ガラスの溶解に関するデータベース 取扱説明書
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1. 1 D B mdb Fig 1 2 DB 2010702709 Copyright 2010 CDpywriEht 21 Japan Atomic Energy Eehncy all rjght reserwed2. Search Condition ALL CHECK ON ALL CHECK OFF Search Condition 1 Fig 3 1 Fig 2 Search Condition Fig 2 Fig 2 Search Condition mn Point
3. Fig 2 Solution Fig 6 Fig 2 Solution Solution Fig 6 40 Fig 2 D B Solution ALF HECK ONi ALL CHECK OFF basalt water bentonite saturated water brine solution brine water chemical solution clay water clay SIG solution deionized water demineralized water diabase wiater dilute buffsrs distilled water double distilled water granite water groundwater pure water nurity water silicate water SolutionName tuff water olyic water water wet clay
4. Search Condition 17 15Reference_ Author Reference Reference_Author 2 OR 6Reference Journal Reference 18 Fig 10 Glass Name Experimental Type Solution Coexisting Material Temperaturel C Durationlday pH initial pH final Eh initiallmV Eh fnallmV Surface Arealm SA VIm NML B NML_B g m NML_Si NML_SiGk g m NML_AI NML_AIG g m NML Ce NML Ce g m NML_Cs NML Cs g m NML Na NML_Na g m NLR NLR lg m2 day Alteration Product Reference 21 NML Normarized Mass Loss NLR Glass Dissolution Rate NML NLR
5. Search Condition ALL CHECK ON JAPL CHBCK ORE Search Condition 1 Fig 9 1 Fig 2 Search Condition Fig 2 Fig 2 Search Condition s Point
6. c d 15 Alteration Product 1 Fig 9 1 2 Fig 9 2 Fig 2 D B Categomes of Alteration Products 1 ALL CHECK OFF amorphous crystal silicates nhyllosilicates tectosilicates others smectite group zeolite group others others oxides hwdroxides carhonates nhosphates bhorates sulfates halides native element sulfides nitrates chromates arsenates yanadates tungstates molyhdates Fig 9 1 1
7. Search Condition Glass Composition Fig 4 Fig 2 Fig 4 Fig 2 D B Glass Composition AND C OR B203 wt so2 wt A203 we El eM Cg ad wt Ed wt Na2O 4 wt9G Fig 4
8. D_B fE Caph IMLR nH ILRKcal nH En hLRtcal Csi r lc LR JT r lsgLRKcal T LR Diuratisn LR al Puratioh ML Duration Ci SA Duration Fig 13 Excel 1 Fig 10 DlogNLR pH logNLR pH logNLR pH BExcel Fig 14 rosatlit Lzcel tali ai EE 00 0 A CD 5 CC D
9. Fig 22 B Fig 23 2 E WI LE 1 rf H 9 ETF TB Tui mb MH 1 F LE 1 Experimeant ID Cggym NLRUcmli Hgymrydnw ML mgymryday NLRUcmli SEAm doy LRC Sg mf day LRG Agymrzdaw MLR 257 T AE 1 EH a5d EH E SZE N EL Em 1 RT 1 1 m 1 Um Fn nn Er LT 62 EE 5 ES EURO z63 HE 85E UE EC Fi 1 1 EE 1 EE 1 1 11 ph Te 1 TE 1 2 EN 13 1 SE 1 FI ED 15 1 Et 1 11 El 1 1g FLm 1 1 EE 1 313 aa 3 4 gE 0G 18 1 s MLRcail SAE 1 1 SE 1 1 3E U 317 F100 WE_Oe 31 ED AE 319 1 Em 2 3 1 IEEE 1 EC Pl La a HO 100 HE 9 Et pe 1T gg ed TE UE te SE iy 325 1 Em SE 1E UE EE Ti Ei EE tI 1 e 1 UR we 4 Der Eh
