 00000000020 C6n 08G 00 amp 4 C amp on o0a0c o 000np300n0On ronoCooQ0c 6SSori1n6106845 5396065041 f555n620650C62 6S 106510440C n ocon TIME 27072oououd 114 202 e155 45 12 10n n31 148 0550600630603 6f5306 1n0 6081 0530645067C67 48G 7C 29n353 151 477 0945061061065 09S5 66n6506 055050060C62 069 0625 115 452 002 0536640676060 C55660961061 0953050052071 652 1402 8400720114029 6C553060060066 053ce2n660651 6055055064063 187 211 d 45261 543 053062065065 0536062065081 0512040062064 V53 0 0 255 251 024 055067060063 05365940097 USSO ALUZAD A 055562063007 055063265071 0556 407 4074 055661067042 05 060361054 055062660041 053061065061 053064067071 055066060063 05 0669g620 1 0553062066021 5305 062C65 0S5C4c06ZC65 0550610465040 0530610630 L 0355063064061 085057065C p 055P6Ccu620652 05566C065071 CSIHAGNGSAA 05341262079 nszyasSQ0600D41 Qs ra6n70071 052661064070 0535n 1243064 012 677 201 5 680 664 623 550791289 148 193 60R XXAN 3 S014154 0550n600 004n 054063064051 169 549 2457 7040 341 055067 665n amp 46 n55055064062 pnOon oun 155 756 542 0556600660650 05506n362044
51. zy x U 0 1 V f tan i 0 1 V U V gy U x 0 1 V tan i 0 0 1 V gt E wT w w T T wT 0 k1 V U 1 3 10 600 sec w VECTOR SYNTHESIZER FLUX METER Block diagram of analog data analyzer An 801 EgI 1 AD 801 A 1 2 7 0 000733Hz low pass filter 600sec EOE ROMo ThS X n 2 OLR Y Y asin22zu eee 3 1 a rix ca S T Y va S TOI pis 72 _ sin ans TAS Ys Y 22 sin zz5 zzS tib asin 2724 PS 3 2 e Ys
52. 1 200x12 inch 79 d 7 I s HHA E n 20 ch lO 6 inch x Ts X20 sec J9 X siu s 4 1 EF MT inch 1 IB G nch LB G OE 40 6inch MT F M 6 ad i DU WE X6 mE om _ 50 100 hr day hr day 0 05sec 0 7 0 4 1 14 2 7 5 5 s mo 4 0 37 7 1 6 10 142 5 5 9 75 8 3 1 30 427 4 17 226 1 9 4 1 min 35 6 18 8 5 178 1 94 2 10 356 2 188 4 30 1 068 3 565 3 1 hr 2 137 2 1 130 5 m S G ach 10 6 inch 2 564 6 1 356 6 MT 1 200 ft 14 400 inch S 1 MT sec 11 49 EIE MEN bpi bit per inch M 6 4 15 Ts Nets XU T MERA x RA Ah 1973 179p K K 1976 GP 1100 Em UT 735 DDP V CAPS 1 H CAPS 36DMA 707724 IBM360 EBCDIC F Extended Binary Coded Decimal Intercha nge Code
53. 2 00 a52 B 0 0 71 00 1 02 0 c 0 0 0 0 0 1 00 53 PI 0 09 0 14 0 0 0 02 0 28 0 08 0 01 0 01 0 07 0 10 0 11 0 03 55 710i 4351 60 626 51 425 51 422 68 24 57 426 49 424 30 527 87 430 15 428 09 435 62 423 03 56 n2 4 amp 32 73 439 75 527 84 4 26 02 424 56 424 95 427 59 551 2 429 74 428 89 517 85 429 97 5 TDS 429 7 425 n 582 25 416 1 617 61 517 654 420 02 24 88 523 541 526 58 19 10 42 8 258 ET 0 0 1 00 1 00 21 00 U 0 1 0 2 00 1 090 1 00 1 00 UU I MM iid tbid ds HOUR 1 13 36 15 15 1 18 1 20 21 22 23 CH DATA i w 0 U 279 09 26 5 257 9 211 A8 171 64 149 