Ver1.10更新履歴
Contents
1. 00000000 0000000000000000000000 000 02MPa0 0000000000 p 73 270 000000 0000000 0 0 D 3 9 30 H utut Ver 1 01 Ver 1 10 p 73 280 0 DUO0O000000000000000000 p 74 4 p 74 Photo 2 4 1 OOOO2. p 60 18 0 0 8 61 15 0 pnpagagagaan p 61 16 7 0 00000000 D KNF neuberger GASTO O0000000000000000 D DDD KNF Neuberger GmbH Gast Manufacturing Inc 0 D O 00000000000000 000000 Swaeeekr 0000000000000 Swagelek Company 0000000000000 0 7 30 un 0000 Ver 1 00 Ver 1 10 p 61 310 0 D p 62 11 1 1 111111111111111111111 111 11 11 1 1 11 11 11111 1 1 1 Thermoplastic Processes Inc Bev A Line 0 0000000000 p 62 170 0 00000000 000
3. oouo uuu Ver 1 0d Ver 1 10 p 39 16 0 11 1 1 1 1 OOO Campbell D OOOO Campbell Scientific Inc 00000000000 p 42 13 0 0 00000000800 D UU D 0 Kimberly Clark Corporation OOOO p 42 170 STATE CO Rain X BHO BW LOO Pennzoil Quaker State Company Rain X 00000000000 Du DD p 42 26 0 l uuuuunun 00000000000 0 VASALA 0 HMPA5 00000000000 0080 VAISALA Oyj 0 HMP45 DD p 42 30 0 0 00000000 1111 0000 0 p 45 30 0 0000000000000 00 00 0 0 0 0 STATE CO Rain X0 0000000000 Rai X 0D 0000 D p 47 32 0 I D D 0 4 D 0 DU Appendix 22 5 0 0 0 0 000000400000 Appendix 2 2 5 0 0 D p 49 24 0 00000000000 000000 00 p 49 35 0 0 11 0811 541111108 0 00000000000 000900009000 p 500 52 00000 223000000000000000 2010000 p 53 100 000000000000 Appendix 2 2 1 LI 75000 LICORU Usap 00000000000 Appendix 2 2 1 LI 7
4. a utl uuu Ver 1 0d Ver 1 10 p 65 12 0 D Tips 2 3 140 0000000 232 CR10000 00000000000000 000000 Photo 2 3 2 100019100000000000000000 0 00000 000000000000000 000 CR Basic 000000 00000000 0 0 22 21 0000 CR Basic 0 000 000000 Photo 23208000 0 000000000000000 0000000000000 Fig 23 2 0 0 D 0 CRBasic B B D 0 D D D p 66 22 0 D 0000000000 Grifith and Keeling 1982 Griffith et ol 1982 T p 66 28 0 Uuuuun 000000000 rrconrreiro 10 0 1 0 000000000 LORD 8 68 7 D 80000 0800800000000 DU O p 68 25 0 D 0000000000 WPL D D D Grel and Lindroth 1996 T 0 0 0 0 DD LU Grele and Lindroth 199600 2400000 p 71 Fig 2 4 1 000000 Dehumidifier Air Filter 0000000000 IRGA Li6262 LI7000 IRGA LI 6262 LI 7000 000 2L min 2Lmin 20mL min 20mLmin p 72 4 OOOO 3 00000000 Fis 241 0000 3 00000000 Fig 241 OOOO p 73 21 0 D OOOO p 73 210 260 D 00000
5. p 125 Photo 3 5 1 107 0000000000000 00000000 107 L 3 1 1111 1 D D 0 00000000 p 125 Photo 3 5 2 0000 0000000000 HPT 1 0 00 00 0 00 00 0000 00 c srrsMOOOOOOODL UU 0 0 00 00 00000 5 00000 3 5 3 p 126 Photo p 126 Photo 3 5 4 DO00000000000 p 127 210 2200 00000000 0000000000000 000000000000 0 vi 0 000 D D n 0000 000000 p 128 Photo 3 5 5 1 0 00 00 0 OOO 000 00000 00000000000 p 128 Photo 3 5 6 DO0000000000 180 EKO 000 MF ISOMIII c D p 128 Photo 3 5 7 0000000000 Er rss uge IS uer Us bk ode HB 26 30 unu 0000 Ver 1 0d Ver 1 10 p 128 3 5 1 i l O 0 Q 2 C Az AT 0 n i l Q 0 0 C AT O p 128 140 1500 000 000000 6 D 6 000 000 00000 wm DCD D D ua
