Un···st···in···he···te···al···pa···of···e ···ee···rg···Re···vo···(T··· o···eg···al···tr··· p···ip···ti···an···ts···ch···sm···s ···ti··· f···th···af···pe···io···f ··· r···rv··· a···th···ff···en···an···me···of···gi···l ···er···so···es···hi···tu···us···th···eg···al···im··· m···l ···CM···o ···du···a ···bl···es··· s···la···n ···er···nt···0 ···to··· k···fr···19···to···12···va···te···ga···t ··· C···1 ···er···io···at···t.···ns···vi···ex···im···s ···h ···ee···ff···nt···ke···ea···ti···(0···20···nd···0%···er···er···me···si···th···ub···id···rt···on··· m···od··· t···Co···ni···La···Mo··· V···io···.5··· a···yz···he···at···em···al···st···ut···, ···en···y,···d ···qu···y ···pr···pi···io···nd···va···ng···R ···er···ea···Th···es···s ···w ···t ···h ···0%···ke···ea···ti···pr···pi···io···li···ly···cr···es···ut···e ···ac···n ···re···pr···pi···io···nd···s ···no···ta···ti···ly···gn···ca··· H···ve···wi···a ···% ···e ···a ···io···ig···ic··· d···ea··· i···ot···ot···an···xt···e ···ci···at··· i···ce···cc··· T···re···ti···is···im···ly···iv···by···e ···ma···n ···an···lo···mo···ai···al··· c···ul···on···tw··· t···TG···nd···rr···di···mo···ai··· w···h ···ds··· a···sp···ic···bs···nc···nd···du··· c···ec···e ···iv···. ···se···nd···s ···ic··· t··· w···e ··· T···ha··· n···ig···e ···ac···n ···re···pr···pi···io···nd···it···ur···t ···fi···at···, ··· e···ge···ed···ns···vi···ex···im···s ···ea···ot···ia···ec···is···an···oc···ze···ff···s.···is···se···h ···an··· t···un···st···in···f ··· T···s ···lu···e ···re···na···xt···e ···ci···at··· a···pr···de···al···le···si···s ··· w···r ···ou··· m···ge···t ··· r···rv··· o···at···.

在好···下,···化和···硝化···将水···含氮···转化···氮,···到脱···,因···脱氮···、节···等特···到了···研究···密切···并作···脱氮···的潜···物进···入研···这类···异养···能、···径和···类等···有不···点,···从不···介质···出新···硝化···反硝···以丰···脱氮···类及···氮理···研究···集、···纯化···获得···新型···物脱···对其···形态···子生···定;···以氨···态氮···态氮···氮源···了该···同氮···除效···产生···产物···的情···此基···以氨···态氮···态氮···氮源···了该···合氮···除效···究其···化反···用;···通过···同氮···养基···不同···Fe···Cu···进一···了F···与C···对该···作用···。通···,得···下主···:（···15···下,···集、···纯化···从长···的冬···土中···株具···反硝···的菌···1,···态学···磷脂···（P···s）···16···RN···序列···菌株···被鉴···草节···Ar···ob···er···co···na···经革···色法···属革···性细···文首···了A···ro···te···ic···an···有异···和好···化功···富了···氮菌···。（···株D···分别···、硝···亚硝···单一···行生···及脱···以氨···1.···g/···唯一···,1···15···mi···48···氨氮···去除···为9···1%···.4···生物···累2···1m···（占···量的···87···未检···间产···氮和···硝态···以硝···53···mg···为唯···时,···和总···率分···4.