10. b c d 9 pH final pH pH final Table 2 pH final a gt c d DOEh initial Eh ImV Eh initial Table 2 Eh initial
11. ALL CHBCK ON IALL CHBCK OFF 2 Fig 9 2 Fig 2 16 D B Categomes of Alteration Products 2 ALL CHECK ON ALL CHECK OFF Search Condition crystalsilicates tectosilicates zenlite group analcime analcime crystalsilicates tectnsilicates zenlite group cha bazite chabazite crystalsilicates tectnsilicates zenlite group garronite garronite crystalsilicates tectnsilicates zenlite group mesolite mesolite crystalsilicates tectansilicates zenlite group natrolite natrolite crystalsilicates tectnsilicates zenlite group philipsite philipsite Fig 9 2 2
12. AND OR Coexisting Material Alteration Product Glass Name Experimental Type Solution Coexisting Materal Element Alteration Product Point Glass Name 1 Fig 3 1 2 Fig 3 2 Fig 2 D B Categomnes of Glasses 1 ALL CHECK OFF 1 Waste i Others 2 Radioactive non Radioactive 3 High Level Low Level 4 Country Belgium Canada 6 China Czech France E Germany Iceland P Inda 5 Italy Japan SouthKorea Sweden UK USA Other Countries
13. LF Lai Litsarlullma aar Fr diy Hektn Hm rl Fig 11 Fig 12 Fig 10 4 Fig 11 Fig 12 Author Title Journal Vol No Corporated and Conference Author Report Number Year Page 9 DB 7 7LY Reference Author HANS PETER HERMANSSON HILBERT CHRISTENSEN Title Static leaching of radioactive glass under conditons simulsting a granitic repos Jouinal Materials Research Society Symposia Proceedings EE No Corporated and Conference Author ReportNumber Year i984 Page le Fig 12 Fig 11 3 Fig 13 Fi
14. a gt b c d 4 DEh final Eh ImV Eh final Table 2 Eh final a gt b c d
15. Fig 26 B Fig 27 E Mcrae Eocal inde f 0 a 1 lt rz 1 lt F Le 1 Experimankt TH umratanmtdmw HLURGaD Blipfm fda MLRtcal Beg doy MUR EK md MLRKcalk SM erm doy NLRUca Agrmrydayf 257 1 El TE 16Ea00 5 BE H EU 4 EF EN Tl 1 1 HE 1 En 1 Fl Fi TE T 262 5 ET 5 1 E 0 amp PE B 263 HEE 5E UE 1 2E OE FE md 1 ce EU TE ETE rl 11 a IL Ra Da tn 1 TE EE 267 EN 19 268 3 JE 1 gEmOmI 1 FT 3 34E Om 1 1 i EE TE 311 1 EN 1 1 FL 0 Et 1 313 Em CE UG 1 14 1 AU ML ET 1 15 0 MLRLE3D 1 SE n Fl 1 EE 150 1 ge 31 dl ma 1 Em 4 319 9 1 4E nm 35 Fi 1 3E 0E dr 2 a Nm Ar fr en FE TT PFF Piuretigrriaas 2 FEFE T 1 1
16. ALL CHBCK ON IALL CHECK OFF Search Condition 1 Fig 7 1 Fig 2 Search Condition Fig 2 Fig 2 Search Condition mn Point Search Condition Element