6. UU00000000000000000000000000000 1003000 10UU0000000000000000000000000000 10030000000 000 p 142 180 1911 110000 U000UU000000000000000000000000 UU0000000000000000000000000000 U00000000000000000000000000000 Uuunu00000000000000000000000000 U0000000000000 39 000000 p 143 10 311 0000000000000 800 CR 1000 Campbell 00000000 UL 00 D D 1 Campbell Scientific Inc CR800 000000000 CADAC20 CADAC2T 1 LT GL 2200 601 8001 0 D R1000 T O EL 0 CADAC2UCADAC20 CADAC2 IT 1 1 1 0 11 9
7. 0000000000000000 0 0 36320 M 185011 0 p 144 8 000000 00000000000000000000000000 100000000000000000000000000000 3911 3912 D p 144 12 D Dun 000000000000 365 000000 npapnganganpnannunmnsessnutnntarn ttn 0 01mV 00000 0 1 001mvr D D p 144 17 1 00000 OOO LI COR0 D 1 16 1908 0 0 0 LECOR C D 119081 0 300000 p 1450 153 100 00 0 00 0 0 1 10000 00 0 0000 0 p 1547 0 p 161 3 p 164 7 p 168 p 169 00000 uuuuunun
8. Kompong Thom Province N EL T1 ET 54 0 0 0 000 0 0 0 D Kompong Thom Province T d Campbell CSAT30 000000000000000 00m p 30 110 0 000000000 Sonic D TR 61A TR 61C TR 61A TR 61C0 361 000000000 Sonic DAT 600 TR 61A B C 0 00000 DAT 6000 TR 61A BO COO 8 31 11 OOOO Sonic 0000000000 n D 0 d 7 O U p 31 13 0 0080080 0800000000 0 0000000000 R etermanTytn 0 000000000 p 31 25 0 D 000000000 Campbell CSAT3 808 D DA600 TR 61A0 0 0 Campbell CSAT3 O00000 DA600 0 D 0 p 31 26 0 R3 R3A 1000 00000000000 R3 1000 OOO R3 100 00000000000 p 32 10 0 0 000000000000 K probe RS232C 0 O No 3pin No 2pin D K Style Probe 5232 D No3pin No 2pin 0 GilU 00000000 32 1100 p p 33 10 0 0 uuuuunun Sonic TR 61 A B OJ 00000 TR 610 BO CJ p 34 14 0 D 000000000 OOOO Kondo and Sato 1982 Kaimal et al 1990 Nakai et al 20060 D D D O Kondo and Sato 1982 Kaimal et a 1 991 Nakai et a 12004 U O 0000200700000
9. p 75 Photo 2 4 2 0 000 0 0080080 0808 11 11 111 1 0000000000 p 75 Photo 2 4 3 0 000 1 1 1 1 0 0 0 0 00 p 75 120 140 D 101 0 gsg 2420000000000000000000050 p 75 Fig 242 0 000000 6 411 p 75 Fig 2 4 2 000000 00000s0000000000002000000000000 00000 100000000 100000000 p 75 600
10. EEND dug F w p w p p 78 28 0 11100000 0 0 0 p 78 29 D 000000 E Spar o p 78 30 0 dn 0 Aer p d p D U U 000040000000 p 79 500 00000 D000 8 p 79 90 100 0 00000000 Campbell CR 1000 D D Campbell Scientific Inc CR1000 O0000000 00000000 18 79 p p 79 Photo 2 5 1 1 10 000 00 p 80 Photo 2 5 2 p 80 Photo 2 5 3 0 0 82 110 p 11 30 0000 00 Ver 1 01 Ver 1 10 p 82 140 0 000000 0 D D DECH DD D 00 vDEC T virtual disjunct eddy covariance mothodU Kari 20020 0000000000000000 0000 un p 82 23 0 0 11110 0 0 TLs
11. CF CF CF CF CF CF 8880 usg 1 1 D p 85 8 0 00000000 Campbell CR1000 30000 00000000 DU Campbell Scientific Inc CR10000CR30000 00000000 p 85 16 0 D 0000000000 CR1000 3000 0 0 D CR1000 CR3000 0 D 0 0 27 00000000000 p 88 Photo 2 7 3 200000 p 890 94 3100 p 96 14 0 I 0 30 30 00 0 290 30 um p 0000000000 0 30 3um O O 0 290 34m0 00000000000 p 96 22 199 000000000000000 ai p 96 23 1 0000 00000 Pyranometer 00000 p 96 28 D 0000 000000 0000000 1s00 OOO Secondary standardi D O0 000000 0000000 8500000000 801 2 ISO1 First class T 2 Second class 13 30 UU 0 0 Ver 1 00 Ver 1 10 p 97 Table 3 1 1 1 1 1 1 111 1 Type DI 100 UU0000000 MS 802 MS 802 PSP PSP CMP21 CMP21 MS 402 MS 402 8 11 SR 11 CMP6 CMP6 MS 601 MS 601 LP 02 LP02 CMP3 CMP3 ML020VM ML020VM SP LITE SP Lite2 PCM 01 PCM 01 p 97
