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1、目錄目錄摘要....................................................................................................................................................1關鍵詞..............................................................
2、..................................................................................1Abstract.................................................................................................................................
3、.............1Keywds..........................................................................................................................................1前言...........................................................
4、.........................................................................................1制備方法..............................................................................................................................
5、..............21固相法............................................................................................................................................21.1球磨法......................................................
6、.............................................................................21.2熱分解法...............................................................................................................................21.3直流電弧
7、等離子體法...........................................................................................................32液相法.......................................................................................................
8、.....................................32.1沉淀法...................................................................................................................................42.1.1共沉淀法...................................
9、.....................................................................................42.1.2氧化沉淀法....................................................................................................................52.1.3還原
10、沉淀法....................................................................................................................52.1.4超聲沉淀法..........................................................................................
11、..........................62.2微乳液法...............................................................................................................................62.3水熱法溶劑熱法................................................
12、.................................................................72.4水解法...................................................................................................................................82.5溶膠凝膠法........
13、.................................................................................................................8應用........................................................................................................
14、............................................9(一)生物醫(yī)藥........................................................................................................................9(二)磁性液體........................................
15、................................................................................91納米四氧化三鐵的制備及應用的研究進展應用化學專業(yè)摘要:納米Fe3O4粒子因其特殊的理化性質(zhì)而在多個領域得到廣泛的應用。本文綜述了納米四氧化三鐵的制備方法和應用領域,其中的制備方法主要有球磨法、沉淀法、微乳液法、水熱法溶劑熱、水解法、氧化法、高溫分解法和溶膠凝膠法等,并討論了納
16、米四氧化三鐵的主要制備方法的優(yōu)缺點,最后展望了納米四氧化三鐵的應用前景。關鍵詞:納米四氧化三鐵;制備方法;應用;進展ProgressinPreparationApplicationofNanoirontetroxideAbstract:NanoFe3O4particlesbecauseoftheirspecialphysicalchemicalpropertiesiswidelyusedinmanyfields.Inthispapert
17、hepreparationmethodsapplicationsofnanoironoxideoneofthemainmethodsfpreparingmillingprecipitationmicroemulsionhydrothermalmethodsolventheathydrolysisoxidationpyrolysissolgelmethoddiscussestheadvantagesdisadvantagesofthema
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