90 171 2 74 02 58 5 98 48 81 604 98 50 1 0 517 3 LA 61 469 27 Q 2 04 518 35 491 65 439 5 650 1246 526 07 512 51 563 9 SAL G3 2 v 94 41 99 0 103 27 71 0f 32 5 264 765 20 49 15 10 6 93 5 59 5 L 865 3 p 31 488 596 85 575 54 99 16 557 99 411 16 661 99 274 706 3537 17 318 40 227 55 319 455 h gw 39 806 27 04 15 15 215 65 6 54 0 05 0 13 NAR 0 7 a 0 29 0 04 T1 1351 64 111 95 80 14 25 2 210 29 11 55 10 13 22 08 21 87 0 2 0 55 1 07 6 ud 135 RZ2 138 02 146 41 162 9 59 2 52 53 55 73 55 27 18 95 25 21 41 6 29 63 e D2 543 28 512 45 91 12 15 92 565 97 459 13 kA AR 234 58 602 89 951 1 185 37 659 097 8 ix 129 32 179 29 7182 48 7118 26 30 62 1 86 4 09 D R 0 35 1 21 n 70 0 2 rT 325 65 3 2 23 251 75 175 319 2 0 21 79 6 04 k h 0 94 4 62 10 79 8 98 10 u3 91 94 69 15 45 9 58 86 82 15 6
54. 21 75 2454 65 0 37 D 0 0 7 2 7 19 87 0 14 21 515 nons 2 32 4 fig 2 1 725 262 21 2 05 6 2 f2 Prt 70 215 ST T5014 n a 75 03 77 74 2 5 3 12 y 3 5 97 7 5 KS 15 54 4 2 48 2 a 6d 0G 75 28 9 22 01 LE I 1 n 10 n 6 2 55 7 22 7 22 0 R 145 2 24 SLAT 7 12 Pr Tt 5 0 55 5 39 265 20 0 n 15 1 31 25 07 0 0 059 3 38 ZS2 TO f 3 0 56 263 56 0 42 0 2 21 21 6 62 D A P DASS 11 54 11 57 s f ind E 12 79 35 74 8 6 5 2 52 3 65 5 25 s P A ta 41 34 2H 55 SEL te 45 38 7 52 f 3 5 65 2734 iF 1 5 e aD 6 02 0 1 2 57 u 5 0 2 0 74 2 5 275 271 0 05 2 1 6 295 82 0 97 0 21 2 55 255 14 0 2 0 05 Ia G 2 56 2 95 0 70 2 94 3 62 2 75 3 545 2 5 12 95 15 287 2 8 2 50 2 43 5 6 6 95 7 54 22 921 22 07 25 66 0 10 n 1 9 0C 78 7 85 5 32 G UA 15 6 35 2 5 16 1 62 95 0 05 6 0 35 09 279 13 0 35 9 1c 1 5 305 75 0 06 0 0 2 2 262 1 0 9 0 0 15 272 91 0 32 0 05 72 65 0 3 01 3 61 0 10 13 25 11 546 10 95 9 973 8 57 12 79 15 51 2 72 2 57 2 0601 5 8 6 90 5 5 22 75 A U 245 62 nuit n 0 0 2 f 7 582 0 1 EJ V 3 P a 30
55. 22 95 213 91 265 05 n 5 0 10 0 n1 14 6 86 R1 0 1 2 95 276 75 0 16 171 94 0 0 Uf 0 79 292 20 0 09 0 00 1 57 321 27 0 00 0 00 0 21 235 40 0 07 0 59 0 95 25 97 0 01 0 00 0 1 9 6 07 2 68 0 7 Q 1 54 6 21 5 134 8 01 12 57 15 7 e 42 2 5 2 55 3 6 YH 05 22 A 21 52 2 61 s 1 10 Doa 7 17 765 77 75 6 22 2 63 3045 54 0 24 1 2 2 ft 00 D f0 1 25 9R 91 0 00 0 01 16 333 09 0 00 0 00 0 2 166 F3 0 55 06 60 1 12 106 2 0 01 0 n0 0 01 n 5 81 7 59 0 72 n 01 4 59 S A L S 7 2 12 654 15 77 2 73 2 53 2 94 L 54 7 60 f 22 6 21 55 265 745 n0 10 0 n 01 6 96 A 656 4 69 0 85 5 2 96 304 79 0 15 173 4 0 00 0 92 0 59 345 10 0 00 0 43 2 37 536 27 VEAN 4 eR 279 98 1 11 220 06 0 0 2 L Uu 1 89 242 08 0 15 0 05 2 27 05 35 0 D amp 4 0 0 1 30 259 59 0 03 0 18 2 02 255 01 0 13 0 01 10 2 0 00 0 15 1 90 0 37 AFS amp 51 h 0n UR 7 70 12 80 15 83 2 74 2 95 2 51 4 01 6 76 6 55 208 9 amp 21 94 4 01 231 05 0 02 22 35 7 09 a E 745 085 TOTAL 102 78 6623 51 26 53 300 54 0 55 0 52 55 7 809 95 3 49 1 19 4 99 7280 30 1 04 0 431 31 21 5750 14 0 2 4 36 48 59 5847 20 5 13 70 24 245 51 0 06