12. O SR 1000 CADAC210 80 00000000000 000000000000 0 1000 21 1 8 20 p 143 140 000000 CR 1000 CR1000 p 143 17 0 0 OOOO 8232 1111011 01 10000 0 0 0 226 0 0000000000000000 p 143 23 0 DU 9220 9223A0 0000000000 30 30 000 00 Ver 4 Ver 1 10 p 143 28 0 GL 800 GL 820 p 144 1 0 D 1 1 000 0 0 000000000 00 p 144 4 60 DU 00000 36s00 00000000000000 3640000 DI 1111 1 3638 UI 1 T 5041 00 0000 369110 0000000 000 0 5042 185043 000000000000 36411 36320 3633
13. DUU Kipp amp Zonen B VT TIT p 97 18 0 0 0000 000000 D D DU Pyrheliometer 00000 p 97 190 20 0 0000000 MS S4 EKO Japan CH I Kipp amp Zonen 00 00000 56 O00000 CHP 10 Kipp amp 11 1 111111 1 Netherland J NIP Eppley USA HUDD Zonen B V NIP O THE EPPLEY LABORATORY 6 DOO DU p 97 21 22 0 00000000000 0 5 8 21 EKO Japan SOLYS Kipp amp O00 000000000000 nni 5 821 Kipp amp Zonen Zonen Netherland SMT 3 Eppley USA JU B t SOLYS 2 EPPLEY 000000 p 97 Photo 3 1 2 0000 OOOOOOMSSeDOOOOOOOSTR2OOOOOOOOOO DU nnnn nmnnmnmnmnnau p 98 20 3 0 0 000000000000 M PSB 100 Prede Japan 01218 000000000000000 0000A PSB 1000 Kipp amp 00000000 Kipp Zonen Netherland D J Zonen CM 121B EPPLEY 5851 16 30 a utt uuu Ver 1 0d Ver 1 10 p 98 4 D 000000000000 0 SOLYS2 Kipp amp Zonen Netherland
14. 2 000000 10 00000 p 107 30 0 OOO EU WI OOO Qn hl p 107 A3 1 1 111 1 00 a Y Ge Gen Q ligne 3 35410300 200 0 086077 60836 0 137550cos 4ay 60 7341887sin aJ 9 338832sin 22 0 304815sin 3ay 0 170209 sin 4ay p 107 70 80 0 2 365 or 22 366 OOOO 2 365 or 27 3660 eg 000000 luu 00 120 00000000000 10 10 120000 05 0 000 J 0 5 p 107 10 0 OO A QO DU amp TI p 107 A3 1 2 h 15 5 12 e L Lo 15 12 y yo p 107 12 0 D 00000000004 0004000 110 600 00 000000 8 000 Ill III 00 l UU p 107 4 0000000 L L t 12 D g jp 15 E o D cos sing sin cos cos cosh 08 sing sin cosp cos cosc p 107 25 0 OOOO OOOO p 107 6 11 1 0 sinh singsin cos 0056 sing singsin cos cos cosc 23 30 a utl 0 0 Ver 1 00 Ver 1 10 p 108 5 0 000000
15. D Decagon Devices Inc DUO0D 11 000000000000 0000000 3 62 Photo 00000000000 00000 1 Photo 3 6 3 3 6 2 Photo 131 UD 1110 0 Photo 3 6 4 111010000 H Photo 36 30 0 132 30 p 27 30 amm p mu Ver 1 0d Ver 1 10 p 132 Photo 3 6 3 000000 Photo 3 6 4 0 0 OOO 5000000000000000 0 Photo 3 63 DD DD DD EC 0D DD D OG DD HO DO CL LCD 0E 0000000800 o000000 8 80 80800080080000000 0800 0 00000000000 10 p 132 3 6 4 00000 y ME y Oa p 132 22 0 J D 00000 el 20900 p 133 70 0 0 0 0 00000000 0000 00 000000801000 DD DD D D 8880 37 DDDDDD DD DD D DD HDD DD HDD D p 136 Photo 3 7 2 0000 000000000000 000000000000 0000000 3800000000 p 138 170 180 D 000000000000000000000000000000 000000000000000oo00000000000000 000 p 138 20 0 D D 000000000n0n0n0ooooo0000 00000000000n0nnnoooo00000 p 138 200 24 D 000000000000000000000000000000 0000000000
16. DD m C t 0000 3 6 p 130 40 0 00000 00006 0m3m 300000000000000V 00000 00000 o mie OD DO DD D DD DD DD o pat DO OD 1 Camptell 130 221 p Scientific CS616 L Photo 3 6 1 0 0 0 Scientific Inc CS616 L Fig 3 6 10 0 0 D 0000000000 EC S Photo 36 20 Decagon Devices Inc EC 5 Photo 3 6 1 0 130 270 p UU 1 Photo36 30 0000 Photo 3 6 20 131 100 p 00000 00000 p 131 Fig 3 6 1 000000 Photo 3 6 1 3 O00 CS616 L Campbell Scientific Fig 3 6 1 TDR 0 0 5616 1 D D Campbell Scientific Inc DU l p 131 Photo 3 6 1 0000000 Photo 3 6 2 D D D DD DD D EC 50 Decagon Devices Photo 3 6 1 0 0000000 EC 5 TI D
