Th···il··· t···-w···ed···be···TT···s ···om··· e···gy···so···io···ev···, ···ch···ns···s ···tw···mp···an···ar··· f···ed···te···ls···d ···n-···le···ub··· A···rd··· t···xi···ng···se···he···th···il··· m···ri··· s···if···nt···in···en···th···ec···ic···pr···rt··· o···TT···es···ia··· t···en···y ···or···on···pa···y.··· t··· s···y,···no··· d···gn··· F··· i···ro···ed···d ···di··· w···h ···pt···he···ub···al···nu···Al···ip···nd··· f···ed···th···e ···el···be···ei···rc···fo···d ···cr··· (···FC···Fi···ly···pe···en···it···if···en···te···fi··· c···en···of··· 0··· 1···.5···nd··· a···pr···re···nd···st···un··· q···i-···ti···om···ss···, ··· t···in···en···of···na··· v···ci···(4··· 6···nd···6 ···) ··· i···st···te···th··· t···nu···ic···mo···in···s ···du···d ···st··· t···in···en···of···ru···ra···ar···te···on···e ···rg···bs···ti···pr···rt··· o···he···op···d ···FC···Ts···de···ua···st···c ···pr···io···oa···gs···es···s ···w ···t ···ap···pr···e ···te···of···ee···ib···ca···ro···g ··· s···ss···at···m ···er···as···at···co···es···n ···di···, ··· s···il··· t···fl···ua···n ···in···yn···c ···st···bu···in···Th···hi···es···di···te···sp··· r···o ···SF··· F··· h··· a···gn···ca···ef···t ···th···EA···d ···, ···ec···ly···e ···ck···s ···th···nn···tu···, ···ch···an···he···om···y ···am···rs···vi···ly···fe···th···ra···or···ne···ch···ct···st··· o···FR···FT··· A···rd··· t···he···su··· o···hi···es···ch···t ··· b···on···de···ha···FR···is··· e···ll··· a···po···ti···en···y ···or···on···ll···ma···ia···or···Ts···hi···ca···bv···sl···mp···e ··· m···an···l ···pe···es··· f···ed···in···ll···tu··· u···r ···si···at···an···ow···lo···y ···ac···oa···gs·

Co···r ··· z··· a···to··· h···y ···al···n ···ls···at···qu··· d···lo···nt··· f···ib···st···eg··· f···re···ia···n ···co···mi···ed···il···ro··· t···mi···ar···. ···th···st···, ··· p···es···g ···di···ns···d ···ha···ms··· i···bi···at··· a···bi···ac···g ··· r···di···on··· h···ly···nt···na··· s···s ···h ···vy···ta···ar···nv···ig···d.···il···me···ti···is···rr··· o···us··· a···ol···hi···im···il···ti···bi···ar···th··· T···re···ts···ow···at···E0···ac···ia···ov··· e···ci··· l···hi···re···t ··· i···bi···at··· o···u2···nd···2+···mo···th···ac···ia···et···li···, ···, ···-m···ni···ci···nd···ov···ri···ci···la···aj···ro··· i···he···ol···hi···pr···ss···he···ct···al···tr···ll···r ···ym···c ···st···es···e ···h ···a ···ie···of···ga··· a···s ···t ···w ···ig···ic··· d···ea···in···nt··· a···r ··· a···rp···n ···ce··· i···ca···g ···t ··· o···he···su···an··· a···in···ve···n ··· b···in···f ···vy···ta··· C···ac···iz···on··· t···en···hy··· a···im···il···ng···en···wi···FT··· T···ma···ng···nd···S ···hn···es···ve···th···bi···y ···bo···ba···ri···nd···mp···te···o ···or···u-···as···ll··· t···ma···fu···io··· g···ps··· -··· -···H,···O4··· a···-N···Ac···di···to···e ···vy···ta···sp···es···al···s,···mp···ti···ad···pt··· e···ri···ts···nd···ol···hi···de···pt··· e···ri···ts···t ···pl···ed··· c···y ··· t···bi···ar···me···ti···of···nt···na··· s··· t···ug···mm···li···io···ol···ed··· b···ea···ng···oc···. ···er···po··· r···di···on···oc···in···97···3%···d ···38···of···ai···le··· a···Zn···e ···pe···ve···re···ed···oi···fe···li···si···fi···tl···nc···se···n ··· c···s.···r ···dy···ov···s ···re··· p···ti···, ··· e···ro···nt···y ···en··· t···tm··· m···od···r ···ls···nt···na··· w··· h··· c···en···ti··· o···ea···me···s.