···和7···2%···量氮···6.···g/···硝态···的3···2%···以亚···（5···9m···）为···源时···态氮···去除···为7···1%···.3···生物···累1···5 ···L（···态氮···31···%）···）在···体产···实验···分别···、硝···亚硝···单一···,1···15···mi···48···检测···O的···量分···.0···、0···44···21···g/···株D···够将···、硝···亚硝···化为···,进···明菌···1具···硝化···反硝···。N···一种···体,···过程···量很···环境···度较···4）···条件···以氨···8.···g/···硝态···9.···g/···混合···,氨···态氮···的去···别为···62···8.···和6···0%···间产···酸盐···;当···（2···0m···）和···氮（···46···L）···氮源···氮、···氮和···去除···为9···8%···.9···73···%。···51···时利···氮和···或亚···,具···硝化···功能···氮与···氮的···会影···氮的···果,···氮的···使硝···亚硝···去除···制。···Fe···菌株···的生···化作···较小···反硝···的影···。当···+浓···5m···时,···（5···2m···）去···10···平均···率为···8 ···L/···未加···+时···硝态···率提···30···加入···g/···e3···亚硝···61···mg···去除···7.···,平···速率···24···L/···未加···3+···,亚···的去···升了···%。···Cu···抑制···51···及硝···,但···化作···响与···关。···基中···u2···菌株···的生···化作···受到···当分···态氮···态氮···氮源···入0···mg···Cu···15···50···in···8h···态氮···.3···/L···均去···为0···mg···h,···比未···u2···升了···右;···氮（···36···L）···除速···.8···/L···去除···加C···时提···4%···但当···+浓···一定···≥0···g/···,菌···1的···作用···到抑···上所···株D···在有···下发···作用···化作···时硝···化作···以铵···硝态···硝态···合氮···该菌···快速···去除···铵态···废水···Fe···Cu···,菌···1仍···铵态···态氮···态氮···,该···为秋···含F···与C···的氮···水脱···选菌···保护···境水···资源···利用···要意··

在氮···水处···中,···修复···色环···效经···点,···发现···硝化···后,···脱氮···到了···展,···氧反···生物···物脱···废水···多新···,如···）生···快、···、培···低;···有的···硝化···进行···化与···作用···,无···添加···节剂···）能···除多···氮等···,微···氮过···,不···物的···径有···异,···对于···生物···途径···乏;···微生···会受···环境···影响···离子···在于···,不···离子···脱氮···影响···研究···尤其···冷微···影响···为缺···文建···分离···得的···氧反···株A···ro···te···ri···te···s ···0的···,分···了耐···Y-···脱氮···途径···同金···冲击···氮效···属离···脱氮···机理···结果···1.···℃条···采用···水研···株A···ro···te···ri···te···s ···0的···点。···明,···是最···菌株···0进···脱氮···氮。···硝化···,铵···去除···达1···。在···化与···过程···态氮···硝态···原。···反硝···中,···氮为···源时···氮的···率仅···.3···入等···态氮···著提···氮的···率,···态氮···氮各···g/···合氮···硝态···除效···著增···5.···当铵···硝态···增加···0 ···L的···源时···氮的···率可···00···低浓···态氮···氮混···中只···0.···mg···亚硝···在高···铵态···态氮···源中···大量···态氮···最高···22··· m···。当···浓度···.3···g/···硝态···一氮···亚硝···去除···达1···,在···中既···铵态···生,···有硝···积累···所述···Ar···ob···er···il···en··· Y···在1···件下···地去···氮、···和亚···,也···同时···反硝···去除···与硝···铵态···硝态···氮源···通过···菌株···hr···ct···ar···it···is···10···间产···氮酶···胞外···亚硝···累等···推测···生物···程。