Copperoxide(CuO)hadbeensuccessfully

Copperoxide(CuO)hadbeensuccessfullydecoratedonfunctionalizedgraphene(FG)sheetsusinga
simplehydrothermaltechnique.Functionalizedgrapheneoxide(FGO)wasusedinsteadofGOasthe
startingmaterialforthesuccessfulpreparationofnanocomposites.Aseriesofnanocompositeswith
varyingamountsofFGOwaspreparedtostudythemorphologicalchangesofCuOcrystalsontheFG
sheets.X-rayDiffraction(XRD)andFieldEmissionScanningElectronMicroscopy(FESEM)confirmed
the formationofthenanocomposites.Thenanocompositeexhibitedgoodcatalyticactivitytowardsthe
degradationofmethyleneblue(MB).Thecatalyticperformancewasimprovedwiththeincreasing
amountofFGduetotheenhancedsynergyinteractionbetweenCuOandFG.

ผลลัพธ์ (ไทย) 1:

x raydiffraction (XRD) andfieldemissionscanningelectronmicroscopy (fesem) ยืนยัน

ผลลัพธ์ (ไทย) 2:

Copperoxide (CuO) hadbeensuccessfullydecoratedonfunctionalizedgraphene (FG) sheetsusinga
simplehydrothermaltechniqueFunctionalizedgrapheneoxide (FGO) wasusedinsteadofGOasthe
startingmaterialforthesuccessfulpreparationofnanocompositesAseriesofnanocompositeswith
varyingamountsofFGOwaspreparedtostudythemorphologicalchangesofCuOcrystalsontheFG
แผ่นAndFieldEmissionScanningElectronMicroscopy X-rayDiffraction (XRD) (FESEM) ยืนยัน
formationofthenanocompositesThenanocompositeexhibitedgoodcatalyticactivitytowardsthe
degradationofmethyleneblue(MB)Thecatalyticperformancewasimprovedwiththeincreasing
amountofFGduetotheenhancedsynergyinteractionbetweenCuOandFG

ผลลัพธ์ (ไทย) 3:

Copperoxide(CuO)hadbeensuccessfullydecoratedonfunctionalizedgraphene(FG)sheetsusinga
simplehydrothermaltechnique.FunctionalizedgX - raydiffraction ( xrd ) andfieldemissionscanningelectronmicroscopy ( fesem )ได้รับการยืนยัน
ที่ formationofthenanocomposites.Thenanocompositeexhibitedgoodcatalyticactivitytowardsthe
degradationofmethyleneblue(MB).Thecatalyti