56. 22 96 21 96 25 65 0 30 n D R 56 8 22 8 09 0 08 13 6 9 232 70 2 5 292 920 0 09 Un 5 23 3 0 11 0 9 0 1 2 66 529 0 0 20 0 13 2 9 295 10 0 03 0 02 3 83 3605 57 0 40 0 751 41 18 0 21 58 1 15 0 10 49 10 609 9 2 B 9 7 0 52 88 18 145 2 8 ehh 2 99 2 91 6 16 5 22 96 21 26 265 63 0 27 0 10 D 90 7 70 7 L0 flh 0 08 o osd amp ndstquat eaud taat tetatit aut eanpk tes nu tkccD i ttuat aspy ettata tab 18 5 14 235 10 1 71 gib 0 00 0 01 1 65 2u R3 0 01 0 00 1 32 250 464 0 00 0 00 0 72 207 75 n 07 0 53 1 846 25H 435 0 02 0 01 0 1 n 6 29 t 5 0 97 5 85 7 45 7 5 7 12 R R 1 7 435 7 2 H 2 50 e 53 4 451 6 R7 6 02 22 05 23 95 25 6 n 0 10 n n1 f 6 h k 28 0 19 2 22 2 3 09 06 4 145 836 0 006 0 20 1 03 126 83 0 00 0 00 1 00 250 52 0 00 0 00 0 7 194 49 13 0 21 0 59 137 29 0 01 0 00 0 05 0 6 32 2 56 0 64 4 29 6 55 n hn 37 S SR 12 71 15 74 2 790 2 5f 2 53 4 4 6 913 5 43 2 9 21 9535 2A u 10 01 A TU 4 68 A 96 7 20 1 76 eR3 0n 0 27 122 07 0 023 0 03 0 5 217 56 0 00 0 05 1 4 322 4 0 CD 0 0D 0 30 250 10 0 05 0 29 0 56 227 21 0 00 0 00 0 11 0 6 17 55 0 n 1 9 6 85 6 56 5 71 8 30 12 59 15 78 2 73 2 51 2 53 4 40 6 95 6 76
57. Pa 1 00 1 00 0 6 0 1 02 U00 o 252 p 1 00 0 D 0 D 9 1 00 1 00 1 00 1 07 0 0 53 PI 6 06 0 06 3 64 0 15 0 15 0 35 0 08 0 1 0 15 9 05 0 08 0 14 55 o1 420 62 427 25 425 71 522 84 427 70 4 9 427 52 432 11 428 55 L24 1 430 38 531 17 a56 102 4e3 62 428 1 amp 32 77 425 77 s 51 55 amp 35 57 430 42 435 23 431 38 452 450 455 37 4 38 57 TD3 524 59 427 2 424 74 421 7 624 3 429 91 L27 1 635 26 531 91 432 57 633 33 4 50 8 58 ET 3 20 2 00 0 2 00 0 0 0 9 0 6 o 0 M 2 1 mV 84 ER m Bh b P V Ab lt 00M uA BAJO 110 211 112 13 a14 115 416 217 alg 219 0 w 1 26 27 30 1 33 34 55 6 37 5 59 amp 51 4 3 hh 245 147 uB 249 51 2 5 53 255 a56 a57 58 HR Hyt S13 ii2 H P WE b UV s Th us 55 bw s SI f E E 61 G 13 1 13 11 ST 11 ST 1H1 IH ru Thh 155 Thh Gw1 Gw 5X F p t fh1 ro T ET au 0 2 52 364 76 0 246 159 51 nD 0E 1 77 125 14 2 03 64 01 7 05 281 77 0 00 6 00 n 32 218 59 0 n n n ug 111 3 0 05 6 1 0 13 n 65 59 0 96 n n 17 3 30 2 58 4 97 8 10 13 03 15 99 2 72 2 4 2 41 3 595 65 92 8 05 22 965 22 01 24 h n n f 61 m 65 6
58. l l 1 t i l i 1 I I t I 1 I 2 0 n 2 0 s A h c 0 10 12 14 0 1 68235 1 l A 1 t 1 1 3 F I t 1 A 1 f b I 1 I FI l I i RA c t d I 1 t t F1 I 1 E ri 1 0 1 1 F I FI 1 1 RA 1 l 5 1 t 1 f I I A t 3 I t E 1 Ti l 1 Al A fog i 0 t t 1 f 1 31 i f F al I D I t 1 E 1 ft I C 1 A 0 I 1 E 1 1 I 1 I I c AD A I t Fl I 1 1 t o c i8 At t E 1 1 P 112 1 4 H T 1 5 i CH F I t T I irn 1 CR At t 1 51 H I 1 i I o 168 I f I t1 H I I I D t B I F1 l I I t t H 5 LES 1 i fil 1 1 1 1 5 I F fi j 1 1 l CAB b J T f 1 tl 1 l I 1 B CA ot 1 t t I F1 1 I I C1 B t oO 1 1 f 1 F1 I 1 C amp IK b t t F1 i rH I 1 AE R t ol 1 t f 11 Tle lt Q t A