17. ML020P mnt p 104 140 1600 00000 000000000000000 Absorbed PAR APARD DD DD D I Absorbed PAR APAR umolm e l oooooooooooooooooooooooooooln 00000000000000000000 PAROD 0 00000000000000000000000000 PAR O PARO PARTa 4 OOOO D OD DD DD PAR Lass umolm s T D D PARO PART o L umolm s T D 000 4PARD0000000 p 104 180 1900 00000 00000000000000 Pas 000000 00000000000000 PARAL umolm s 00000000 D umoim p 104 260 0 0 000000000 LI 190SA LI COR USAQ O 00000000000000000 Li 190sAT LrcoRn D 000000000000000 p 105 1 0 D 0000000 0000000000 ML 020P EKO 000000000000 00000000 0 000000000000 000 00000 p 105 Fig 3 1 1 0000 22 30 unu OOOO Ver 1 0d Ver 1 10 p 105 Photo 3 1 8 39 000000000 0000000000000000 11111111111111 18 11111111 11111 9 0000000000000 8 1111111111 1111111111 1111111111111 1 11 1111111111111111 111111 111 1111111111111111 11 1 1 0 p 106 13 0
18. 1 1 p 82 260 0 Los Gatos Research 0000000 UI Los Gatos Research Inc 0000000 p 82 270 0 000000 407m D D U U 408m D D D p 82 29 Picarro PicaroIne 0000000000000 p 82 29 311 0 3 35 Bon cogn 11 1 1111 111 ugpnagddmumunmnnmd tu LLL cavity ring down spectroscopy CROSA D EL EL DL DL EHI 00000000 mon 26 D00000 p 84 5 p 84 Table 2 6 1 uuu uu 100 000000 Campbell CR3000 CR3000 Campbell 00000000 Campbell CR1000 CR1000 Campbell TEAC es8 KEYENCE NR 1000 HIOKI 8420 OMRON ZR RX20 40A 58 11111111111111 NR 1000 11111 MEMORY HiLOGGER LR8430 200 0 0 D D D ZR RX20 40A 0 00 12 30 00 00 Ver 4 Ver 1 10 p 84 Table 2 6 1 4D D 10 0000 O D C D Ir 58
19. 808081 1000000000 Onset 8080 0 0 p 115 Photo 3 3 3 VAISALA HMP4SD 1 0 D 1 Vaisala HMP45D0 0 0 H HMP45D 20090 20000 00000000000 DUUBUDDI IPO IIT DD DD DD p 116 20 D 0000 1100 0 Dons sed sg Proof 100 oO O 1 3850 Rd OT Bac Ro 1 3850 p 116 8 0 D 0 00000000 24 30 a utl 0 0 Ver 1 Ver 1 10 p 117 70 0 0000000000 00000000000 00000000000000 000000000000 9 00000000000000 p 119 20 0 0000000 0000000000 000000 KOKI DDT 0000000000 en OD DD DD 3 4 p 120 26 0 D 00000000 0000000 VAISALAD HMP450 D 0 Photo3 4 100000 0000000000000 Vaisala Out D HMP45 000 00000000000 0 Photo3 4 10 D D D D D DD HMP450 20090 30000000 00000000000 0000020100000000 MP1550 00000000 p 121 60700 0000000 0000200000000 Coupe 0028000000 0000200000000 con 80000023000000 nn 0 00000000000 000co 00000000000 p 123 0 50100 0000000 0009 co 0000 40 0 p 123 0 60 200 000000 0 022e or P 0 378e l x p 1 e e 1 p 123 0 60300 00000000
20. 00000 DUO0O0000000000000000 Campbell CR10000 00 00000000000000000000D0 Campbell Scientific Inc CR10000 0 D D p 77 2 41 0000 2 2 _ r 90 F f At dr p 77 220 23 0 D 0 00 00 0 42 0000000000 00 00 110101 0 1 0 1 1 41 D 8 OD 25 10 30 0000 unun Ver 1 0d Ver 1 10 p 78 10 OOOOOOOOOOAO OBusinger and Oncley 199000 1 T1 EL D DUO0D p 78 140 151 40mm Mm 0000000 00000 8 1 mem 5 110000 p 78 21 D 00000000 el mem s TI C C D D 1111 p 78 24 0 10000 000 E mem D dut p 78 25 1