磺胺···素因···的稳···对环···性,···致的···引起···基于···材料···硫酸···氧化···处理···污染···到广···注。···碳材···化剂···硫酸···有机···有着···要能···入,···率好···产生···染等···优点···,本···于此···了对···米碳···化过···效能···,不···学环···下对···米碳···化降···甲恶···的影···不同···材料···硫酸···的不···活性···行鉴···不同···系下···甲恶···解路···间副···定量···及对···性评···后探···氧化···实际···对磺···唑降···的影···研究···研究···:1···同纳···料活···酸盐···能的···其中···MX···率,···NT···00···S体···0 ···对S···去除···99···,而···个体···MX··· m···对S···去除···70···SM···除拟···应速···是另···系的···79···0.···,同···S的···拟一···速率···-C···10···PM···。研···体系···X的···度,···-C···10···PM···MX···程度···SM···除率···X去···一级···率常···MS···的拟···应速···,S···矿化···遵循···CN···00···MS···D-···@P···单独···。2···学环···（无···和p···对不···体系···和氧···质的···三个···系在··· H···离子···-,···3-···）下···X的···其中···对于···NT···00···S体···SM···值都···大于···碱性···,而···外两···,S···去除···值,···件下···性和···件。···l-···O3···A对···NT···00···S体···响最···推测···NT···00···S体···由基···而另···非自···系。···类猝···SR···结合···,对···CN···00···MS···活性···SO···,A···80···MS···化活···为~···,单···S中···性物···MS···化。···个氧···中S···降解···中间···定量···SO···,~···和P···SM···解表···同的···径,···氧化···主要···SM···上的···成硝···硝基···（4···2-···和4···-S···,S···-对···的主···路径···基（···2-···解为···（-···H）···路径···MS···MX···~1···SM···要降···为磺···-S···）与···-N···的键···成磺···-S···）,···路径···MS···致。···产物···O2···X和···O-···进行···析其···示△···x-···]/···MX···意义···△的···产生···x-···的量···小为···S＞···2＞····-···三个···系的···价和···水体···用。···藻小···行毒···分析···经三···体系···的S···液的···于未···的S···液,···4····SM···液对···的毒···~1···理,···2处···SM···小于···MS···相比···两个···系,····-···于S···实际···SM···解。

基于···材料···酸盐···化技···一种···的水···污染···术近···起了···关注···维度···料都···证明···现对···盐的···化,···0维···金刚···D）···其优···物相···可调···面化···,在···的研···起了···论。···究人···过表···化处···其性···法上···成了···但是···活化···盐降···污染···能规···化机···在巨···,这···碍了···的进···展,···论文···研究···存在···化纳···石（···）降···物性···和单···（~···）鉴···等方···议性···开研···对这···,本···以下···面进···究。···首先···控煅···成功···一系···石墨···的A···以单···盐（···）作···剂,···氯酚···物（···）作···污染···建了···@A···CP···,从···去除···化率···级反···常数···剂消···方面···价了···中污···解性···。结···90···下煅···的纳···石（···-9···具备···活化···而不···化程···的A···11···（2···化机···究中···据电···共振···R）···实验···结果···了硫···由基···4····羟基···（····的存···利用···建的···辨磷···系统···对~···在1··· n···光信···位检···该领···得到···O2···直接···EP···光探···和淬···等间···手段···了上···。证···该体···2O···延长···2的···但更···MS···产生···用。···位点···中,···定量···定量···记的···分析···D活···和羰···=O···之间···构效···证明···是产···O2···位点···）通···学性···实验···学原···技术···以A···90···界点···化程···的A···10···AN···10···中还···在电···机制···促进···的去···结合···算,···上证···种机···的合···（4···明P···AN···-C···中~···存在···上,···~1···对贡···价方···次通···计算···证明···O2···体系···占据···位。···果表···煅烧···70···00···间时···O2···的P···AN···-C···中的···高达···以上···煅烧···于9···C时···O2···率低···%,···移机···了更···用。···的研···可以···D活···S体···在的···争议···参考···今后···测~···提供···的检···。

