In ordertoincreasetheefficiency oft

In ordertoincreasetheefficiency ofthin film Cu(In,Ga)Se2 (CIGSe) solarcellsinspaceapplications,itis
necessary toreducetheworkingtemperatureofthecellsunderthesespecialconditions.Themost
promising approachtoachievethisistoincreasethethermalemissivity.Inthiswork,anewalumina/
silica doublelayercoatingsystemwithathicknessoflessthan1 mm thatprovideshighvaluesof
emissivity on flexibleCIGSesolarcellsispresented.Thecoatingswereappliedbydipcoatingusinga
polysilazane,poly(alkyliminoalane)andanaluminasolasprecursors.Asthetemperatureforthethermal
treatment ofthecoatingsislimitedtoabout280 1C, duetothermalstabilityoftheCIGSedevice,the
applied precursorbasedcoatingsmustshowgoodadhesiontothesubstrateandwitheachotheraswell
as ahighreactivityatlowtemperaturestoformoxides.Conversionbehaviour,coatingthickness,
morphology,mechanicalproperties,opticalandthermalpropertiesareinvestigated.Resultsofthe
optical andthermalmeasurementsshowthatthecoatingsystemistransparentandcanincreasethe
emissivity remarkablyfromabout0.38(uncoatedCIGSe)tomorethan0.7.Thusthedevelopeddouble
layersystemisapromisingcandidateashigh-ε coating onsolarcellsforspaceapplications

ผลลัพธ์ (ไทย) 1:

ใน ordertoincreasetheefficiency ofthin ฟิล์ม Cu (ใน Ga) Se2 solarcellsinspaceapplications (CIGSe) เป็นtoreducetheworkingtemperatureofthecellsunderthesespecialconditions จำเป็นThemostapproachtoachievethisistoincreasethethermalemissivity สัญญาInthiswork, anewalumina /ซิลิก้า doublelayercoatingsystemwithathicknessoflessthan1 มม. thatprovideshighvaluesofemissivity ใน flexibleCIGSesolarcellsispresented.Thecoatingswereappliedbydipcoatingusingapolysilazane, andanaluminasolasprecursors โพลี (alkyliminoalane)Asthetemperatureforthethermalรักษา ofthecoatingsislimitedtoabout280 1C, duetothermalstabilityoftheCIGSedevice การใช้ precursorbasedcoatingsmustshowgoodadhesiontothesubstrateandwitheachotheraswellเป็น ahighreactivityatlowtemperaturestoformoxidesConversionbehaviour, coatingthicknessสัณฐานวิทยา mechanicalproperties, opticalandthermalpropertiesareinvestigatedResultsoftheแสง andthermalmeasurementsshowthatthecoatingsystemistransparentandcanincreasetheemissivity tomorethan0.7.Thusthedevelopeddouble remarkablyfromabout0.38 (uncoatedCIGSe)onsolarcellsforspaceapplications เคลือบ layersystemisapromisingcandidateashigh ε

ผลลัพธ์ (ไทย) 2:

ใน ordertoincreasetheefficiency ofthin ฟิล์ม Cu (In, Ga) Se2 (CIGSe) solarcellsinspaceapplications, ITIS
จำเป็น toreducetheworkingtemperatureofthecellsunderthesespecialconditions.Themost
มีแนวโน้ม approachtoachievethisistoincreasethethermalemissivity.Inthiswork, anewalumina /
ซิลิกา doublelayercoatingsystemwithathicknessoflessthan1 มม thatprovideshighvaluesof
emissivity บน ofthecoatingsislimitedtoabout280 1C, duetothermalstabilityoftheCIGSedevice, precursorbasedcoatingsmustshowgoodadhesiontothesubstrateandwitheachotheraswell นำมาใช้เป็น andthermalmeasurementsshowthatthecoatingsystemistransparentandcanincreasethe emissivity เคลือบ onsolarcellsforspaceapplications

ผลลัพธ์ (ไทย) 3:

ในจุฬาฯ ฟิล์ม ofthin ordertoincreasetheefficiency ( GA ) se2 ( cigse ) solarcellsinspaceapplications ซึ่งจำเป็น toreducetheworkingtemperatureofthecellsunderthesespecialconditions

สัญญามากที่สุด approachtoachievethisistoincreasethethermalemissivity . inthiswork anewalumina /
,
thatprovideshighvaluesof ซิลิกา doublelayercoatingsystemwithathicknessoflessthan1 มม.flexiblecigsesolarcellsispresented emissivity บน . thecoatingswereappliedbydipcoatingusinga
polysilazane โพลี ( alkyliminoalane ) andanaluminasolasprecursors . asthetemperatureforthethermal
รักษา ofthecoatingsislimitedtoabout280 1C duetothermalstabilityofthecigsedevice , ,

precursorbasedcoatingsmustshowgoodadhesiontothesubstrateandwitheachotheraswell ประยุกต์เป็น ahighreactivityatlowtemperaturestoformoxides . conversionbehaviour coatingthickness
, , รูปร่าง , สมบัติเชิงกล , opticalandthermalpropertiesareinvestigated . resultsofthe

แสง andthermalmeasurementsshowthatthecoatingsystemistransparentandcanincreasethe emissivity remarkablyfromabout0.38 ( uncoatedcigse ) tomorethan0.7 thusthedevelopeddouble
.layersystemisapromisingcandidateashigh - onsolarcellsforspaceapplications เคลือบε