···明,···氮为···行异···时,···检测···的产···无亚···积累···氨为···,胞···了0··· m···亚硝···积累···氧反···程中···始浓···01··· m···的硝···唯一···,胞···了4···6 ···L亚···。当···0.···mg···亚硝···氮源···外可···2.···mg···铵态···。对···过程···测定···氨单···（A···、羟···还原···AO···酸盐···（N···比活···0.···0.···4和···04···/m···质。···亚硝···原酶···乙基···氨基···（D···完全···在氮···验过···无论···机氮···ri···er···i ···iu···B）···还是···氮、···或亚···为单···,均···内检···量亚···积累···的亚···浓度···43···42···、3···4和···01···/L···的蛋···度分···32···、5···15···1.···71···4 ···L,···胞内···氮占···白质···百分···为8···、7···、5···和4···,这···LB···时,···硝态···累量···以铵···硝态···硝态···一氮···内亚···积累···次递···。迄···,还···确的···学机···释高···硝态···在胞···象。···株A···ro···te···ri···te···s ···0进···硝化···反硝···中温···CO···2O···的研···表明···以铵···硝态···硝态···源时···CO···分别···.6···4.···67··· m···,产···2O···别为···6、···8和···4 ···L。···看出···的N···度显···CO···,表···Y-···生物···程中···氮氧···温室···献小···际应···中比···。结···中间···硝化···化抑···生物···程的···用、···去除···2O···,推···Y-···行异···脱氮···为:···→羟···硝态···态氮···反硝···为:···→亚···→气···且明···O不···Y-···行生···的主···。3···了碱···[C···）、···Ⅱ）···金属···（Ⅱ···i（···离子···Ar···ob···er···il···en··· Y···生物···力的···实验···明,···-1···受2···g/···a（···在该···对铵···去除···达1···。以···氮为···源时···0.···g/···a（···显著···氮的···率。···g（···显著···生物···速率···效率···g（···度由···至2···/L···态氮···氮和···氮的···率分···了4···2%···.9···64···%。···菌株···0的···力会···金属···Ⅱ）···（Ⅱ···著抑···。尽···,当···Ⅱ）···达3···g/···氮的···然能···行。···8 ···L的···Ⅱ）···态氮···的去···停止···1 ···L的···Ⅱ）···株Y···反硝···能力···失。···明,···Ca···和M···）,···Mg···,比···Zn···和N···）更···提高···-1···氮效···.采···争性···型评···子对···-1···铵态···态氮···态氮···。结···,铜···菌株···0去···氮、···与亚···的影···基本···添加···5 ···L的···均能···高菌···10···态氮···氮和···氮的···通过···非竞···制模···表明···子影···Y-···除硝···亚硝···半抑···分别···19···.0···mg···更为···是,···量的···可显···菌株···0的···率、···除效···对铜···耐受···.研···金属···Ⅱ）···（Ⅱ···n（···子对···-1···硝化···反硝···的影···不同···离子···下,···虑菌···10···效率···重金···影响···-1···脱氮···制浓···,金···对菌···10···与脱···的抑···顺序···（Ⅱ···d（···Mn···。分···,当···Cd···浓度···.5···/L···铵态···除效···影响···除效···10···当分···0.···.2···g/···d（···,可···态氮···态氮···效率···于0···和0···mg···Cd···会分···硝态···硝态···除效···之不···,添···（Ⅱ···烈抑···Y-···生物···程,···对反···程的···为强···反硝···中只···Co···,菌···10···与生···过程···停止···加M···）而···使M···）浓···30···/L···株Y···去除···均无···响。···.5···/L···（Ⅱ···显著···态氮···态氮···效率···续增···（Ⅱ···浓度···降低···和亚···的去···。所···表明···养硝···铵态···,好···化过···金属···Ⅱ）···（Ⅱ···n（···抑制···为敏···.利···组差···表达···研究···对生···过程···机理···表明···是以···还是···为氮···对照···,添···子后···组与···相关···均发···显差···达。···氮为···,差···基因···到G···库中···谢相···6个···da···ug···ln···ir···ir···ir···上调···77···48···35···17···90···88···氮代···的另···基因···H、···A、···A、···、n···、n···、n···、n···、n···和n···分别···1.