59. 0 11 53 95 1 25 48 85 65 56 21 23 78 93 11 p3 611 94 559 97 509 38 5 6 21 539 14 472 94 425 82 19 457 597 85 594 95 616 82 2 72 212 NWI 67 10 226 40 5 665 18 85 15 6 21 67 D 56 0 63 21 28 20 76 n 0 5 13 213 LTD 224 32 267 51 149 65 2 86 26 32 5 45 74 97 5 57 0 06 2 27 2 08 2 75 14 U 107 65 103 9 112 55 6 08 64 235 22 19 24 12 15 52 9 95 06 7 45 19 99 15 D4 529 49 48A 51 566 656 495 76 559 49 4 6 07 5S5 74 347 58 426 12 432 2 308 946 395 97 16 UWS 15 56 2 55 1 79 0 53 0 01 15 93 23 h2 41 9R 16 51 23 0A 16 56 8 983 17 T4 3 BD 227 5 75 38 2 95 8 22 amp 587 95 889 55 3530 50 2 81 935 798B 56 995 71 655 77 18 us 155 15 135 924 145 52 105 09 2 38 61 32 6 30 22 54 18 76 31 92 32 51 35 8 19 b5 53 84 519 97 4184 07 18 365 52 55 660 10 dut St 2585 23 420 76 29 57 194 20 628 56 420 wS 172 69 180 53 159 50 107 5 50 2 2 95 6_L 2 2 1 45 1 87 1 2 41 21 TS 1 66 1 21 30 43 8 7 82 2650 54 217 28 22 25 4 98 0 70 1 32 6 12 5 4 ag t 3532 4 317 25 212 31 95 55 4 1 s 4 18 224 54 21 12 21 05 0 12 41 24 4 2 H n 0 0 59 0 Ns p 0 5 Q 0 n C a30 RN 198 93 145 29 66 5 30 15 25 64 70 04 67 8 65 23 61 72 69 1 SR n 55 98 51 G1 25 28 9 0 715 41 290 55 71 12 65 94 66 62 41 44 65 82 66 92 63 72 46 63 a52 G2 15 11 14 79 12 11 2 55 5 5 11 58 16 25 14 07 47 49 17 95 17 R3 17 32 3 13 2252 55 259 52 284 14 25 22 2353 35 165 57 1
60. 1 a amp 1 1 D t 1 t 1 t1 i TT l 6 x t 8 1 I b t I t f 1 5t t 1 1 DA 1 t b 1 1 1 ft i H 1A b 1 1 1 1 54 1 I W a c t b 1 1 f I 11 l 1 1 RI k r 1 1 L l l t 1 51 t t W A 4 1 1 1 1 1 t H 1 n la 1 1 n 1 1 1 r 1 i 1 t t A la 1 5 1 t t F 1 11 i t H A I4 1 l u 1 1 t F 1 FT 1 1 t H IA e 1 t b 1 1 t t 1 FI 1 D t t h l o h t 1 t 1 ti 1 t t B la t 1 n t 1 t 1 rt 1 t 1 i A 1 t t 4 i t E I 51 1 I 1 HI at 1 1 2 I 1 E 1 51 1 1 1 te At 1 1 h t 1 t E 1 1 1 puso 1 1 1 I iR fA 1 n 1 t 1 f t 51 1 I 1
61. 32 OO n 170E 00 6B3f OQ s 92t Do B8 0t OO LE 00 amp 057BtF CQ 2 59Bt CO 1 6201 CO 1 CE OG 42 t R E C1 6 500t 02 2 526 n 6 e84t 00 B h69 OO 9 89 t 00 3 055f 01 y C 52rF 01 3 123 01 J 060 01 Reat QQ f O Co 7 1261 CO Fator TH AsOAe f CO 7 AV7F C3 7PS o S eC1 no 4 12 3 7 1 mE 87 M42 t5 HY wo 771 2 DE EAE EO 27 N55 2759 Y 71i2 t 7732 3 3732 t 9 1 32 530 1 yt p sv 2712 113 232 134 P232 135 7712 414 FEIL 47 27329 M8 7 13 1 19 PO 125 res Y 7712 12 7742 n ta ton DNO n 2 0 i he A fh 12 d 12 4j Of e ST b ST e SIS 0 SIA 6 12 0 tan 15 5 nm eo we 1 1 t 1 t 1 ln 1 f t 1 1 t 1 ad or 1 t 1 1 f 1 1 1 1 4 a 1 t 1 1 5 1 1 t tl 1 1 I 1 4A 1 t 1 N t 1 t i 1 1 t t 3 t 1 Li 1 f 1
