参考文献
［1］Sanjeev Kumar，James Stewart.Evaluation of illinois pulverized coal combustion dry bottom ash for use in geotechnical engineering application［J］.Journal of Energy Engineering，ASCE，2003，129（2）：42-55.
［2］Forteza R，Far M，Segu C，et al.Characterization of bottom ash in municipal solid waste incinerators for its use in road base［J］.Waste Management，2004，24（9）：899-909.
［3］李晓勇，朱建斌，胡雨燕.焚烧灰渣物理化学性质的研究进展［J］.上海应用技术学院学报，2008，8（2）：116-120.
［4］胡艳军，陈冠益.城市固体废弃物焚烧底灰理化特性研究［J］.太阳能学报，2008，29（10）：1187-1191.
［5］Hjelmar O，Holm J，Crillesen K.Utilization of MSWI bottom ash as sub-base in road construction.first results from a large-scale test Site［J］.Journal of Hazardous Materials，2007，139（3）：471-480.
［6］Maria Arm.Variation in mechanical properties of processed MSWI bottom ash：results from triaxial tests［J］.Waste Management，2000，1：567-578.
［7］Alhassan H M，Tanko A M.Characterization of solid waste incinerator bottom ash and the potential for its Use［J］.International Journal of Engineering Research and Application，2012，2（4）：516-522.
［8］Wiles C，Shepherd P.Beneficial use and recycling of municipal waste combustion residues—a comprehensive resource document［R］.Springfield：National Technical Information Service，1999.
［9］Chandler A J.Municipal solid waste incineration residues［M］.Stud Environ Sci，1997.
［10］Hu Y，Li G，Zhong Y，Utilization of municipal solid waste incineration bottom ash as road construction materials［C］//International Conference on Mechanic Automation&Control Engineering，2010，IEEE，Wuhan，China.
［11］Izquierdo M，Lopez-Soler A，Ramonich E V，et al.Characterisation of bottom ash from municipal solid waste incineration in Catalonia［J］.Journal of Chemical Technology&Biotechnology，2002，77（5）：576-583.
［12］I.Vegas，J.A.Ibanez，J.T.San Jose，et al.Construction demolition wastes，waelz slag and MSWI bottom ash：a comparative technical analysis as material for road construction［J］.Waste Management，2008，28（3）：565-574.
［13］Becquart F，Abriak N E.Experimental investigation of the rowe's dilatancy law on an atypical granular medium from a municipal solid waste incineration bottom ash［J］.AIP Conference Proceedings，2013，1542：471-474.
［14］Becquart F，Bernard F，Abriak N E，et al.Monotonic aspects of the mechanical behavior of bottom ash from municipal solid waste incineration and its potential use for road construction［J］.Waste Management，2009，29（4）：1320-1329.
［15］Lentz D，Demars K R，Long R P，et.al.Performance and analysis of incinerator bottom ash as structure fill［R］.Final Report，University of Connecticut，1994.
［16］C.L.Lin，M.C.Weng，C.H.Chang，Effect of incinerator bottom-ash composition on the mechanical behavior of backfill Material［J］.Journal of Environmental Management，2012，113：377-382.
［17］Muhunthan B，Taha R，Said J.Geotechnical engineering properties of incinerator ash mixes［J］.Journal of the Air&Waste Management，2004，54（8）：985-991.
［18］Rivard-Lentz D J.Incinerator bottom ash as a soil substitute：physical and chemical behavior［J］.Fuel and Energy Abstracts，1998，39（1）：27.
［19］Cosentino P J，Kalajian E H，Shieh C S，et al，Developing specifications for waste glass and wasteto-energy bottom ash as highway fill materials［J］.Combustion，1995.
［20］Maria Arm.Variation in deformation properties of processed MSWI bottom ash：results from triaxial tests［J］.Waste Management，2004，24（10）：1035-1042.
［21］T.Y.Xie，T.Ozbakkaloglu，Effect of coal ash properties on compressive strength of bottom ash-based geopolymer concrete［J］.Materials Science Forum.2016，857：395-399.
［22］Chimenos J M，Al Fermandez，Miralles L，et al，Change of mechanical properties during shortterm natural weathering of MSWI bottom ash［J］.Enviromental Science&Technology.2005，39（19）：7725-7730.
［23］Müller U，Rübner K.The microstructure of concrete made with municipal waste incinerator bottom ash as an aggregate component［J］.Cement and Concrete Research.2006，36（8）：1434-1443.
［24］Bayuseno A P，Schmahl W W.Understanding the chemical and mineralogical properties of the inorganic portion of MSWI bottom ash［J］.Waste Management，2010，30（8-9）：1509-1520.
［25］Dyer T.Concrete Durability［J］.CRC Press，2014.
［26］Casanova，I.Agulló，L.Aguado，A.，“Aggregate expansivity due to sulfide oxidation-I.Reaction system and rate model”，Cement and Concrete Research，1996，26（7）：993-998.
［27］Casanova I，Agulló L，Aguado A.Aggregate expansivity due to sulfide oxidation-Ⅱ.Physicochemical modeling of sulfate attack［J］.Cement and Concrete Research，1997，27（11）：1627-1632.
［28］Lynn C J，Ghataora G S，Dhir R K，Municipal incinerated bottom ash（MIBA）characteristics and potential for use in road pavements［J］.International Journal of Pavement Research and Technology，2016，10（2）：185-201.
［29］崔华杰.生活垃圾焚烧炉渣应用于路基回填的试验研究［D］.上海：同济大学，2014.
［30］Vizcarra G O C，Casagrande M D T，Motta L M G D，Applicability of municipal solid waste incineration ash on base layers of pavements［J］.Journal of Materials in Civil Engineering，2014，26（6）.
［31］Roethel F J，Chesnerm W H，Aldous K，Laboratory ash handling evaluation results of fugitive dust and ash volatization studies［C］.Proceedings of 5th International Conference on Municipal Solid Waste Combustor Ash Utilization，Arlington，VA，1992：79-97.
［32］苏君明，褚永权，王光泽等.以垃圾焚烧炉渣为原料的沟槽回填材料及其生产方法和应用：CN 102515600 A［P］.2011-12-08［2014-05-07］.
［33］Lee K J，Kim S K，Lee K H.Flowable backfill materials from bottom ash for underground pipeline［J］.Materials，2014，7：3337-3352.
［34］G.ZHEN，H.ZHOU，T.ZHAO，et.al.Performance appraisal of controlled low-strength material using sewage sludge and refuse incineration bottom ash［J］.Chinese Journal of Chemical Engineering，2012，20（1）：80-88.
［35］孙海，顾欢达，陆勇.混合炉渣河道淤泥气泡轻质土力学特性试验研究［J］.常州工学院学报，2017，01：13-18.
［36］Lin Guo，Wu DongQing.Study of recycling singapore solid waste as land reclamation fill material［J］.Sustainable Environment Research，2017，27（1）：1-6.
［37］Koga D，Shimaoka T，Sakita S，et al.Settlement and flocculation characteristics of incineration residue in sea area landfill site［J］.Enviromental Engineering Research.2004，41：469-477.