···1.···1.···1.···0.···2.···1.···1.···1.···1.···1.···。但···调和···基因···氮代···直接···。在···G代···中,···释到···化相···因N···B表···下调···余下···过程···基因···到显···。在···过程···硝态···源时···锰离···菌株···0有···因表···发生···,与···相关···基因···基因···高于···基因···数量···表达···注释···数据···氮代···的1···因a···gl···hu···na···sd···su···ni···ni···ni···Na···别上···.0···.8···.7···.7···.6···.3···.2···.8···.8···.8···与氮···关的···基因···A、···A、···A、···I、···G、···H和···J分···了1···、0···、0···、0···、0···、0···、0···倍。···GG···路中···态氮···关的···因包···oC···Ha···xr···未受···,与···代谢···Na···Ni···、N···na···nr···na···现出···的作···于硝···化的···会积···的亚···,而···亚硝···化效···验中···亚硝···可以···Y-···续还···气态···在本···,亚···还原···ni···样表···上调···。此···氨酸···因g···和g···也表···上调···综上···锰离···株Y···进行···氮过···响主···过影···与反···程中···转录···现的···硝化···受影···因种···量比···程中···这从···平上···菌株···0的···过程···过程···锰离···进或···响更···。

In···is···ud···an···o-···en··· F···Mo···3 ··· s···he···ed···a ···pl··· a···st··· m···od···or···ro···on···lf··· a···va···n ···re···e ···an···hB···hB···X-··· p···oe···tr···sp···ro···py···PS···nd···–v···re···ts···lu···at···th···ig···al···e ···VI···as···e ···iv···en··· t···ni···te···e ···ra···al···mi···ed···th···. ···ct··· p···ma···ti···es···nc···EP···wi···ch···ca···ue···in···xp···me··· c···ir··· t···le···ng···le··· 1···in···B ···ra···io···wh··· o···in···d ···m ··· M···V)···(V···re··· c···e ··· M···I)···ro···co···ex···O(···22···Al··· t···im···ve···e(···/F···II···yc···pr···ce···ad···ls···ik···O4···nd···H,··· a···st···e ···ra···io···ro···s,···d ···mo··· M···I)···ge···at··· a···gs···. ···mg···Rh···an··· c···le···y ···ov···af··· a···ng···2 ··· F···Mo···3–···nd···1 ··· P···wi···n ···mi···Th···ff···s ···PM···nd···ta···t ···ag··· i···ia···H,···or···ic···io··· a···hu··· a··· o···hB···gr···ti···we···st···ed···d ···ly···. ··· t···he···ti···te···re··· o···O2···e2···O4···4 ···ld···st··· i···hi···re···iv··· f··· p··· t···1.··· a··· c···ai··· i···or···na···ry···l ···uc···e ···h ···ig···eg···at··· r··· a···r ···e ···le···ns···ul···le···nd···f ···s ··· a···bi···cs···re···im···te···ff···en··· w···in··· m··· T···in···me···te···nv···ed··· t···re···io···er···xa··· b···iq··· c···ma···ra···-m··· s···tr···tr···LC···) ···pr···se···e ···ra···io···at···y ···Rh···Th···wo···sh···li··· o···he···er···ke···ey···le··· h··· v···nc···o(··· d···ng···S ···iv···on···ns···d ···tr···ti···l ··· v···nc···e(··· o···o(···. ···02···ls···er···V.