62. 4 G 0 01 0 52 n 5 58 20 1 0 5H 1 A 2 55 1 58 5 10 h c 12 9 15 595 2 75 2 49 2 85 4 50 7 1 7 53 22 96 23 99 25 65 n n 5 0 2 9 2 24 8 60 m 7 2 97 251 55 0 50 247 B8 0 01 0 0 0 98 25 15 0 04 2 01 1 94 316 05 0 053 0 31 0 5 220 99 0 02 9 7 1 27 2 5 41 1 03 u 013 2 929 9 1 49 2 24 0 65 1 12 59 2 56 254 57 12 95 15 45 2 7 2 2 645 5 61 7 09 2 01 22 94 21 98 25 64 0 17 0 0 00 24 21 51 0 08 8 2 05 260 527 0 59 229 5 n 0 0 n 0 75 287 7 20 04 0 04 1 3 250 41 0 0 0 0 0 8 236 05 0 09 0 0 D R 2R1 455 D 02 0 01 22 134 0 B 34 0 8 0 8 n7 5 20 3 69 5 62 6 43 12 94 19 84 2 75 2 51 2 48 4 27 6 85 6 35 22 94 21 98 26 64 0 29 n c n 5 99 56 0 16 9 3 03 247 35 1 21 222 8 0 0 20 03 1 729 251 9 9 12 0 2 1 73 309 77 0 05 2 05 1 647 224 55 22 00 0 0 1 79 235 15 0 04 20 097 32 55 u 15 5 0 14 0 26 18 f 37 s 97 5 28 6 40 12 9 15 2 48 2 56 2 51 55 6 54 6 07 22 96 21 97 246 61 0 10 9 U1 7 19 7 11 7 38 0 08 10 57 284 78 2 11 295 05 0 C 0 75 2 5 A03 0 52 n 4 2 n 328 0 n 22 0 13 2 20 235 75 0 02 0 02 3 56 309 40 0 34 0 51 39 10 n 20 75 N R n 12 9 69 9 R1 R 41 2 14 6 1 12 9 15 2 2 79 2 62 2 56 2 94 amp 34 5 92
63. 45 52 amp 2 18 39 49 3 97 0 25 213 47 amp 5h T 2 286 79 292 57 289 36 258 97 259 055 198 29 1465 27 153 32 t64 t 1451 92 109 7 120 15 4 5 11 58 595 2645 52 289 13 273 28 255 55 195 73 189 35 150 33 164 09 155 55 155 51 140 00 s36 STi 245 14 260 1 258 02 248 12 225 99 200 48 178 00 152 11 142 74 128 54 1165 55 157 36 37 S12 190 14 203 59 216 05 221 87 225 48 224 82 220 51 214 59 207 55 209 21 1935 75 136 09 38 S73 321 42 321 05 586 37 319 87 319 4 4 31H 92 518 47 317 71 317 32 516 65 316 10 315 59 39 ST 395 42 595 52 393 5 195 434 399 36 395 12 394 81 595 52 394 57 3945 62 394 1 394 05 4450 1N1 375 29 373 54 368 2 372 27 375 55 363 52 168 2 369 58 371 72 02 323 0 374 56 41 rn 313 48 310 63 305 70 306 80 305 C8 3D2 57 300 553 300 56 301 78 302 09 303 461 365 36 342 183 290 97 290 2 286 77 290 59 285 04 285 50 253 45 225 05 285 1 283 3 285 78 2534 41 53 Tik 319 42 346 86 374 9 408 20 59 52 449 56 50 72 452 66 49 62 5457 08 6645 19 hu 565 5 amp 17 R5 623 0 529 D6 655 56 672 27 684 60 492 22 a98 40 701 05 702 76 704 98 705 83 45 TNS 57R 5 576 26 569 55 83 463 92 19 1 49 603 59 545 75 677 9 707 97 753 63 755 50 47 G1 52 01 652 00 6642 85 652 00 692 05 652 15 652 77 652 79 652 99 652 55 652 785 652 93 48 Gw 27 01 527 00 526 24 526 51 526 73 525 99 525 94 25 37 25 01 25 00 524 9 524 75 49 Gu3 R20 00 819 63 511 32 819 03 819 17 819 57 819 91 A22 00 820 00 820 0 820 00 829 90 151 E 1 00 3 00