稀土···独特···、化···性和···质带···如低···高性···命长···定性···技术···也使···高科···的发···开稀···。而···论是···储量···加工···面,···界首···其是···量方···世界···左右···此的···超过···吨废···其中···忽视···尾矿···量巨···经常···壤酸···和地···下水···件的···这种···土尾···造成···在采···位浸···艺的···南离···土矿···严重···了广···。然···尾矿···于其···殊的···水质···有常···无法···济有···。本···过自···和驯···然界···出合···藻并···藻固···强化···矿废···的研···要成···:1···在碱···尾矿···引入···体中···菌落···优胜···达到···选的···成功···界中···一批···应碱···矿废···藻群···过一···的驯···,从···选出···群落···出在···土尾···中适···、生···的球···经纯···确认···状藻···曼都···（C···my···od··· s···。而···藻本···聚集···长的···有利···固定···进行···应用···体筛···中,···取具···不同···性的···行预···发现···是最···。利···芯负···实现···尾矿···的氨···无机···快速···氨氮···4+···和总···（T···的去···可达···0%···4+···除速···3.···g·····d···TI···速率···.7····L···d-···先前···稀土···水中···IN···(4··· m···-1···1)···.5···.通···玉米···元素···芯浸···分以···验证···发现···能够···提供···用的···分,···不限···、氨···磷源···生长···其中···的是···为主···机碳···利用···废水···H4···和T···以在···天内···标,···标中···土工···物制···放标···B ···51···11···外,···可以···提供···微量···并在···内改···p ···为微···劣的···矿废···供一···于生···床。···玉米···微藻···统具···除氮···额外···经济···易于···用的···该研···化微···脱氮···供了···方法···得在···水的···现资···成为···3.···可与···都普···密共···状藻···定该···为一···藻属···mn···ri···p.···用摇···条件···克莱···帝藻···藻培···培养···微藻···粒径···20···20···,沉···优异···粒径···颗粒···5%···间都···mi···。同···证实···粒脱···优越···氨氮···率达···5 ···L-···-1···在连···14···工况···降性···,短···后直···的C···能达···在有···颗粒···、孔···械强···粒特···形成···面需···展开···研究·

我国···富的···产资···全球···工行···重要···目前···矿的···选工···较高···境影···所以···高选···捕收···现白···高效···开发···源的···此外···白钨···废水···业中···视的···境问···多种···水的···法中···法操···,在···水处···有很···,研···吸附···有很···的空···文使···mi···面活···白钨···流程···分段···确定···铵盐···矿的···选中···比在···包含···似疏···的常···表面···更有···定双···盐在···的废···方面···一定···。具···如下···根据···道的···法,···长碳···季铵···em···阳离···活性···-1···双十···二甲···铵（···DD···通过···谱以···共振···测手···成产···了表···HD···为白···浮选···,H···对白···其脉···方解···物的···为硏···,在···6-···0.···0-···ol···收剂···,H···在分···矿和···的试···有优···择性···a ···比,···A表···越的···能。···物试···好实···下,···5×···4 ···/L···DA···钠为···,在···p ···件下···工混···进行···离。···率和···的数···能证···DA···对白···方解···优良···的捕···2、···的H···为对···不同···处理···选取···矿以···石纯···过一···表征···实验···其作···及吸···。