17. NML NLR D B Valuss computed from lite ats ars by red letters Glass Name i a Ternpwratuy a Se NpH_initial pH fnal HMS Ar ei 2 d hass Lossis le 89 CFilet JL Dussossoy T Advocet JG Charboreel ey Francilcn J M Lieney Nes son0CHAR CTERATION Ia soxhlet dstilled water 1c0 19 Alteretion Product Referernce ie cat JG ChartorersL ue Francilion J N Ligney Mssson CHARACTEREATION 89E 01 C Filet JLDuzzozsoy oe Se Frencilicn JMLieney Fe H Mssson CHARACTERIZATION 22E 00 CFEet Dussossoy TA ed arborwsL N Jacquet Francilion J MWLigmey Mssson CHARACTEREATION T7 soxhlat stilled veater 100 Fillet R _m dvocat Jecmet Frencilion JMLiensy H Nssson HARACTERIZ ATION Maemox soxhlet distilled waster gr 1 89E 00 SSHUTTLEWORTH JE MONTEITHYTHE Or LASER MICROPROBE ICP MS 7664 Fig 10 Fig 11 1 Fig 13
18. Fig 5 Fig 6 1 Fig 7 1 2 Fig 7 2 Fig 8 4 1 Fig 9 1 2 Fig 9 2 16 AND Fig 10 Fig 1 AND OR
19. 0 H 9 RTF TB Tui mb 1 MH 1 F 1 1 EE rimmntTD Humratinntdaw NML fp my ML leg NML Sg7mr NML BK my AML AR gr mh NML A Rg mh MMLEntgymh MMLGatmTgy ET HH ET Hm Em 1 HT 9 Ba Bi ET 1 Er 1t Jl FikdL Ouratinn 1 1 13 Ei 2 1 1 9 PE 15 7 9 1000 is 1 TH 1 i BO 1 1025 354 Pe AN 1B 1 273 rs i Fi 1 on 5 Pia ni wt 119 1 mln Lh 1 2 PL OH1 1197 Li nn 9 113 ER i 5 FE 113 nt RE 1 Fn 00 Elm Bi re 1 14 Charatko ndaryk TT 1 Fi mm a lt mmm L1 gg 11 5 43H DE nm gd 113 DT 1 ua 1135 LE 11 nn 1 El ExPeriTERESTLCOrUIOTENEAROTTETL RSS rT Fig 18 NML Duration 1 rT amp P HIGH Tui mid lt liil 1 mu 1 m E F 1 1 EE rimentTD Humratinntdaw NML Hp my ML E
20. Excel Fig 16 Hg EmEHl a El 1 TE IT a r11 1 SEOSA E NLHK Elmmmnnt mMLRUm3 HL Th Hf liF nT OE TSE D075 Aor nih 1 neTgselal E 1 5nE DE TE ZOE 5EA SODE 35E dE LERI eo 083 94 rE Does Oe TS RMK dF Fig 16 logNLR 1 T 5 NLR Duration NLR Duration NLRlg m day Duration day Excel Fig 17 D 00 9 MD 52C O x DGSaBY ha 5 QW MS P
21. SA V SA V m SA V Table 2 SA V a gt b c d 9Duration day Duration Table 2 Duration a gt b
22. Fig 2 Fig 2 AND OR AND OR B O SiO ALO Ce O CeO Cs O Na O wt Table 1 a gt b c d Table 1 gt gt KA My Nk I
23. rr FE po A C D E F Ezpmrimant ID Duratinndav NLRCg m iay NLR Bement NLRC Xg m day NLRK Fimment 1 371 t00 5S6E O1 B 3 972 100 2 8E OG Cs Cm 4 373 100 0E Ce 5 EC 28 1 2FE CHT SBG 8 3 EN 7 969 28 GE 8 990 28 33EHC 991 PU 2 1 B40 10 392 2 11 393 NLR Durskipn 12 394 2 13 3 28 1 05 28 15 957 28 16 1003 182 1 1094 64 18 106S 364 19 1066 273 20 1124 i 1125 1 22 11 36 23 1927 24 1129 92 lt We 400 200 300 400 500 1430 7 27 1131 14 Duratio riday 2 16 3 26 29 1133 56 30 1434 92 33E CO 31 11 35 92 90 1 2 13839 306 CO NO Ebimeetai Gordhiorng A Enerastai fe Fig 17 NLR Duration 6 NML Duration NML Duration NMLlg m Duration day Excel Fig 18 B Fig 19 EE rusrlt EEgl 1 jm t 1
