杨恒等：胶结充填用治金渣协同垃圾焚烧飞灰固镉机理 ·1035· 的试验研究.材料导报，2016,30(8)：135) Hazard Mater,1996,51(13):241 9]Criado M,Femandez-imenez A,Palomo A.Alkali activation of [14]Lan J K,Ding K,Zhao F M,et al.Chemical entrapment of Cd fly ash:Effect of the SiO2/Na O ratio Part I:FTIR study.Microp (II)By ettringite.JWuhan Unis Technol,2007,29(10):1 Mesop Mater,2007,106(13):180 (蓝俊康，丁凯，赵付明，等.钙矾石对Cd(Ⅱ)的化学俘获. [o]Zhang YS,Sun W,Jia YT,et al.Composition and structure of 武汉理工大学学报，2007,29(10)：1) hardened geopolymer products using infrared ray analysis meth- 05] Zhang J J,Zhao H,Cao H B,et al.Adsorption kinetics of ods.J Wuhan Unig Technol,2005,27(11):27 Friedel's salt for removal of Cd2 from low concentration (张云升，孙伟，贾艳涛，等.用R探索地聚合物水泥硬化产 wastewater.Chin J Process Eng,2012,12(4):590 物的组成和结构.武汉理工大学学报，2005,27(11)：27) (张娟娟，赵赫，曹宏斌，等.Friedel盐对废水中低浓度 [11]Li X Y.Solidification/Stabilization of Municipal Solid Waste In- Cd2·的吸附动力学.过程工程学报，2012,12(4)：590) cineration Fly Ash and the Characterization of Actire Mineral Hy- [16]Ma J Y,Li Z B.Chemical equilibrium modeling and experimen- dration Products DDissertation].Shanghai:Donghua University, tal measurement of solubility for Friedel's salt in the Na-OH-CI- 2015 NO3-H2O systerm up to 200 C.Ind Eng Chem Res,2010,49 (李新颖.城市生活垃圾焚烧飞灰固化稳定化机制及活性矿 (19):8949 物水化产物表征[学位论文].上海：东华大学，2015) [17]Zhang D N,Jia Y F,Ma J Y,et al.Removal of arsenic from wa- [12]El-Didamony H,Amer AA,El-Sokkary T M,et al.Effect of ter by Friedel's salt (FS:3Ca0.Al,OCaCl10H,O).J Haz- substitution of granulated slag by air-cooled slag on the properties ard Mater,.2011,195:398 of alkali activated slag.Ceram Int,2013,39(1):171 [18]Pomies M P,Lequeus N,Boch P.Speciation of cadimium in ce- [13]Albino V,Cioffi R,Marroccoli M,et al.Potential application of ment:Part I.Cd2'uptake by C-S-H.Cem Coner Res,2001, ettringite generating systems for hazardous waste stabilization.J 31(4):563杨 恒等: 胶结充填用冶金渣协同垃圾焚烧飞灰固镉机理 的试验研究． 材料导报，2016，30( 8) : 135) ［9］ Criado M，Fernandez-Jimenez A，Palomo A． Alkali activation of fly ash: Effect of the SiO2 /Na2O ratio Part I: FTIＲ study． Microp Mesop Mater，2007，106( 1-3) : 180 ［10］ Zhang Y S，Sun W，Jia Y T，et al． Composition and structure of hardened geopolymer products using infrared ray analysis meth￾ods． J Wuhan Univ Technol，2005，27( 11) : 27 ( 张云升，孙伟，贾艳涛，等． 用 IＲ 探索地聚合物水泥硬化产 物的组成和结构． 武汉理工大学学报，2005，27( 11) : 27) ［11］ Li X Y． Solidification / Stabilization of Municipal Solid Waste In￾cineration Fly Ash and the Characterization of Active Mineral Hy￾dration Products ［Dissertation］． Shanghai: Donghua University， 2015 ( 李新颖． 城市生活垃圾焚烧飞灰固化稳定化机制及活性矿 物水化产物表征［学位论文］． 上海: 东华大学，2015) ［12］ El-Didamony H，Amer A A，El-Sokkary T M，et al． Effect of substitution of granulated slag by air-cooled slag on the properties of alkali activated slag． Ceram Int，2013，39( 1) : 171 ［13］ Albino V，Cioffi Ｒ，Marroccoli M，et al． Potential application of ettringite generating systems for hazardous waste stabilization． J Hazard Mater，1996，51( 1-3) : 241 ［14］ Lan J K，Ding K，Zhao F M，et al． Chemical entrapment of Cd ( Ⅱ) By ettringite． J Wuhan Univ Technol，2007，29( 10) : 1 ( 蓝俊康，丁凯，赵付明，等． 钙矾石对 Cd( Ⅱ) 的化学俘获． 武汉理工大学学报，2007，29( 10) : 1) ［15］ Zhang J J，Zhao H，Cao H B，et al． Adsorption kinetics of Friedel's salt for removal of Cd2 + from low concentration wastewater． Chin J Process Eng，2012，12( 4) : 590 ( 张娟娟，赵 赫，曹 宏 斌，等． Friedel 盐对废水中低浓度 Cd2 + 的吸附动力学． 过程工程学报，2012，12( 4) : 590) ［16］ Ma J Y，Li Z B． Chemical equilibrium modeling and experimen￾tal measurement of solubility for Friedel`s salt in the Na--OH--Cl-- NO3--H2 O systerm up to 200 ℃ ． Ind Eng Chem Ｒes，2010，49 ( 19) : 8949 ［17］ Zhang D N，Jia Y F，Ma J Y，et al． Ｒemoval of arsenic from wa￾ter by Friedel's salt ( FS: 3CaO·Al2O3 ·CaCl2 ·10H2O) ． J Haz￾ard Mater，2011，195: 398 ［18］ Pomiès M P，Lequeus N，Boch P． Speciation of cadimium in ce￾ment: PartⅠ． Cd2 + uptake by C--S--H． Cem Concr Ｒes，2001， 31( 4) : 563 · 5301 ·