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Molecular formula,RH2(µmol h-1 g-1),Eg(eV),Preparation method,Calcination temperature(K),Calcination time(h),Light intensity(W),Reaction solution,Co-catalyst,Photocatalyst dose(g L-1),Ref
BaTiO3,35.0,3.0,Solid state reaction,1423.0,5.0,"Xe lamp(300W),simulated sunlight",20% v/v CH3OH,Pt(0.4 wt％),1.1,[1]
BaTi0.99Mo0.01O3,45.0,2.4,Solid state reaction,1423.0,5.0,"Xe lamp(300W),simulated sunlight",20% v/v CH3OH,Pt(0.4 wt％),1.1,[1]
BaTi0.98Mo0.02O3,63.0,2.2,Solid state reaction,1423.0,5.0,"Xe lamp(300W),simulated sunlight",20% v/v CH3OH,Pt(0.4 wt％),1.1,[1]
BaTi0.97Mo0.03O3,52.0,2.6,Solid state reaction,1423.0,5.0,"Xe lamp(300W),simulated sunlight",20% v/v CH3OH,Pt(0.4 wt％),1.1,[1]
LaFeO3,144.7,,Flux-growth,1273.0,10.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.5 wt％),1.0,[2]
LaFe0.85Ti0.15O3,309.3,2.1,Flux-growth,1273.0,10.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.5 wt％),1.0,[2]
La0.85Sr0.15FeO3,30.7,,Flux-growth,1273.0,10.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.5 wt％),1.0,[2]
La0.9625Sr0.0375Fe0.8875Ti0.1125O3,62.0,,Flux-growth,1273.0,10.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.5 wt％),1.0,[2]
La0.8875Sr0.1125Fe0.9625Ti0.0375O3,422.7,,Flux-growth,1273.0,10.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.5 wt％),1.0,[2]
La0.925Sr0.075Fe0.925Ti0.075O3,554.7,2.1,Flux-growth,1273.0,10.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.5 wt％),1.0,[2]
Bi0.5Na0.5TiO3,325.4,2.92,Hydrothermal,433.0,24.0,"Xe lamp(500W),346 nm±8.6 nm",20vol％ CH3OH,Pt(3 wt％),0.75,[3]
Sr0.9Bi0.1Ti0.9Fe0.1O3,47.0,,Hydrothermal,473.0,48.0,"Hg lamp (500 W),λ ≥ 400 nm",0.05M Na2SO3,Pt(1 wt％),1.0,[4]
Sr0.8Bi0.2Ti0.8Fe0.2O3,45.0,,Hydrothermal,473.0,48.0,"Hg lamp (500 W),λ ≥ 400 nm",0.05M Na2SO3,Pt(1 wt％),1.0,[4]
Sr0.7Bi0.3Ti0.7Fe0.3O3,25.0,,Hydrothermal,473.0,48.0,"Hg lamp (500 W),λ ≥ 400 nm",0.05M Na2SO3,Pt(1 wt％),1.0,[4]
Sr0.6Bi0.4Ti0.6Fe0.4O3,50.0,,Hydrothermal,473.0,48.0,"Hg lamp (500 W),λ ≥ 400 nm",0.05M Na2SO3,Pt(1 wt％),1.0,[4]
Sr0.5Bi0.5Ti0.5Fe0.5O3,20.0,,Hydrothermal,473.0,48.0,"Hg lamp (500 W),λ ≥ 400 nm",0.05M Na2SO3,Pt(1 wt％),1.0,[4]
SrTiO3,202.6,3.25,Hydrothermal,423.0,10.0,"Xe lamp(300W),320 nm <λ<780 nm",20% v/v CH3OH,Pt(1 wt％),0.2,[5]
SrTiO3,106.8,3.25,Hydrothermal,453.0,10.0,"Xe lamp(300W),320 nm <λ<780 nm",20% v/v CH3OH,Pt(1 wt％),0.2,[5]
SrTiO3,38.4,3.25,Solid state reaction,1173.0,12.0,"Xe lamp(300W),320 nm <λ<780 nm",20% v/v CH3OH,Pt(1 wt％),0.2,[5]
SrTiO3,,3.2,Polymerized complex,773.0,,,,,,[6]