21. 1 Kipp amp Zonen B v 0 1111011111 1 MED 1111 p 102 7 0 000000 U000000000000000000000 p 102 Table 3 1 4 Type un 1D 000000000 MR 50 MR 60 000000000 CNR 1 CNR ID 1D BED E 000000000000 CNR2 CNR2 CNR 4 NR 01 NR01 p 102 Table 3 1 4 000000000 Manufacturer nun 200 EKO 000 Kipp amp Zonen Kipp amp Zonen Kipp amp Zonen Kipp amp Zonen Kipp amp Zonen Hukseflux Hukseflux 20 30 a dtu 0 0 Ver 1 00 Ver 1 10 p 102 Table 3 1 4 Spectral range m DL m 30400 000000000 Pyranometer Pyrgeometer nnn nnnnn 0 305 to 2 8 5 to 50 0 305 2 8 5 50 0 305 to 2 8 5 to 42 0 305 2 8 5 42 0 310 to 2 8 4 5 to 42 0 310 2 8 4 5 42 0 300 2 8 4 5 42 0 305 to 2 8 4 5 to 50 0 305 2 8 4 5 0 p 102 Table 3 1 4 Temperature HBHIUDIDDDBDBDDBDUDU SOO Body 111 Body 000 None 11 111 Body HUU p 102 Photo 3 1 6 4 1 B CNR Kipp 8 Zonen MR 50 EKOJ 41 11 CNR Kipp amp Zonen B 111 1111111111 000 6 p 103 4 5 0 000000000000 00 000
22. DD D D D Kipp amp Zonen 50827 OOOO 0000000000 STR 22 EKO Japan PRB 100 Prede Japan SDK Eppley USAD STR 22 0000 00000000000 00000 p 98 Photo 3 1 3 0000000000 0 00 SOLYS2 Kipp amp Zonen STR 2 EKO 00 0 0 00 00 SOLYS 21 1 0 D Kipp amp Zonen B VOOM 000000000000 sTR 220 000 0000000 p 98 190 20 0 0 000000 1 0 0000000 0 0 1111 DD DD DD DI DD 0 0000000 0 0 1 0000000 0 0 p 98 21 0 0 0000000000 7 OO 00 0 00 000 00 00 7mvkwm n 000000 p 99 15 0 000000000000 000000000000 Ra p 99 170 181 0 0 0 0 00 mvi 0000420000000000 0 avm 00000000 000000 00 0 0 Wm DDD T o Stefan Boltzmann D D D 5 67051 10 wm ol Stefan Boltzmann D 5 67051x10 Wm K TJ K 0 0 00000000 0000 0 000 00 000 0 p 99 23 0 4000000 000040000000400 000000x00000 1 KI p 99 29 kt k2 k0 000000000000000 0000404040000 000000000000000 p 100 Table 3 1 2 000000000 Type On 11 D 000000000000 MS 202 MS 202 PIR PIR CGR4 CGR4 CGR3 CG
23. Table 3 1 1 11 1 Manufacturer u00 200 11 1 1 1 EKO UD 1900 0 Eppley EPPLEY Kipp amp Zonen Kipp amp Zonen EKO 1 Hukseflux Hukseflux Kipp amp Zonen Kipp amp Zonen EKO 1 Hukseflux Hukseflux Kipp amp Zonen Kipp amp Zonen EKO 000 Kipp amp Zonen Kipp amp Zonen Prede 14 30 Hun 0000 Ver 1 0d Ver 1 10 p 97 Table 3 1 1 Sensitivity IL 11 3 mV kWm mV kWm 7 T approx 9 9 7to 14 7 14 7 7 15 15 5 to 16 5 16 7 7 15 15 5 to 15 5 15 Approx 7 60 6 100 60 100 Sor7 10 p 97 Table 3 1 1 OO000000050 Spectral Range 0000 11 400 nm nm 15 30 a t 0 0 Ver 1 00 Ver 1 10 p 97 Table 3 1 1 0OD000000050 ISO classification ISO I 11 500 Secondary standard 0000 Secondary standard B Secondary standard BU First class 1 First class iD First class iD Second class 2 Second class 2 Second class 2 p 97 Photo 3 1 1 D MS 40 EKOYy CMP6 Kipp amp Zonen 1109 00 402 0 111 DUUDUIIUD D CMP6
24. 0 0000 0000000000 0000100000000000 00 DD DD 2 0 1 p 123 0 70 200 00000000 0 622e ce d P e T Teg p e 1 4 p 123 0 70300 00000000 1000000000000000000000 0 0 622 p 123 0 80100 0000000 0000 v kem 0000 40 ken p 123 0 90 100 0000000 0000000 4 00000000040 0 p 123 100 20 00000000000 000 3 1998 000 30 00 19880 p 123 120 D 0000000 ic JP AC Cy Jp 755 00000000 cnnnnnnsqncwnnnnnsdnznnnnnnpamen nnnncsnnnnnnnmnmnnnepParnzinnniumnmnmnnt 0000p 050 11 10 10 11 44 p 123 1400 T 25 30 a utl 0 0 Ver 1 01 Ver 1 10 p 124 2 0 0000000000 T T p 124 3 0 D 0000000000 000000000000 7000000 273 1680 p 124 40 50 0 000000 H e J e J n nl 0000000000 6 1078 NM 6 1078 e In a EA E 6 Cw O000CON P 11111 DU dp 29 e m Ci 6 1078 lt cUUUc00000000000 amp 517 26938820 e 237 3 D D 7 273 168 1 ci 21 87455840 c 265 5 CDD 0101010101 0510 8 9 0100 0 0 172693882 b 237 3 OO a 21 8745584 b 265 5 3 5 00000000