Co···nt···al···ro···it···xi··· (···(3···te···to···ff···fr···th··· i···ti···su···ce···nd···mi··· a···ve···te···ha···ed··· t···r ···al···c ···iv··· a···st···li··· w···e ···er···e ···in···in···s ···ac··· m···la···g ···hn···e ···bo··· t···ca···ys··· i···re···ac···it···y ···st···ti···he···og···ou···nt···ac··· I···hi···tu··· p···vs···e/···ne···aC···/C···4 ···oc···os···s ···h ···er···ne··· i···rf···s ···e ···th···ze···ia···l-··· a···in···tu···ad···t ···hi···me···ds··· a···va···pe···ym···su···te···MS···or···gr···ng···vo···xa··· (···).···Co···on···e ···fa···wa···tc··· i··· s···el···3O···an···aC···/C···4 ···oc···os···s ···h ··· c···ta···tr···ur···of···ro···it···nd···in···we···su···ss···ly···rm··· T···su···ce···di···d ···oO···o3···ex···it···su···io···at···ti···er···ma··· w··· a···ac···n ···e ···st··· m··· t··· 2···me···ha···f ··· o···in···La···3,··· w··· a···xc···en···H ···pt···li···(3···) ··· r···ab···ty···or···ha··· r···cl···s)···r ··· d···ad···on···es···s,···lt···e ···ra···ri···io···ec···iq··· w··· c···ie···ut··· f··· t··· L···O3···3O···os···se··· l···er···ec···c ···fa···ar···an···ic··· o···en···ca···es···te···ur···e ···if···ti··· w···h ···vi··· m··· a···ve···te···nd···ce···at···ma···tr···fe···at···Th···ec···is···f ···ct··· o···en···ec··· i···lv···in···e ···ct··· s···em···s ···po··· t··· L···O3···3O···ot···ly···ac··· w··· P···di···tl···o ···du···SO···en··· d··· a···(O···O-···te···ot···t ···o ··· s···ac···yd···yl···ou···el··· t···or···he···qu···le···to··· (···)O···3]··· r···ti···co···ex···th···S ···pr···ce···2(···te···ot···an···-1···. ···ad···io···el···ro···mi··· e···ri···ts···mo···ra··· t··· t···su···ce···ec···ni···tr···ur···f ···oO···o3···wa···ff···iv··· r···la···, ···ib···ng···fa···r ···ct··· t···sf···ra···an···ac···ta···g ··· r···x ···ce··· B···et···in···nd···en···yi···de···da···n ···er···ia···, ···ee···gr···ti···pa···ay···or···V ···e ···po···. ··· w··· p···id···pr···un···ns···ts···to···e ···ig···f ···ic···t ··· l···-l···in···at···st···or···va···d ···da···n ···ce···s.

智慧···景下···基于···能理···术深···降雨···型研···一项···索的···由于···雨径···分辨···样本···布不···律性···采用···记忆···TM···进行···临着···基于···出用···掘（···算法···对城···径流···据集···类和···并基···学习···LS···型的···参数···化，···DM···TM···型，···研究···降雨···拟。···明，···类降···，与···M模···，D···ST···模型···根误···MS···低了···%～···9%···效率···NS···高了···%～···4%···系数···）提···.3···5.···DM···TM···型不···类降···均表···好的···，而···运行···为2···4 ···够很···足城···径流···实时···确性···性的···

为缓···化进···涝频···、水···化等···突出···境问···高雨···措施···,城···模型···雨水···规划···管理···了广···用。···前国···泛使···市雨···软件···M的···量繁···数间···杂的···且大···无法···定导···结果···度不···这一···题,···参数···相关···数率···中可···响因···探究···高参···的准···从而···WM···模拟···该文···斯统···作为···架,···进的···AM···）（···fe···ti···Ev···ti···Ad···iv···et···ol···抽样···建了···模型···定的···并以···M模···研究···对可···SW···文模···率定···雨强···、汇···文特···系列···素进···。分···数的···迹、···验分···数间···、模···值与···的拟···几个···析这···因素···率定···影响···找出···WM···参数···最佳···以期···提高···M模···定精···研究···要方···论如···1）···叶斯···MM···文参···算法···斯理···架,···进的···AM···）抽···,选···的似···,在···la···行贝···论和···AM···）抽···的编···建适···型率···法,···一个···型论···定算···性和···利用···la···软件···MM···上述···-D···M（···率定···行集···现该···法在···程中···MM···的数···,可···于S···模型···率定···）研···强度···MM···文参···效果···设计···不同···度的···雨,···上建···定算···降雨···SW···型中···文参···效果···,分···数后···、参···相关···型模···实测···合情···方面···析。