24. MOD 5 0C OO A Fx deo a 9 Ms P ri lt UY A A D E F G CT MA 1 xpmrimmnt ID Cs g m NLR g m day NLR ement NLRC g m day MNLRC Fimmant 15002 19 04 25E 02 3i EE 3 150603 11 1 4 BE OG Si 4 15Ce4 7 36 25E CC SI 5 15065 14 43 45EC Si 6 15065 138 34 61E OC Si 15067 81 45 28E CC Si 8 15068 1 45 28 COC Si 8 150059 103 54 3 E CO Si 10 15070 1519 11 15Q71 94 63 12 15072 39 498 13 15073 SB 49 14 15074 95 59 15 15075 9463 16 15O76 99 48 17 1507 96 54 18 15079 00 23 18 15079 166 75 20 15Cen 72 24 21 15061 85 58 2 15062 104 58 23 15063 94 77 24 15064 134 23 5 15065 91 64 D 000 4000 5000 BOOO 10000 12000 14000 16000 26 15085 94 63 27 15oe7 10458 Cesk 28 15066 4151 29 15069 92 76 30 15080 130 32 39 E O Si 31 15C61 76 71 2 3 Si 82 153082 48 CLEON Si 5 ne SI mn hs WN Geach rperimertei OordNiore Eperimereel New si Fig 15 NLR C 4 logNLR 1 T logNLR 1 T logNLR 1 T
25. Fig 6 ALL CHECK ON ALL CHECK OFE Fig 2 Fig 2 10 Coexisting Material 1 Fig 7 1 2 Fig 7 2 Os Fig 2 d DB Categornes of Coex1stmg Materials 1 eta Corrosiogn Product Buffsr MateriaPGay Cement Host Rack Fig 7 1 1 ALL CHECK ON
26. ALL CHBCK OFF 2 Fig 7 2 Fig 2 11 D B gt Categomes of Coexisting Materials 2 ALL CHECK ON ALL CHECK OFF Search Condition MetalfCorrosion Product corrosion product corrosion product Metal Cnrrnsinn Praduct magnetite magnetite MetalZCorrosion Prnduct metal metal Metal Cnrrnsinn Prnduct stainless steel stainless steel Metal Gnrrnsinn Product WCA reference container steel WCA reference container steel Buffer Material Clay bentonite bentonite Buffer Material Clay Boom Clay Boom Clay Fig 7 2 2 Search Condition
27. EE TiE EE 1 En HI gl Et aE EE LT EL 1 Er EE EE ME WN Ca ch A ETE CR re ETE Hai ja rH Fig 27 NLR cal Duration B 31 Cil SA V Duration C SA V Duration ClLg m SA V Durationlm day Excel Fig 28 B Fig 29 E rg LEEml ra pa 1 00 mb ME r 1 f 1 E F Im H 1 L 1 Empmrimmnl li Hmamlinmehmwi Arm Yh Dey FT gh EU i EMF Im jp 4 EE lO ET ES 2 89 El 1 2 11 2 P Purmm 1 EE1 i Em rmm 14 El Hr 10 17 19e 64 ME 18 1 1 3 II 1 FT i CY Ti sy 11 4 39 aogp 1 2 1 OO 5 118 10000 11
28. Fig 8 Fig 2 Element Element Fig 8 Fig 2 DL B t a ALL CHECK OFF Fig 8 ALL CHECK ON ALL CHECK OFF Fig 2 Fig 2 13 Temperature C Temperature Ta
29. EN we OO TH 1 ED 1 ON 1 EL 1 5 EmLhi Er i To 1 Et ED 1 Et Et 4 DOORTS HS 1 Ea 1 BE Om 1 WEMUm 2 1 EOD 1 z65 DoneT555683 Cs nthe a r Em 11 Fi ll oga Ti FE 1 I ORT EN 1 2 EG I ART Et 14 6 OOGBTa HT EN 15 OBE0d53E 1 Et 1 311 nuOOGT5SHS 8 EN 1 1 METAS BE 1 OO To 1 Em 1 TE OD SOE DA 1 0E O 1 5E 09 8 0E 09 25E OE as oa Iago gh 315 oneT5 eve BBE W 316 DODGE EHD 31 dtT53NS 1 GE 1 DUGT Ez 4 ED hr 1 ld To Rh 95 TE 1 Ea 331 GT5SHS 1 Et ee OOGOWH5B 1 SEO i EP i EN ge O43 Tn TE TEA T TE TT 1 mL En i TA i ul Et 1 1 Em Tp Em TT 1 1 Em 1 1EwOm 1 1EHUm 1 ED SE 32T nmGT5SHS EEN 1 En 5 EU B1E H 3 ln ra EF 1 ITED 1 EH 1 TE Tmhi FEED 34 29 CT TS 1 1 Fm 1 1 F Ti 1 Wh each Ea Dordt En RR Fig 25 logNLR caD 1 T B 30 NLR cal Duration NLR cal Duration NLR callg m2 day Durationlday Excel