接···验证···DA···性方···优势···DA···矿物···红外···究表···者的···属于···附,···的吸···峰值···断为···附与···用。···a电···进一···HD···两种···间的···静电···。对···A二···子、···团簇···DA···矿团···模型···几何···能量···结果···比方···DD···钨矿···的亲···。H···–L···分析···显示···DA···段与···方解···间不···子转···等化···,仅···氢键···相互···用。···A分···正电···解石···电势···静电···用是···附的···源,···解释···DA···矿吸···更好···性。···力学···示H···与方···10···面的···况与···相似···现为···原子···电基···面的···互作···。同···层模···了方···10···与H···的相···要弱···矿（···）W···,很···示了···A在···和方···吸附···证明···DA···选择···、使···mi···面活···DD···钠化···石,···用于···矿废···丁基···由X···FT···TG···G、···、Z···电位···M、···标准···析总···em···表面···HD···被成···入蒙···间或···蒙脱···面。···制变···了改···量、···、初···和反···对吸···响。···验表···改性···可以···黄药···效果···DA···为在··· C···材料···的吸···有显···,吸···以达···脱石···。由··· C···Ge···i改···的蒙···吸附···明显···基蒙···经有···之后···MT···的吸···平衡···附容···达到···96···/g···0 ···T对···吸附···25···n内···增加···于G···ni···长碳···水作···Ge···i中···子与···离子···子交···是有···提高···能的···因。···Ge···i改···石是···潜力···选矿···黄药···材料·

锑及···物被···于军···机械···以及···等方···其具···毒性···了一···性的···。中···锑矿···为丰···家之···年的···量处···的前···氧化···nO···一种···孔结···理化···稳定···Sb···I）···高的···属氧···经常···锑及···物的···。M···存在···相（···的α···O2···Mn···二维···Mn···）,···相的···锰对···II···吸附···同。···对于···2在···过程···存在···出这···,不···者给···论也···。S···II···性比···V）···高1···而M···又对···II···有较···和力···,本···b（···）作···污染···热法···α-···2,···nO···-M···作为···,系···究了···型M···对S···II···附以···过程···n溶···和机···文的···究内···果如···、通···法成···了α···O2···Mn···δ-···2,···（I···的理···吸附···为1···96···/g···9.···mg···10···6 ···g,···gm···等温···型在···种M···的等···过程···性相···最高···0°···0°···0°···境下···不同···nO···b（···）的···果均···-M···＞γ···O2···Mn···动力···的拟···表明···Mn···Sb···I）···过程···合拟···力学···p ···实验···α-···2,···nO···-M···的最···量在···=7···。当···p ···增加···,三···O2···量呈···上升···的趋···同晶···O2···实验···α-···2,···nO···-M···在吸···衡时···释放···过《···水处···染物···准》···0 ···L）···,三···O2···（I···吸附···n释···间都···好的···关系···p ···增加···三种···2的···放量···减少···为了···探究···2吸···（I···的机···吸附···Mn···机理···以上···的α···O2···Mn···δ-···2为···,通···手段···过程···详细···其中···吸附···动力···拟合···力学···明,···nO···-M···和δ···O2···（I···的吸···自发···放热···反应···不同···Mn···Sb···I）···机理···与晶···,均···吸附···吸附···算结···,三···O2···（I···之间···成双···、双···和单···这三···络合···-M···,γ···O2···Mn···Sb···I）···性能···主要···1）···nO···间结···显著···（2···Mn···要暴···与S···II···吸附···间存···。X···析表···-M···,γ···O2···Mn···吸附···II···后均···氧化···应。···2上···（I···Mn···I）···b（···）还···n（···之后···能会···溶液···致M···现象···。X···分析···示,···溶出···主要···吸附···偏移···。