···明:···th···im···v、···er···lo···S-···er···-p···之间···大的···关性···间的···用对···th···op···er···mp···三个···影响···使其···明显···Im···v、···mp···、N···pe···个参···敏度···识别···受雨···小,···数只···分降···下才···好的···果。···降雨···参数···情况···研究···数识···优劣···合排···果是···pe···S-···er···-i···rv···ro···pe···N-···v＞···er···id···Sl···。（···究汇···表水···对S···模型···数率···的影···20···0%···%三···的不···,分···低、···开发···地区···0.···4%···型的···分别···原和···市汇···,组···6种···文特···水区···取5···雨强···降雨···探究···文特···数灵···识别···影响···得出···水文···,各···定适···雨强···可供···结果···汇水···对部···率定···影响···定规···S-···er···在坡···,敏···识别···好（···时除···在2···50···水率···水区···N-···er···-p···、S···rv···ro···rv···数的···果有···响,···雨强···表现···显。···开发···各参···敏度···效果···差异···没有···律。···开发···地形···地表···征参···WM···水文···验分···较小···改变···相对···和识···。（···究其···因素···雨峰···定数···SW···型水···率定···影响···强度···研究···步探···峰、···三峰···型对···定效···响。···明,···参数···、识···影响···除S···e和···mp···两个···单峰···率定···好外···参数···双峰···敏度···效果···增加···据量···个参···敏度···效果···,但···复杂···率定···计算···明显···以重···来新···流域···究对···建S···模型···建立···斯-···M率···以及···例中···监测···分别···场降···率定···参数···并另···两场···行验···果表···场降···的参···分布···前期···论基···,且···和验···拟值···值的···况均···

De···op··· a···-b···d ···er···ne··· a···va··· w··· e···ci··· e···tr···mi···ti···is···ta···or···ro···on···lf··· (···) ···iv···on···er··· w···ab···at···he···3O···gO···co···si···vi···yr···si···mi···re··· Z···67···d ···cu···rs··· M···an···. ··· d···it···un···on···th···y ···cu···io···nd···pe···en···es···s ···ei···ha···he···co···ra···n ···Mg···, ···ch···s ···er··· e···tr···ga···it···om···ed··· C···in···Co··· p···ot···th···ve···pp··· o···o ···an··· 2···rb···ls···r ···as··· e···tr···tr···po···ab···ty··· t···ac···at··· T···up···ti···d-···d ···te···nd···cr···in···le···on···ns··· o···o ···iv···it···si···fi···tl···nh···e ···ri···c ···ct···ty···r ··· a···va···n.···M ··· M···-S···tt···pl···((···) ···t)···nf··· t···fo···ti···of···n ···er···nc···n.···vo···xa··· (···) ···ov···ra···co···an···ka··· i···.0···in··· I···s ···-f··· a···38···fo···ti··· t···e ···Co··· (···4 ···−1···nd···O@···0.··· m···1)···t ···ee···ma···st···-o···rt···-b···d ··· c···ly···. ···nc···g ···er···nt···nd···ec···n ···am···et···re···an···(E··· d···ns···te···O4···an···O2···re···e ···in··· r···ti···ox···n ···ci··· A···gh···gr···ti···ra···is···in···ne···ro···H ···o ···wi···ou···an···g ···sa···it···nd···iv···al··· t···rd···nt···ot···. ··· e···ct···f ···ie···io···an···um···ac···on···V ···ov···we···st···ed···ea···on···mp···tu···ex···im···s ···ea··· t···ac···at··· e···gy··· C···4–···@C···s ···3 ···mo···Th···wo···pr···de··· n···l ···do···g ···at··· t···od···te···ec···ni···on···ur···on···r ···iv···en···s ···Co···se···et···ge···us···ti···or···© ···3 ···ev··· B···