25. 00 1 D 0 D wx 00000000000 00 0 wm HI LL D D wm 0000000000 wen OH 0 DD DD D D D D D wer DD 0000000000 wm p 103 150 0 MS 7000 EKO Japan 0 000000 3500 10508 000000000000 3500 1050nm DD p 103 170 0 00000 0000 0 0000 DU CR1000 Campbell D OO 0000 0 UU Campbell Scientific Inc 0000 0 81000 0 0 0 p 103 220 0 DU D 0 D World Radiation Reference WRRO 0 0 0 0 DD D D DDD World Radiometric Reference WRR 0 0 0 0 0 21 30 UU 0 0 Ver 48 Ver 1 10 p 104 Table 3 1 5 000000000 Type UI 1 LI 190SA LI 190SA ML 020P ML 020P IKS 27 IKS 27 PAR LITE POS 1 PAR 01 PAR 01 SKP215 SKP215 p 104 Table 3 1 5 000000 Manufacturer unn 200 0000000000 LI COR USA LI COR 00000000000 EKO Japan 000 KOITO Japan 0 000 Kipp amp Zonen Netherlands Kipp amp Zonen Prede Japan DOOD Skye UK Skye p 104 Photo 3 1 7 0 0 00000 000000000L l19 o 08 MLO20P EKO 00 19001 LI COR T
26. 00 1111000000 DU 62260 Tips 2 3 9 0 0 Tips 238 OOOO 3 10000 5000000004m000000000000D00 p 63 20 0 111111111111 7 111111 1111 0 Tps23 700000000000000000000000000 pnnnnnnnnnnnnnnnnmnnnn 00000000N Tips 23 7 D 0 0 0 D DD D p 63 5 D 0000000000 11 1 11 11 1111 111 1101111111 1 1 1111 p 63 26 0 1 0O p 64 0000000000000 00000000000000000000000000U000 00 0 UU 11 1 111 1 111110100100 0 PermaPure dryer 1 11 1111111111 D 0000 p 64 31 0 0 p 64 350 0 Campbell 0000000 DU Campbell Scientific D D 1 8 30
27. 00 Appendix 2 1 1 Appendix 2 1 1 1 111111 p 36 2 ATI K Probe DOO ATI K Style Probe DOO p 36 2 CFM 1000 11 1000 0 Campbell CFM1000 22 1 0 0 0 0 CO 8 0 I p 37 24 0 l LI 75000 00000 LI 7500 UU LI COR 000000 p 37 250 0 0000000000 E 009 OP 2 0090 000000000 op 20 ADC BioScientific Ltd p 38 Table 2 2 1 uu 11 10 U p 38 Table 2 2 1 00000 000 DUU 200 u aut LI COR USAT LI COR Advanet Japan 1111 1 ADCH 80 ADC p 38 Table 2 2 1 000000 RS 232 RS 232C 20 600 p 38 20 0 p 38 26 0 LE U U 1 01 LI U 1 UO C UO CI UO CI UO UI UO CLEL CE SAT EL EL E U HU 1D DL B DL D DD 0 SATTI I U p 39 Photo 22 1 000000000000000 0 00 JU lI lI li uu 1111 1 SATO Sonic Kaijo DA 600 1 1 EL CE I PA 600 T 5 30
28. 000 R M Young Company 810000 p 27 26 0 0 00000000 Metek USA 1 D D Metek Meteorologische GmbH USA 1 p 27 26 0 0 0000000 Campbell Scientific Inc D D D D Campbell 3 D D Campbell Scientific Inc CSAT3 0 p 28 30 40 0 00100000000000 1 1110101000900 p 28 Table 2 1 1 00000 HUD Du 100 000000 UUUDDDBDBDDDUDDUDDDDSOonic 000g Applied Technologies Inc ATI ATI Campbell Scientific Inc Campbell Campbell Gill Instruments Ltd Gill Gill 3 30 000 00 Ver 1 00 Ver 1 10 p 28 Table 2 1 1 000000000 Kondo and Sato 1982 Hanafusa et al 1983 Wieser et al 2001 D Kondo and Sato 1982 Hanafusa et al 1982 Wieser et al 2001 0 D 0 20 800 2004 O 2001 p 28 Table 2 1 1 0000000000 K type K Style Probe 61 200 p 28 Photo 2 1 1 0 600 0 0 Photo 2 1 1 QQ SAT a 808 8 61 Photo 211 ODO DD tan 0000 100 000 00 D 6 ATI K Probd 0 T e Sonic SAT 540 0 00000000000000 T b ATI K Style Probg D W Campbell csarsg OOOOOOOOOO