30. 5 T1189 i 1 m Fi 3 FE ma En 1 2 ET 14 3 AL Humtpnim da 2 3 ES ii Tt Ee ET TE 1 83 Br hh 1 3 11 3 3PTm EE 7073 138973 T1915 TT 11 EE PTm PE ESG TT FT TF a EE hh EsPetimrEl Cordiua NESROTEETB Ra HI Fig 28 Cil SA V Duration 1 i gr EREml 1 arTmF 00 H 9 TF TBoh TuFP2 mb 1 gt r 1 1 E F m1 H i 3 L 1 Errmmrimammnl I ma BAWm ty Dg Gam Am Br Crm ttm BoteNgrmy Cog Ot TI HL 1 Pe 8924 1 1 3 EN gd msn 1 SB eS 1 5 2TU 3 15311 112 1 rm 5 TT Pa TI ET TIE RE 11 i BT EE EE LM bb 1 i127 Fi 11 EE Et ra 1F 1W Fl 13 1 3 3H 14 18 1 Fl 15 11 EE 1 1133 Fil 17 1134 FT 18 LE 1 1 ry 1g 1 iT 1 PF 1 1 1 1 Fr 1 3 1 4 a lm 1 Ln nl 27 1 386 EA Purmtinmim 1 2 FJ T tT rE re rt tt Ei 1 1 19 1 EE i EE TE
31. EH 3 0 BT lt EM 1 SE HEY 1 BB OOGGTBMHT EE CH 152 1 OODGLASTE EH 11 ET EH SB 1 BE 1 1 DOTS 1 Er 18 En ein Ts TE 20 1 DOERTE SR EA 1 315 nd 1 EC 317 neT53 EC TiE 4Eenn EL lr O 2 Jah nm 1 BEwGn 26 dl HUE En ET Fn Fc i EEU 9 HHRET5SRiH SEO 2 NN ms 3 TE TT T TE 1 wi yk 3 ETT T 1 Er En 1 1 Et NIN ti EE 11EmIM 1 1 1 1 Er Em RE ET DUDE TSE ET EH 1 EN 3 EB mucin kr 1 TE 4 1 EC ECOm 9 TS LEM EN 1 1 Fu FT Ch Eperimartal ierdRinnme EnPafimerknl Fes Fig 24 logNLR cal 1 T E1 icngrTt Exgml 4 hh TI 3 AB La PT Lr EE ET lt lt E F H 1 Ji 1 smrlmmnmlI 1TT lng EEIE img Cen ImWkMLRTpml Bt ing Rtenl SI tng en SE meh em ing Ren AKE 3 1 EN IE 1 EE O TS EM El Et 4 EN M 5 GT5SH BLnE TH 4 EN fnE n1 T WEN g 6 OOOGT5SHS 83E 7 EE SE 1 ET HIT TS5 SEiH 1 1 Eh 1 EH 1 1 E
32. Fih Tui ai lt ME 1 a Ls E F Ln H 1 Epmrlmmnl Th pH tintin Hfinml lnmPMLEEmlP mMLEEEn ty IngPMLEREmlt Gi nghlAtenlk SE np en A ng FR el inghL Rm Cm ia BT 1 E il 5 1 EH EE CH EE 1 E SD 1 EO 3 1 4Ewmn EE 1 Et CD 1 1 BE PR POST 4 1 ET 1 1H a 15 bk 1 1 1 313 13 a 9 18 ELE 1 a WE TT In 1 gL en Kept fm Ea 0 0 gl RC ca ph lnitial 3 31 1 ongen pti Fir 3 PE 1 EE Fn 17 33 ET gE Tf 9 46 2 1 EE ry ER 1 1 1 Ee CD dzT al 1E OW 3 1 EHE TE EE Eh EMHTTBTESI OPRO Fig 21 logNLR caD pH B 6 NLR cal C NLR cal C NLR cal lg m day Calg m Excel
33. 2 ni 9 1 8 ut T1157T Eh IE be A TO 1 1309 1 1 TB 5 Fh 1 13mm 1 TH 1 m br ba ac 1 1 to eh EsPatimerl Credilione Epareel Rn wl Fig 29 Cil SA V Duration B 32
34. Fig 1 Fig 2 2 1 Fig 1 Fig 2 AND 16 D B Glass Composition Experimental Type Coexisting Material lt AND _ EI m ml Au day sm AND Alteration Product OR Reference 1 Author i OJournal 1 Fig 3 1 2 Fig 3 2 Fig 4
35. lg o x Bxperimental Type Fig 5 Fig 2 Experimental Type Experimental Type Fig 5 40 Fig 2 D B Experimental Type ALL CHECK OFF HP40 test 1 MOO 1 1 MGO 9 singls pass fow through test soxhlet static TAV test Fig 5 ALL CHECK ON ALL CHECK OFF Fig 2