Th···np···of···ll···nt···nt···he···ke···s ···fl···ce··· t···wa··· q···it···f ··· l···. ···ai···g ··· c···ri···io···f ···er···d ···ri···s ···m ··· i···ow···ve···ar···ss···ia···or···ke···te···an···me··· M···r ···s ··· a···Cl···er···pp···d ···tr··· c···ri···io···of···te···nd···ta···it···en···N)···om···e ···lo···iv··· t···es···on···ng···ke···y ···ng···e ···-s···ce···xi···mo··· a···th···wo···mp···nt··· m···ng···de···th···es···s ···we···ha···at···an···N ···We···Do···in···ak···er···ai··· c···ri···ed··· l···l ···er···at··· t··· t···th··· o···al··· i···hi···th···on···bu···n ···Yu···Ri··· w···la···r ···n ···t ···Li···ve···Ho···er···he···nt···ut··· r···s ···wa··· a···TN··· t···th··· o···al···to···st···ng···g ···e ···in···he···t ···so···ea···d ···ve···% ··· 3··· r···ec···el···in···at··· t··· t···co···ib···on··· t···th··· o···al···to···st···ng···g ···e ···ld···t ···ig···ed···mo···th··· t···co···ib···on···f ···gz···ut···l ···e ···he···ha···ho···fr···Ta···ng···d ···hi···tf···s.···er···re···e ···ge···th···th···el···nt···pa···en···sh···d ···nt··· k···ri··· m···ge···t ···ge···du···g ···fe···t ···er···ri···, ···le···t ···in···ma···em··· o··· w···r ···lu···n ···We···Do···in···ak···an···ri···ti···th···ol···an···np···of···ra···iv···an···on··· o···al···es···ia··· d···ng···e ··· s···on···Th···st··· d···ns···te···ha···aj···io···ra···g ···su···bl···or···ti···in···he···nt···ut··· r···s ···di···re···nu···en···ou···s ···th···iv···la···sy···m,···ic···il···ro···e ···ua··· i···rm···on···r ···te···ng···e ···er···al··· o···es···on···ng···ke··· t···fu···e.···20···by···e ···ho···

In···is···ud···me···–o···ni···ra···or···nt···ac··· l···re···ou··· h···ox··· (···/L··· d···ve···et···st···tu··· C···4/···o2···co···si···wa···yn···si··· a···em···ye···o ···iv··· p···xy···os···at···PM···fo···ev···ox···n ···V)···gr···ti··· W··· a···ea··· p···do···rs···rd···re···io···at···on···nt···an···os···re···us···re···te···ap···xi···el···6.···of···V ··· m···) ···ld··· d···mp···d ···hi···0 ··· b···he···3O···nC···4/··· c···ly··· s···em···hi···ex···it···su···io···er···ma··· o··· s···le···3O···nd···Co··· c···ly··· T···in···en··· o···ri···al···ac···n ···am···rs··· L···re···al···re···al···ed···d ··· e···ri···ta···es···s ···ic···d ···t ···O4···Co··· p···es··· b···d ···pt···li···to···lu···n ··· a···el···s ···re···bl···ra···ca···y,···iv···al··· a···st···li··· B···xp···ng···re···ti···si··· t···ug···ig··· s···if···su···ce···ea···d ···an···g ··· e···tr···tr···fe···at···it···et···st···tu··· t···Co···/M···2O···at···st···ma···bl···ro···ed···e ···er···on··· r···ti···ox···n ···ci···(R··· i···ud··· S···ra···, ···d]··· O···ad···an···O2···hi···we···fu···er···ri···d ···sc···ng···te··· a···el···ro···ar···gn···c ···on···e ···R)···ch···ue···he···an···rm···on···ut···of···V ···e ···ci···ed···co···ng··· t···id···if··· d···ad···on···te···di···s.···na···, ··· u···rl···g ···ct··· m···an··· w···re···le···n ··· b···s ···th···es···s ···ch···ct···za···ns···d ···er···nt···Th···wo···no···nl···ro···ed···no··· s···te···to···pr··· t···ca···yt···ab···ty··· c···en···na···ct··· c···on···s ··· P···ac···at···, ··· a··· b···gh···ew···si···s ···o ··· h··· p···nt··· o···ix···tr···it··· m···l ···de···wh··· w···d ···iv··· f···re···ve···me···of···ta···ts···br···ti···wi···ad···ta···us···cr···ru···re···nd···vo···le···op···ie···or···te···ol···io···em···at···. ···02···ls···er···V.