Nanoparticle magneticmaterialsaresu

Nanoparticle magneticmaterialsaresuitableformultiplemodernhighendmedicalapplicationslike
targeteddrugdelivery,genetherapy,hyperthermiaandMRthermometryimaging.Majorityofthese
applications areconfined touseofMn–Zn ferritenanoparticles.Thesenanoparticlesarenormallyleftin
the bodyaftertheirrequisiteapplication.Preparingthesenanoparticlesisusuallyamuchinvolvedjob.
HoweverwiththedevelopmentofthesimpletechniqueMnxZn1xFe2O4 nanoparticles couldbeprepared
with muchease.ThenanoparticlesofMnxZn1xFe2O4 with (x¼1.0,0.7,0.5,0.3,0.0)werepreparedand
irradiatedwithgammaradiationofvariousintensitiesrangingbetween500Rto10,000R,afterap-
propriatestructuralandmagneticcharacterization.Irradiatedsampleswereinvestigatedforstructural
and magneticproperties,aswellasforstructuralstabilityandcationdistribution.
Theirradiatednanoparticlesexhibitedstructuralstabilitywithvariedcationdistributionandmagnetic
properties,dependentongammaradiationdose.Surprisinglysamplesalsoexhibitedquenchingoflattice
parameterandparticlesize.Thechangesintroducedinthecationdistribution,latticeconstant,particlesize
andmagneticpropertieswerefoundtobeirreversiblewithtimelapseandwereofpermanentnature
exhibitinggoodstabilityevenafterseveralmonths.Thustheusefulpropertiesofnanoparticlescouldbe
enhancedonmodifyingthecationdistributioninsidethenanoparticlesbyapplicationofgammaradiation.

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Nanoparticle magneticmaterialsaresuitableformultiplemodernhighendmedicalapplicationsliketargeteddrugdelivery,genetherapy,hyperthermiaandMRthermometryimaging.Majorityoftheseโปรแกรมประยุกต์ areconfined touseofMn – Zn ferritenanoparticles Thesenanoparticlesarenormallyleftinbodyaftertheirrequisiteapplication PreparingthesenanoparticlesisusuallyamuchinvolvedjobHoweverwiththedevelopmentofthesimpletechniqueMnxZn1 xFe2O4 เก็บกัก couldbepreparedกับ muchease XFe2O4 ThenanoparticlesofMnxZn1 ด้วย (x¼1.0, 0.7, 0.5, 0.3, 0.0) werepreparedandirradiatedwithgammaradiationofvariousintensitiesrangingbetween500Rto10, 000R, afterap-propriatestructuralandmagneticcharacterization Irradiatedsampleswereinvestigatedforstructuralและ magneticproperties, aswellasforstructuralstabilityandcationdistributionTheirradiatednanoparticlesexhibitedstructuralstabilitywithvariedcationdistributionandmagneticคุณสมบัติ dependentongammaradiationdose Surprisinglysamplesalsoexhibitedquenchingoflatticeparameterandparticlesize Thechangesintroducedinthecationdistribution, latticeconstant, particlesizeandmagneticpropertieswerefoundtobeirreversiblewithtimelapseandwereofpermanentnatureexhibitinggoodstabilityevenafterseveralmonths Thustheusefulpropertiesofnanoparticlescouldbeenhancedonmodifyingthecationdistributioninsidethenanoparticlesbyapplicationofgammaradiation

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Results (Thai) 2:[Copy]

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อนุภาคนาโน areconfined touseofMn-Zn ferritenanoparticles.Thesenanoparticlesarenormallyleftin อนุภาคนาโน couldbeprepared กับ muchease.ThenanoparticlesofMnxZn1? xFe2O4 กับ

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Results (Thai) 3:[Copy]

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สำหรับ targeteddrugdelivery genetherapy magneticmaterialsaresuitableformultiplemodernhighendmedicalapplicationslike
, ,
hyperthermiaandmrthermometryimaging . majorityofthese การใช้งาน areconfined touseofmn –สังกะสี ferritenanoparticles . thesenanoparticlesarenormallyleftin bodyaftertheirrequisiteapplication preparingthesenanoparticlesisusuallyamuchinvolvedjob

. .howeverwiththedevelopmentofthesimpletechniquemnxzn1 xfe2o4 นาโน couldbeprepared
กับ muchease . thenanoparticlesofmnxzn1 xfe2o4 ( X ¼ 1.0,0.7,0.5,0.3,0.0 ) werepreparedand
irradiatedwithgammaradiationofvariousintensitiesrangingbetween500rto10000r afterap , -

magneticproperties propriatestructuralandmagneticcharacterization . irradiatedsampleswereinvestigatedforstructural และ ,aswellasforstructuralstabilityandcationdistribution
.
theirradiatednanoparticlesexhibitedstructuralstabilitywithvariedcationdistributionandmagnetic คุณสมบัติ dependentongammaradiationdose . surprisinglysamplesalsoexhibitedquenchingoflattice
parameterandparticlesize . thechangesintroducedinthecationdistribution latticeconstant ขนาด
, ,andmagneticpropertieswerefoundtobeirreversiblewithtimelapseandwereofpermanentnature
exhibitinggoodstabilityevenafterseveralmonths . thustheusefulpropertiesofnanoparticlescouldbe
enhancedonmodifyingthecationdistributioninsidethenanoparticlesbyapplicationofgammaradiation .

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