64. 75 7 02 D A d CH CATA 0 U 1 1 b 2 ut 3 D amp pyt e 5 T1 ug 7 bz a A pR 9 lt T 310 u3 s 11 03 12 uks 13 13 14 us 415 r alh uv 17 1 amp 18 u5 19 D5 00 095 1 gt T 5 26 1 127 H 30 pr 251 61 232 G 233 15 36 17 35 1 1 36 571 237 57 238 S73 39 14 40 1 1 41 t 2 2 r3 aL lns Lk JLS 1 6 4T 61 t GR x 9 1451 E 5 p 255 DTI a55 101 56 102 S7 b3 ET 1 AR 37 279 58 2 F5 Thr nd 0 12 0 05 4 0 293 3 0 57 e3 2 76 3450 45 0 20 fn 15 y 25 5 95 6 0 NAZ 4 54 2990 77 0 52 0 01 38 25 n 19 89 1 01 65 60 11 50 11 47 a ii MEET 6 12 55 15 82 2 795 2 553 2 6 3 09 5 15 5 7 22 75 21 75 21 5 55 19 5 10 t 07 7 94 7 ih 1 3 55 481 15 0 3 214 3 0 397 9 11 1 737 229 535 0 52 0 d1 4 153 ph Gh 0 97 0 9 0 43 218 21 0 00 0 10 1 19 252 115 0 71 0 d 0 1 0 6 82 2 9 l P 0 34 2 74 3 29 5 25 7 22 11 0 15 489 2 5 2 6 2 41 56 95 7 9 22 9 22 91 265 5 0 1n O 0 23 7 6 9 7 52 0 13 Tt 2653 31 2 97 2685 29 0 08 0 07 4 16 2765 74 0 54 0 721 1 47 302 17 0 0R 90 15 12 265 20 0 01 0 02 4 1 278 59 0 48 0 00 31 72 0 145 53 0 36 0 993 11 5 11 772 10 55 10 5 8 14 12 84 15 47 2 74 2 50 2 6 3 37 6 18 5 74 22 95
65. 75 n6 69 0 52 23 55 29 4 6 88 55 01 92 2 149 23 210 28 230 38 36 ST1 114 20 105 74 99 9 96 0 91 4 86 39 82 55 21 08 92 12 131 97 178 56 217 2 57 STZ 207 50 195 59 159 00 185 0 177 58 1743 04 188 5 164 29 140 71 160 01 165 70 176 73 38 ST3 325 68 325 5 525 1 24 80 324 53 324 34 323 848 523 70 523 19 525 03 322 54 22 08 39 514 597 51 397 27 397 12 396 70 X 396 63 396 644 396 15 396 28 596 04 3965 13 196 05 325 96 40 TN1 372 40 374 55 372 4 7 22 371 65 376 91 374 83 521 61 3764 55 3 97 379 32 322 72 41 Th2 226 72 297 9 297 57 300 03 300 15 299 53 298 65 299 55 301 01 306 39 312 38 14 090 h2 TH3 270 85 271 12 271 86 242 78 273 14 273 20 273 23 275 44 78 8 281 32 285 72 2F 8 u sa3 TNA 368 59 387 57 409 98 426 21 442 49 457 74 4869 57 571 15 436 85 353 5 303 5 301 06 k TNS 596 559 699 92 04 60 702 63 704 062 709 29 716 94 714 2 687 69 061 27 539 05 620 61 gt 45 TH 6 R07 63 850 24 72 8B 756 3 767 44 770 78 756 3 702 89 636 646 608 64 594 02 5864 3 amp Gul 653 00 653 00 053 00 893 00 65 00 655 00 655 00 6 3 00 652 9 652 91 652 57 652 22 48 Gu 533 05 35 30 532 59 531 95 31 15 51 0f 50 839 510 58 29 81 28 946 S2R Q1 527 78 59 Gui 821 00 821 00 R21 00 821 00 821 00 820 98 820 9 821 00 820 89 870 67 20 01 8270 00 E 51 0 1 00 1 00 4 00 0 4 00 0 1 00 22 02 21 00 5 00