经···计算···b（···）在···2上···发现···Mn···γ-···2和···nO···附S···II···程中···在M···出问···键取···们在···b（···）之···发生···还原···并且···（I···能够···化的···三种···型M···的X···发生···晶面···。3···O2···Sb···I）···效果···但是···材料···有大···元素···n又···放标···求控···毒污···因此···从源···,在···-M···的基···将原···硫酸···为等···硫酸···酸铁···物,···热法···Fe···复合···并以···II···吸附···高,···溶出···最少···目的···了合···/M···材料···。其···e/···摩尔···/1···温度···0℃···H影···表明··· H···,复···[F···n=···]1···仅对···II···吸附···好,···n的···也在···准以···可以···约处···。吸···的X···析表···附过···在M···。X···分析···示,···程中···/M···材料···还原···吸附···Sb···I）···成S···）,···说明···II···吸附···Mn···机理···α-···2相···合材···e元···入不···了S···II···附效···低了···的合···,还···低了···溶出···少了···的污···或许···后续···探究···决M···材料···b（···）过···在的···出问···新的···方法·

随着···术的···人们···产品···不断···全球···垃圾···在不···。废···垃圾···有机···与重···对生···与人···构成···胁;···路板···子垃···要组···,其···远远···矿,···“城···”,···行资···收已···采金···有经···。因···发出···路板···源化···技术···仅可···污染···隐患···还能···的循···利用···我国···资源···因此···以回···线路···为目···备了···、吸···大、···附性···巯基···材料···,对···路板···性浸···的金···效的···并通···实验···研究···,为···收酸···金的···合成···导性···同时···合工···制备···强度···久耐···观尺···改性···并对···化回···能进···究。···容如···1）···性活···合成···弃线···金的···回收···第二···廉价···规模···的废···秸秆···体通···改性···到巯···活性···SC···）,···PS···IR···T表···,证···基巯···活性···制备···等温···验、···力学···竞争···验、···H影···考察···-S···附性···现其···量在···1时···03···/g···性吸···强,···pH···附容···远大···报道···附剂···实际···酸性···吸附···固定···了C···SH···应用···实验···实际···CS···H仍···着高···,对···浸液···回收···去9···3%···固定···实验···了长···运行···持着···容量···高温···附后···料可···得到···达9···%的···。同···经济···源化···吨电···中的···利润···到2···9×···4美···2）···性活···酸浸···的吸···研究···三章···SE···RD···S表···巯基···性炭···金大···被还···质形···颗粒···颗粒···合以···填充···部孔···通过···控合···巯基···的改···炭,···lm···剂法···量构···（Q···）定···发现···Au···吸附···程中···作用···紫外···能谱···S）···学测···基改···的活···征,···现巯···大大···活性···位选···使得···-S···性优···过Z···电位···3+···布发···相互···强酸···下吸···起了···用,···降低···能还···优异···原因···密度···论（···）计···XP···谱图···C-···附过···子层···构变···探究···脱氯···程中···Au···以促···[A···4]···中A···氯还···在着···的强···还原···因此···C-···附[···l4···过程···主导···选择···促进···强化···同作···附还···（3···尺寸···性炭···成及···应用···:在···中通···末活···粒制···观尺···颗粒···-S···通过···、S···XR···PS···IR···段证···乙酸···依旧···宏观···柱成···改性···好适···应用···=0···条件···等温···验与···力学···发现···SH···酸性···的A···依旧···大容···能力···种竞···离子···,C···H对···+的···旧保···的选···pH···验发···H=···的强···件下···SH···以保···容量···为提···板浸···,加···液酸···H=···6）···C-···含金···中的···率仍···去9···%,···大化···长期···运行···现C···H在···pH···35···下对···Au···旧可···保持···去除···