Treść książki
Przejdź do opcji czytnikaPrzejdź do nawigacjiPrzejdź do informacjiPrzejdź do stopki
32
A.Defort,J.J.Kozioł,A.Mirończyk
[73]LaiY.etal.(2010)One-potgreensynthesisandbioapplicationofl-arginine-zapped
superparamagneticFe3O4nanoparticles,Nanosc.Res.Lett.5,302–307.
[74]SunL.,HuangC.,GeongT.,ZhouS.(2010)Abiocompatibleapproachtosurface
modification:Biodegradablepolymerfunctionalizedsuper-paramagneticironoxide
nanoparticles,Mat.Sci.Eng.C30,583–589.
[75]FerreiraR.V.,PereiraI.L.S.,CavalcanteL.C.D.,GamarraL.F.,CarneiroS.M.,
AmaroE.Jr,FabrisJ.D.,DominguesR.Z.,AndradeA.L.(2010)Synthesisandchar-
acterizationofsilica-coatednanoparticlesofmagnetite,HyperfineInteract.195,265–274.
[76]StjerndahlM.,AnderssonM.,HallH.E.,PajerowskiD.,MeiselM.W.,DuranR.S.
(2008)SuperparamagneticFe3O4/SiO2nanocomposites:enablingthetuningofboth
theironoxideloadandthesizeofthenanoparticles,Langmuir24,3532–3536.
[77]NeubergerT.,SchöpfB.,HofmannH.,HofmannM.,vonRechenbergB.(2005)
Superparamagneticnanoparticlesforbiomedicalapplications:possibilitiesandlimi-
tationsofanewdrugdeliverysystem,J.Magnet.Magnet.Mater.293,483–496.
[78]JeongU.,TengX.,WangY.,YangH.,XiaY.(2007)Superparamagneticcolloids:con-
trolledsynthesisandnicheapplications,Adv.Mater.19,33–60.
[79]DrescoP.A.,ZaitsevV.S.,GambinoR.J.,ChuB.(1999)Preparationandpropertiesof
magnetiteandpolymermagnetitenanoparticles,Langmuir15,1945–1951.
[80]GubinS.P.,KoksharovY.A.,KhomutovG.B.,YurkovG.Y.(2005)Magneticnanopar-
ticles:preparation,structureandproperties,RussianChem.Rev.74,489–520.
[81]StöberW.,FinkA.,BohnE.(1968)Controlledgrowthofmonodispersesilicaspheres
inthemicronsizerange,J.Coll.Interf.Sci.26,62–69.
[82]YiD.K.,LeeS.S.,YingJ.Y.(2006)Synthesisandapplicationsofmagnetic
nanocompositecatalysts,Chem.Mater.18,2459–2461.
[83]SantraS.,TapecR.,TheodoropoulouN.,DobsonJ.,HebardA.,TanW.(2001)Syn-
thesis
and
characterization
of
silica-coated
iron
oxide
nanoparticles
in
microemulsion:theeffectofnonionicsurfactants,Langmuir17,2900–2906.
[84]YangL.,GuoC.,JiaL.,XieK.,ShouQ.,LiuH.(2010)Fabricationofbiocompatible
temperature-andpH-responsivemagneticnanoparticlesandtheirreversibleag-
glomerationinaqueousmilieu,Ind.Eng.Chem.Res.49,8518–8525.
[85]QinC.,LiC.,HuY.,ShenJ.,YeM.(2009)Facilesynthesisofmagneticironoxide
nanoparticlesusing1-methyl-2-pyrrolidoneasafunctionalsolvent,Coll.Surf.A:
Physicochem.Eng.Aspects336,130–134.
[86]ElKhouryJ.M.,CaruntuD.,O’ConnorC.J.,JeongK.-U.,ChengS.Z.D.,HuJ.(2007)
Poly(allylamine)stabilizedironoxidemagneticnanoparticles,J.Nanopart.Research9,
959–964.
[87]WangY.,WoonNgY.,ChenY.,ShuterB.,YiJ.,DingJ.,WangS.-C.,FengS.-S.
(2008)Formulationofsuperparamagneticironoxidesbynanoparticlesofbiode-
gradablepolymersformagneticresonanceimaging,Adv.Funct.Mater.18,308–318.
[88]AslamM.,SchultzE.A.,SunT.,MeadeT.,DravidV.P.(2007)Synthesisofamine-
stabilizedaqueouscolloidalironoxidenanoparticles,CrystalGrowthDesign7,
471–475.
[89]GamarraL.F.,BritoG.E.S.,PontuschkaW.M.,AmaroE.,ParmaA.H.C.,GoyaG.F.
(2005)Biocompatiblesuperparamagneticironoxidenanoparticlesusedforcontrast
agents:astructuralandmagneticstudy,J.Magnet.Magnet.Mat.289,439–441.
[90]KimD.K.,MikhaylovaM.,WangF.H.,KehrJ.,BjelkeB.,ZhangY.,TsakalakosT.,
MuhammedM.(2003)Starch-coatedsuperparamagneticnanoparticlesasMRcon-
trastagents,Chem.Mater.15,4343–4351.