66. 9 4 0 1 d 155 21 r e f0 3 655 vu C 0 0 n 03 4 55 12 45 n 62 n 00 Jeg 123 353 0 04 21 1 20 135 51 D 01 fudd 54 16 n Y 2 0 0 69 n u 22 5 21 99 25 64 9 Oo 03 72 56 2 95 Blh 70 08 a hanaq k 15 5 15 2 60 12 D V8 013 32 Dt 1 74 305 16 0 09 0 02 325 56 0 06 0 1 55 302 18 t n 00 2 17 3506 96 0 09 0 04 n 0 0 4 49 lakh 6 21 2 35 5 99 Dar 9 02 160 8 135 61 2 765 6 55 2 58 4 29 5 72 cS 22 95 21 95 hL 7 9 n c2 5 h 046 72 545 5 3 55 55 96 ED TA 10U 4 D N 5 00 25 57 u On 5 06 1 55 101 20 2 90 8 On Cin 1 2 69 c 01 3 02 2 79 1 5z 560 2 01 t 600 0 15 6 59 2 91 69 1 50 2 16 1 51 3 56 6 9 12 77 15 56 2 77 2 580 2 3 5 8 00 f 9 22 9 21 99 25 645 0 0 0 0 72 55 24 51 Hli c 1 4 50 IPEA 222 01 0 0t 9 U1 1 57 247 93 0 01 0 00 1 80 258 08 0 01 0 00 5 B1 2 9 00 0 05 09 1 85 248 56 0 01 0 01 0 12 g 7 0 2 16 6 656 5 57 9 5 e 81 A 02 B 12 76 15 Fn z b 9 2 53 2 5f 4 3 9 80 09 22 96 23 94 245 6 0 03 3 n 51 7 01 0 2 71 313 1 90 285 155 445 n 600 7 09 1 55 159 95 25 02 aq 2 50 AXA22 94 0 03 n ng 1 0 156 79 5 01 7 07 1 49 1457 5
67. AC 5600 TIBM 360 MT TOSBAC 5600 MT CAPS 36DMA 4 15 0 05 sec lt gt 1 hr 3 7s sec 08 06 n S n g 04 Sept 26 1977 w T SPECTRUM 0001 001 01 logn He EN 3 wT AD 801 w T 0 00073 Hz low pass filter fe X Da Ne 1 MT 1 200 ft 7zLhr1 Ze i Rt pa Ta esa C
68. D MI nro na Fn fj D t o ft eu a E nn eq f aa no i 55 ta ng MI fr adea CL s 752 fL Sanlu 66 Se IEI fy 6421 tu iQ S 54 CU amp ter b Sesek 623 weti ta YF AU y CS LIES Sass PD ni S T Pu y Tt 5e ta W As ELE M 5 12 3 10 88 SPSS d Rik ARR PRR 1978 2
69. Mitsuta Y 1966 Sonic anemometer thermome ter for general use J Meteor Soc Japan 44 12 24 Pruitt W O and D E Angus 1960 Large wei ghing lysimeter for measuring evopotranspira tion Trans Amer Soc Agr Eng 3 13 16 van Bavel C H M and L E Myers 1962 An automatic weighing lysimeter Agr Eng 43 580 588 II AD 801 2 1 W p D 80137 jfi hE K K 3 3 AD 801 1 AD 801 AD 801 n m A 0 1 V z sesi 4 A 4 V 0 1 V X 0 1 N SG o t ev oy U M U w U U Qw w Uw 0 L1V AD 801 Ww ou E Q zn xdi x c 0 1 V 1 v m H x y 0 1
70. ONTINUE VI 1 12H 3 HUO 1 10 minutes mean 10 minutes accumulated value KH 24 hourly mean hourly accumulated value 1 a achetebn sctysechubu setuleuseitasseetetb sbescaqutasatiusoactubusoekteiitbabpaeettecametvakanet nuaaseetasuaaeusnetenots uQun 1 2 3 amp 5 8 9 10 11 CH DATA 0 6 22 114 97 226 9H 151 42 79 95 46 57 90 79 852 15 68 27 109 50 218 97 212 62 e 1 b 571 78 570 70 491 57 916 41 753 5 492 4 80 27 19 514 LR 461 06 526 45 525 5 2 1 1 94 10 75 3 13 48 91 15 54 11 57 26 16 77 19 77 50 649 70 24 6 83R 3 bt 313 90 396 2 555 10 503 53 23 65 156 1 252 458 99 517 75 412 75 54 6 15 5 2 6Z amp ipt 2 66 21 05 2 15 22 57 0 62 0 27 0 13 1 91 3 22 R 2 222 8 229 67 e aTi n 57 9 71 25 464 216 94 25 15 5 39 R 5 2 7 25 37 51 01 83 0A 1 A3 98 6 u2 35 58 35 35 3 01 8 94 5 u2 50 03 48 185 32 9 