36. EXPSHITBPEI TI EE iT Fig 22 NLR caD C E Misroeott EEml h 9 IT Fooh Tu 1 TI _ MP ym E Le 1 Eparimant TH srm3 HLURGaD mr MLR col Ble ge dak NLRUcalN Sg md ML SM gm doy NILREcmlN ANBAmredam MLKc 257 TSE D 1 Em 5 SEE 32E N 4 1 m FT 1 5 HL E Ug Fm T 6 S51 Ee 2E 0K B 63 SSE 1 E_UE 1 ET EE 1 tt 11 nn ETEIWFET 1 TE k 18 26 5 AE 13 2 1_ SED 1 EH 1 1 1 311 1 EN 1 1 1 1 313 E 4 2E 0G 19 1 LWca FE OG ny 1 1 Em 2 1 SE nT 2 Ee 1 Em 9 19 1 En 3 ER dr Lu Fh HO Ti 3 Et FT Crkgrm 1 1 ga 9 TE ET 1 5E IOE 325 13E m EYE 31E_UE 2 Ti Ei FE TT EE En 1 Fn 1 El LE EE 1 HH Ch EPSTITGTESI PGTHR
37. Ein 9 9 TE ET 1 5E 0E Si 325 28 1 ZEN BE 31E OE Fl AE Ti1 Er Rd HE En 1 En Fi g FP Et LE Fl 1 a Er 1 9 La Th each LE Ci EE an aa Fig 26 NLR cal Duration EE rgr Eml 1 rf 9H Dn 5 sa maEF E F 1 Erperimeant ID Dierationtdoy NLRol lgpf md MLRcal eg Fdayk MLRlcal Sg mf doy ML SM gm dy NLR Agrmedawi HN 25 1 TEN 15Es00 5 3 BE SZE dE mn 1 Em Ri 1 1 1 tn 1 UE Fn ml J 6 5 EE 5 5 Ee SE 2 ET SSE 1 2E OC BS 1 EL 1 4EOT TE 1 313 L 11 ph PIL Ra Duratn 1 TE 1 2 5 2 1 ED 1 269 PE nn iE 1 1 EE 1 11 Eo 1 FE 17 1g nm 1 tg a Se mo 5 PO FlLRtcal 1 SE E15 1 SE nn FE 31 Ed i 319 SO 1 4E 0 kPa EE 13E OC tb 9 BUMD 4 Mn ES ay Durwtigrfdms Et 8 1 1 EN 194 TE ra ET 1 5E 0R dg 325 1 ZEN ASE 1E UE
38. Fig 2 19 3 Fig 10 Fig 11 Glass Glass Name Glass Note Experimental Conditions Experimental Type Experimental Type Note Solution Solution Note Coexisting Material Coexisting Material Note Temperaturel C1 Duration day pH pH initial pH final Eh Eh initial Eh fnal mV Surface Arealm2 SA VIm Atmosphere Flow Ratelm s F Slm s Experimental Result Weight Losslg m2 NML_B NML BCG g m NML Si NML Si g m NML_AI NML_AI g m NML_Ce NML_Ce g m NML _Cs NML Cs g m NML Na NML _Na g m NLR NLR g m day NLR Note Rate Constantlg m day 7 Ba kJ moll kcal moll Alteration Product Category Mineral Name 5 Note Note Reference 32 NML NLR NML NLR
39. Fig 3 1 1 IALL CHECK ON ALL CHECK OFF 2 Fig 3 2 Fig 2 D B gt Categomes of Glasses 2 ALL CHECK ON ALL CHECK OFF Search Conditinn Waste Radioactive High Lewel Canada Moly 99 W glass Moly 99 WV glass Waste Radinactiye High LeyelFrance AVM AVM Waste Radioactive High Level France F SON 58 30 20 U2 FSON 58 30 20 U2 Waste Radioactive High Lewvel France RIT Waste Radinactiye High LeyelFrance SON 45 30 14 U2 Waste Radioactive High Lewel France SON 60 20 18 F3 Waste Radioactive High Lewel France SON 60 30 14 U2 5 Fig 3 2 2