29. 000 0000000000000000000 3 9 10 11 18 p 9 1 100000 p 22 23 2 30 a utl Ver 1 0d Ver 1 10 21 00000000 p 26 6 D 0000 OOOO 98 000 0000 woa 000000000 00 p 26 1300 00000 velocity of sound in air 648 D D D velocity of sound in ai cO ms TT 0 0 0 00 p 26 15 0 p 26 19 0 A wl p 27 16 0 000000000000000 00N N sonic 0 0000 0000 p 27 170 190 0 11 1 111 1 Applied Technologies Inc OO ATIO O 1 O Applied Technologies Inc ATID 0000 0000 p 27 180 190 0 K Probe K Style Probe p 27 25 0 DUBDDUDDUUD Sonic TR 61B TR 61B p 27 260 0 00000000 Gill Instruments Ltd D D Gill WindMaster Gill Instruments Lid D WindMaster D Ug 0 p 27 260 0 00000000 R M Young 810
30. 000 0000000000 000 2000 p 34 15 0 0 D Hanafusa et al 19830 QO O 20011 O O 20040 OO OOOO Hanafusa 19820 0 O 20010 O 20041 p 34 28 D 000000 0 00 000009000 0 0 D000000000000000000x0m 00000 00000 p 34 30 0 00000 6000000000 000000000 00000000000 4 30 00 00 Ver 1 01 Ver 1 10 p 34 31 0 D OO p 35 4 1 xOOOOOOOOOOOOOOOOOOOOOOO p 35 15 1 00 UKU D p 35 16 zu FO ZOOOOO p 35 19 OOOO md oe UDUDUD UD UD UD UD U OOOO ml 00000 00 00 D kemet 0 UU ut p 35 24 p 36 1
31. 000000 4000 00 0 0 0 0 mI 4 DD DD 6 023 10 1 TI AD 6 023x10 mor 6 626x10 TD aD D D D 2 9979x10 ms D D 0 D 6 626x10Js cl D D 2 9979x105ms 32 gH gH p p 110 Photo 3 2 1 00000000 p 111 20 40 0 000000000000 0000000000000000000 0000000000 0000000000000000002ooo0 1 0 0000 0000000000000000000002000 10 10 oD 2000008 0000 9000000000000000000 D DD 2000 00 2w0000000000000000000 2005 T d 2005 7 0D000 0000 0 0000 00000 000 p 112 50 60 0 0000000 00000000002000000000000000 dP 1 2 pU dP 1 2 pi p 112 70 80 D 000000000000 ja 0000000000000000000000000000 000040000000000000000000000000 000 00000 kem 00 000 3300 p 114 000 Onset HOBO DUDU Photo 33 11 Onset Computer Corporation HOBO D DT Photo 3 3 1 T 000000000 DD Photo 33 20 0000000000000000 00 D D Photo 33 20 p 115 Photo 3 3 1 ONSET
32. 00000000000000000000 8 80 000 00000080000 0008000080 UUUU00n0nn0uUunnnnnnuuunnnnnuunnnon0 uunnnnu00n00uu0n0nn0 1000000000000 nnnmunauna nnun nnnnu nnnpnnu nnnnunn Duunnnnnuuunnnnnuuunnnnnnuunn0nb 1000n 9 88 8 8 019 0 0 1010000000000000 p 139 23 0 D 00000000000000000000000000 000000000000000000000000 p 139 250 26 0 D 0 000000000000000000000000000000 0000000000000000000000000000 p 139 320 33 0 D 000000000000000000000000000000 00000000000000000000000000000D0 100000 p 140 11 0 0 0 0000000000000 DUDDDDDDDDDD I Photo 3 8 1ITJ p 140 Photo 3 8 1 000000 00000000000000 a utl uuu Ver 1 0d Ver 1 10 p 141 61 70 D p 141 100 0 0000000000000 0 0 0 Photo 3 8 2 p 141 140 0 000000 1 1 1111111111 p 141 150 1800 T o o
33. 1 30 Hr Ver 1 00 Ver 1 10 p tii 11 00000000 p 3 Photol 1 1 p 4 100 OO 120000000 1 2 1 p 6 Photo 1 2 2 p 7 Photo p 7 Photo 1 2 3 09090 00 1 2 4 p 8 Photo 1 2 5 p 9 Photo p 9 Photo 1 2 6 p 9 Photo 1 2 7 p 11 Photo 1 2 8 p 13 Photo 1 2 9 00090 09090 0 p 16 Photo 1 2 12 p 17 Photo 1 2 14 101 090 1 3 0000