25 15 56 7 96 75 127 50 7 b 235 046 39 481 516 96 655 645 363 905 175 62 247 88 69 56 932 92 Q29 5 562 73 56 13 a Bong 1 22 8 05 171 38 5 2 62 0 23 22 52 10 29 1 42 19 78 105 35 30 98 a y Tq 211 85 3 87 57 63 A5 8 5 1 6 0 11 5 55 45 17 311 2R 232 71 290 94 s10 u3 2346 05 155 25 99 15 6 65 Haaa 40 55 83 14 55 58 545 0 6 841 89 15 98 50 s11 D3 21 50 25 25 550 22 52 5 528 91 S5 R 59R 07 S35 28 37 8n 75 6R 608 9 6 9 50 s12 Lus 0 95 1 58
71. Y 2 n zas ES 3 3 c n BAI 2 Y X S Xs 2 25 FRACTION OF VARIANCE 0 OOV Oz 10 s FREQUENCY N 2 Pasquill 1962 2 A JJ IE 0 k 1 V A j di T 50 kQ N EJ 4E m qui 600 sec H JJ ou m 0 1 V H JJ di II I 9 1Q LIFE 5mA BE HJ Wa SE qu PH 10C 40 C di JE 15V 10mA Yi HE 126 low pass filter b X Xs 2 3 rz y 9 U zx y U V xghpyb e
72. ai 2 8 a CV TC 7 p C 2 9 2 1 2 2 2 9 2 2 C 7 e e PAT 20 293 Coo K E Cy K o Em er iets 2 10 Er Ce 20 o 293 K C e p 0 PA Ev Cr OD h amp ts Czo 2 9 2 10 amp 9h T lt K 848x10 gt x zy ET 2 11 3
73. c t b 1 I 1 FI I 1 AI A I C 1 D 1 1 1 Foi I 1 AT B I 1 b A t t F 1 I D 1 i t 1 f t 1 I B A t i 5 1 I Hi 1 f 1 1 1 1 Can A1 I f 1 FI 1 1 l I ot et A I f F1 PUR 512 c tuuc meam ccce Tre ILLI fer i t 1 i l b f 1 8 E A 1 I 1 1 1 jb 1 C o l F 1 1 I I I 1 1 oo 1 Al I 1 1 1 1 gt I t E A t B 1 l 1 1 1 f I b c 8 EA t f 1 1 1 T I t b 1 Ba F 1 E t I t 1 t C 04 f 1 f 1 I 1 I t ic 04 a8 1 f I E t I 1 t I C I4 t 565 F1 H f i l T 1 T c 1 O RH 1 F1 I I I 1 t t 1 b I EI F I 1 1 O 9 B 6 Ses l l 1 t nC b I FI i f i I I An t tI I 1 F 1 t I 1 1 A IC t1 1 tt I r 1 1 1 ja C EF CI b 1 1 tT I f il I t a T 1 D 1 t1 1 f 1 1 J AO I gt 1 1 ET i f I I 1 l A R c I b i 61 t f 1 1 I A t La D ET F 1 1 I 1 t 13 0 I FT 1 F I l I 1 t bp FA 1 ET I F 1 1 I 1 1 l 0 t CB l t F t TZ 41
74. cc 3 4 1 Ja t B 1 gt I 1 1 F I 81 I 1 A 1 B l I b l T 1 I FIG 1 I 5 t C 1 D t I I F 1 Fi 1 I BE I I p 1 I f f 1 i i I 1 9 I t nF 1 f 1 1 B 1 c I It 1 t F I 1 A LEN t 1 b I 1 E t FI 1 B ta C I 01 i 1 t 1 F1 1 1 n J I nt t I 1 fI 1 1 I al A Pel 1 1 F 1 F0 1 I 1 b 5 I 1 t E I FOI 771 EF d bacvac D 6 EE 1 I I l H t I iga J F 1 J 1 ot I C 1 f I f i 1 1 I 1 0 I 1t A I F J 1 I i 1 bt t Riga I FI 1 1 t 1 1 5 C At E I FI 1 I I I 1 1 C o AR If I f I 1 1 I I i Ct AD IE FI J t 1 1 i I DAR J IF l F 1 1 I i 1 t t 1 B B TE i FI 1 1 H I 145 B TE I FI 1 1 I tA tt I 1 j Fi 7712 MELLE i 1 1 1 H 1 c b TE Ei l 1 6 1A 1c 31 1 1E 1 F 1 1 1 I AB 1 tod bi TE 1 F I I I 1 A 8 s 1 b 1 i 1E 1 FI t 1 t a 1
75. ee 3 5 a i x y e 3 6 600sec 0 540 0 360 540 180 U 0 SV Py ee 3 7 tan r y TROPPI 3 8 1976 U 10 X EARE 3 6 4 2 5 Sa ze d U Jt4 d GEHE HAO An r Po c nzU w
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