HighlyorderedTiO2nanotubearraysprep

HighlyorderedTiO2nanotubearrayspreparedbyanodicoxidationhaveattractedincreasingresearch interestsduetotheirpromisingapplicationsinmanyscientificareas.Tothebestofourknowledge, afactorlimitingtheapplicationofTiO2nanotubearrayswastheirlongsustainingreactiontimeby anodicoxidation,usuallylasting6–12handevenlongerwhensynthesizingthickernanotubularlayers. Inthepresentpaper,wereportedforthefirsttimeafacilebuteffectiveapproachtoacceleratethe anodicformationofTiO2nanotubearraysbyproperadditionofsodiumcarbonate(Na2CO3)intothe anodizationelectrolyte.Weadoptedthe0.3MNH4F+0.03MNa2CO3+EG(ethyleneglycol)+3.0vol.% H2Oelectrolyteandtheaveragegrowthrateofthenanotubesachievedinourexperimentscouldbe acceleratedto1100nm/min.Thepossiblemechanismoftherapidelectrochemicalprocesswasalso presented.

ผลลัพธ์ (ไทย) 1:

HighlyorderedTiO2nanotubearrayspreparedbyanodicoxidationhaveattractedincreasingresearch interestsduetotheirpromisingapplicationsinmanyscientificareasTothebestofourknowledge, afactorlimitingtheapplicationofTiO2nanotubearrayswastheirlongsustainingreactiontimeby anodicoxidation, usuallylasting6-12handevenlongerwhensynthesizingthickernanotubularlayers Inthepresentpaperwereportedforthefirsttimeafacilebuteffectiveapproachtoacceleratethe anodicformationofTiO2nanotubearraysbyproperadditionofsodiumcarbonate anodizationelectrolyte intothe (Na2CO3)Weadoptedthe0.3MNH4F 0.03MNa2CO3 EG(ethyleneglycol) 3.0vol.% H2Oelectrolyteandtheaveragegrowthrateofthenanotubesachievedinourexperimentscouldbe acceleratedto1100nm/minThepossiblemechanismoftherapidelectrochemicalprocesswasalso ที่นำเสนอ

ผลลัพธ์ (ไทย) 2:

HighlyorderedTiO2nanotubearrayspreparedbyanodicoxidationhaveattractedincreasingresearch interestsduetotheirpromisingapplicationsinmanyscientificareas.Tothebestofourknowledge, afactorlimitingtheapplicationofTiO2nanotubearrayswastheirlongsustainingreactiontimeby anodicoxidation, usuallylasting6 12handevenlongerwhensynthesizingthickernanotubularlayers- Inthepresentpaper, wereportedforthefirsttimeafacilebuteffectiveapproachtoacceleratethe anodicformationofTiO2nanotubearraysbypr​​operadditionofsodiumcarbonate (Na2CO3) intothe anodizationelectrolyte.Weadoptedthe0.3MNH4F 0.03 MNa2CO3 + EG (ethyleneglycol) 3.0 โวล.% H2Oelectrolyteandtheaveragegrowthrateofthenanotubesachievedinourexperimentscouldbe acceleratedto1100nm/min.Thepossiblemechanismoftherapidelectrochemicalprocesswasalso นำเสนอ

ผลลัพธ์ (ไทย) 3:

highlyorderedtio2nanotubearrayspreparedbyanodicoxidationhaveattractedincreasingresearch interestsduetotheirpromisingapplicationsinmanyscientificareas . tothebestofourknowledge afactorlimitingtheapplicationoftio2nanotubearrayswastheirlongsustainingreactiontimeby anodicoxidation , , 12handevenlongerwhensynthesizingthickernanotubularlayers usuallylasting6 – . inthepresentpaper ,wereportedforthefirsttimeafacilebuteffectiveapproachtoacceleratethe anodicformationoftio2nanotubearraysbyproperadditionofsodiumcarbonate ( Na2CO3 ) ใน anodizationelectrolyte.weadoptedthe0.3mnh4f 0.03mna2co3 EG ( คอมพิวเตอร์ ) 3.0vol % h2oelectrolyteandtheaveragegrowthrateofthenanotubesachievedinourexperimentscouldbe acceleratedto1100nm / minthepossiblemechanismoftherapidelectrochemicalprocesswasalso นำเสนอ