34. 5000 LI COR0 00000000000 p 55 20 0 000000 D _ m D p _ m p mom p p m p e p 55 40 D 0000000 6 D bi HD HD nd COD Pat D p 55 60 120 0 Appendix D D Appendix 2 2 7 0000 2 3 00000000 CO 00 p 56 8 0000000000 11750 11 75000 QQ L COR 0000000000 6 30 a utl uuu Ver 1 0d Ver 1 10 p 56 10 0 D 11 Steering Committee 20070 20030 p 56 270 0 0o00 co 0 UD DU DU LICOR Lr 6262 0 1170000 0 0 0 0 0 0000 LrconRg Lr 6262 0 170000 0 p 57 Fig 2 3 1 1 10000 00 DF 1 AF 1 DF 2 AF 2 DF 3 AF 3 000000000 116262 117000 IRGA LI 6262 LI 7000 IRGA 00000 2L min 2Lmin 20mL min 20mLmin p 58 Photo 2 3 1 uuuuunun Fig 2 3 1 000000000000 0 000000000 000 Fig 23 000000000000 p 58 9 D 00000 000000 0000 Advantec 0 0 D 0 p 60 12 0 I
35. R 3 17 30 UU 0 0 Ver 1 00 Ver 1 10 p 100 Table 3 1 2 1 Manufacturer OOO 200 1 t EKO 1111 11 1 1 uut Eppley EPPLEY Kipp amp Zonen Kipp amp Zonen Kipp amp Zonen Kipp amp Zonen p 100 Table 3 1 2 II Sensitivity un 300 1000 mV kWm mV kWm 11 1 Approx 4 4 Approx 4 14 51010 5 10 50r7 SOOO p 100 Table 3 1 2 uuu II Spectral range OOOO 400 1000 nm nm 3 000 to 50 000 3 000 50 000 3 500 to 50 0000 3 500 50 000 4 500 to 42 000 4 500 42 000 4 500 to 42 000 4 500 42 000 p 100 Table 3 1 2 Window heating offset 5 0 Wm Wm Less than 4 Less than 15 41111 1511 18 30 0000 000 Ver 1 00 Ver 1 10 p 100 Table 3 1 2 1 10 Temperature dependency 00 enn 00000000 C uc 1 20 to 40 C IT 20 40 CH 1 20 to 50 O 10 20 50 CH 5 10 to 40 SQ 10 40 CH p 100 Table 3 1 2 Buggmggguut Measurement of dome temperature 700 00000000 yes L y
36. es L no L no L p 100 Photo 3 1 4 0 4 Kipp amp Zonen O PIR Eppley 1 1 4 OOCL Kipp amp Zonen B V OO 0 EPPLEY 0000 D PIRO p 100 17 0 0 000000 1 8 0 00 0 m0100 8 0 mronnnnnnn p 101 70 0 000000 00000000000000040000000000 00000000000000040000000000 p 101 100 100 000000000 MF 11 EKO Japan DD 0000000_ 0000 MF HD DD p 101 11 12 0 0 Q 7 8 85 USA J 0 7 Radiation and Energy Balance Systems Inc REBSD p 101 13 11 111 1 OOO NR LITE Kipp Zonen Netherland O U NR Lite2 Kipp amp Zonen DO 000000000000 p 101 Table 3 1 3 1 11 1111 Type OO IDD 1000000000 MF 11 MF 11 NR Lite NR Lite2 Q 7 Q 7 19 30 a t 1 Ver 48 Ver 1 10 p 101 Table 3 1 3 Manufacturer uu 200 000000000 EKO nnn Kipp amp Zonen Kipp amp Zonen REBS REBS p 101 Table 3 1 3 JUUDUUDDUDUDUU Spectral range um u m 300 0 3 to 30 0 3 0 0 2 to 100 0 2 100 0 25 to 60 0 25 60 p 101 Photo 3 1 5 Uu NR Lite Kipp amp Zonen 0 MF 11 EKO
37. o o o o o o o o 1 1009000 Photo 3 8 0 1 1 D p 141 200 2400 U00000000000000000000000000000 Uuunu00000000000000000000000000 U0000000000000000000000000000021000000000000000000000000000000 U00000 DUU UU II UI 111111111111111111111111 011 1 11111111111111111111111111 111 unnnnnnnnnunnnnnnnnnnnmnnnnm nmn 1111111111111111111111111 111 111 p 142 Photo 3 82 BD D D 11111111 1111111111 111111 p 142 Photo 3 8 3 00000 Photo 3 8 3 0000000000000000 D DD l 100900900009 0 a utl uuuu Ver 1 0d Ver 1 10 p 142 50 14 0 000000000000000000000000000000
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