40. IE AD Di han 2 Ms P YI lt ve A D F G H J 1 L M N 9 2 1 Experiment ID pHLinial pH final kogNLR NLREImmwnt IpgNLR NLRGY Element 2 957 1 1E OO 3 9 69 B SE OD dE 17 BECO 5 9b0 3 25 amp 00 EE 391 35 3 100 0 B67 1 7E400 8 393 16 1 6 OD 9 394 amp 28 10 3 1 11 39 9337 1 13 1 4 14 1185 5 6 15 1126 56 16 1127 56 17 1128 56 1 18 1129 amp 8 loghL te ph initial 19 1130 69 5 D 5 oghLK Xph_ irmaU 0 1131 68 e lsgNLRph_initalD 1 1132 88 8 bghLRchrinaD 22 1133 6 3 1434 6 4 1135 65 26348 5B 25 39 2050 5 2691 2 265 5B 2 9EtOD De 30 2653 5g 2 4EYOD Cs 31 2654 55 33E r00 Cs 2 4E OO Cs LT eB _oO EH CC 3 5 nmNza Epeirmertl Geen A ee Ra Fig 14 logNLR pH 3 NLR C NLR C NLR g m day Cslg m Excel 0 Fig 15 4F E
41. IanE Ea mata Ra Fig 23 NLR caD C B 0 logNLR cal 1 logNLR cal 1 T logNLR caD 1 T Excel Fig 24 B Fig 25 EE gg EEE 1 Fiezihrle 1 rf H 9 RTF Tuim mb EBI ME 20 EEEECEE II FE EE 1 nn E F H 1 d 1 Epmrlmmnt TD TAT lmgfMLE ling lng Fen ImgMLBTEml Bt ing Renl BILE Si img A ngi tend Ka NT eFC 1 ED Di 1 ED SHA DOT Et El EO EN La 253 CODETSTES ETH iHE UW T EN EF SE BSE EU BBE ESD 3 NETBSiB 1 1 En 1 EH 1 1 E 1 EC Ff he OTS 1 Er 1 EC 1 Er 1 SE ET 1 5Esnn 1 4EmO 1 5E n 1 Eu 8 FET IE 1 HE 1 Et 1 ERD 1D ES OOD TSS lt Fs To ED 11 a log Fa Ti
42. ble 2 Temperature a gt b c d Table2 x DO EXT WV9 t pH initial pH pHL_initial Table 2 pHLinitial a gt
43. ertPh re Ad LE Tu E F H i FF 1 Epmmrimmnl I pH knitinl HL_final nMLREEemlT Im MLRRCEmlt Bay inglealk Si mMLRCEml SY ngn A kingly A MLRIeaD Cm ma BY 1 Et EO 1 EH rd En EE l mE T 7 HE H g Fa TEE H dE 1 nEFGG 5 1 E E 4 E T Be EL 1 Ee 1 1 EY 1 4 Ee 1 HP TE TE 1 ES i ET 11 E LE FT TE LE 5 EAE 15 1 1 EFHTI 1 11 ML RE imiml EB UE O1 17 18 9 LR nN ph fire 1 EH aL ph initial AE IE1 laghiL Fea ph firal LEI 5 5 n HE D 1 1 SET 317 1 E 1 1 AE a EO Fn 1 ET dE T 1 EH 1 EL Td 1 8EFGO EE 1 gEHGG 93 ED E Tm H 5E Il gd 9 1 Ee 1 1 Ey 3 iT in 1 Ey i 1 1 Er 1 ED ELI 327 1 EH ETH B1E E 1 ET 3 Lk i 1 EH FEY ud i eh Erimirta CordAione Eperimertal Peak rl Fig 20 logNLR cal pH El H grFHI LEEml iElcle i TD
44. g 10 Excel logNLR pH NLR C logNLR 1 T NLR Duration NML Duration logNLR ca pH NLR caD C logNLR caD 1 T NLR caD Duration CiSA V Duration 10 Excel 10 1 graph xls Excel Excel NML NLR
45. legy NML Sg7mr mm AML AR gr mh NMLAImKg7m MMLEntgymh MMLGaCTgy ET Hm 1083 I 1 1 3 ta EE DB 7 ir 11 25 1 10 NETS1 E 11 Ls 1 1 11 7 goo ni 1 IE EE ibdL Curatian 11 ue 13 1130 On0B7T 1 1 1 OOB17 1 1 2 ET IE 1 1 Pin nn oT 1 LE Hi prin 1 1155 Be Em 1B 13E 1 EE 1 1 nh 1390 1 ERE 1 2 1 2 3 A 13 3 3 13 721 1255 2 TDN TRW 1 EE 3 1 Cirat ko rtd 1 12BT T FT ga 1 1 EE I 1 23B 1 EI i134 1 1 TA 1 Lu ni Fh NOB EE OBB YE Ha rT Fig 19 NML Duration B 7 logNLR caD pH logNLR cal pH logNLR caD pH Excel Fig 20 B Fig 21 J E Myo EEnl eele rgE E 0 FleshPap
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