SrTi0.99Rh0.01O3,962.0,,Polymerized complex,973.0,,"Xe lamp (300 W), 420 nm<λ<800 nm",20vol％ CH3OH,Pt(0.5 wt％),1.0,[6]
AgTaO3,,3.4,Hydrothermal,1123.0,24.0,,,,,[7]
AgTa0.8Nb0.2O3,,3.1,Hydrothermal,1123.0,24.0,,,,,[7]
AgTa0.7Nb0.3O3,,2.9,Hydrothermal,1123.0,24.0,,,,,[7]
AgTa0.6Nb0.4O3,,2.9,Hydrothermal,1123.0,24.0,,,,,[7]
AgNbO3,,2.8,Hydrothermal,1123.0,24.0,,,,,[7]
CaTiO3,,3.6,Sol-gel,1123.0,10.0,,,,,[8]
Ca0.98Ag0.01La0.01TiO3,2.6,,Sol-gel,1123.0,10.0,"Xe lamp (350 W), λ > 400 nm",5% v/v CH3OH,none,0.24,[8]
Ca0.96Ag0.02La0.02TiO3,2.9,,Sol-gel,1123.0,10.0,"Xe lamp (350 W), λ > 400 nm",5% v/v CH3OH,none,0.24,[8]
Ca0.94Ag0.03La0.03TiO3,10.1,,Sol-gel,1123.0,10.0,"Xe lamp (350 W), λ > 400 nm",5% v/v CH3OH,none,0.24,[8]
Ca0.92Ag0.04La0.04TiO3,4.1,,Sol-gel,1123.0,10.0,"Xe lamp (350 W), λ > 400 nm",5% v/v CH3OH,none,0.24,[8]
BaTiO3,8.0,3.0,Polymerized complex,823.0,5.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.25 wt％),1.0,[9]
BaTi0.999Rh0.001O3,10.0,,Polymerized complex,823.0,5.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.25 wt％),1.0,[9]
BaTi0.995Rh0.005O3,64.0,,Polymerized complex,823.0,5.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.25 wt％),1.0,[9]
BaTi0.99Rh0.01O3,308.0,,Polymerized complex,823.0,5.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.25 wt％),1.0,[9]
BaTi0.98Rh0.02O3,241.0,,Polymerized complex,823.0,5.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.25 wt％),1.0,[9]
BaTi0.95Rh0.05O3,199.0,,Polymerized complex,823.0,5.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.25 wt％),1.0,[9]
BaTi0.99Rh0.01O3,48.0,,Solid state reaction,1273.0,10.0,"Xe lamp (300 W), λ > 420 nm",10vol％ CH3OH,Pt(0.25 wt％),1.0,[9]
SrSnO3,,4.01,Solid state reaction,1373.0,6.0,,,,,[10]
SrSnO3,,4.04,Wet chemical reaction,973.0,6.0,,,,,[10]
CaTi0.99Cu0.01O3,6.2,,Sol-gel,1123.0,7.0,"Xe lamp (350 W), λ > 400 nm",5% v/v CH3OH,NiOx,0.24,[11]
CaTi0.98Cu0.02O3,22.7,,Sol-gel,1123.0,7.0,"Xe lamp (350 W), λ > 400 nm",5% v/v CH3OH,NiOx,0.24,[11]
CaTi0.97Cu0.03O3,12.3,,Sol-gel,1123.0,7.0,"Xe lamp (350 W), λ > 400 nm",5% v/v CH3OH,NiOx,0.24,[11]
CaTi0.96Cu0.04O3,8.1,,Sol-gel,1123.0,7.0,"Xe lamp (350 W), λ > 400 nm",5% v/v CH3OH,NiOx,0.24,[11]
Sr2/3Zn1/3TiO3,,3.15,Sol-gel,1173.0,5.0,,,,,[12]
Ba5/6Zn1/6TiO3,,3.2,Polymerized complex Sol-gel method,1173.0,5.0,,,,,[12]
NaTaO3,,3.94,Solvo-combustion,453.0,2.0,,,,,[13]
NaTaO3,,3.98,Solvo-combustion,673.0,2.0,,,,,[13]
NaTaO3,,4.01,Solvo-combustion,873.0,2.0,,,,,[13]
NaTaO3,,4.0,Solvo-combustion,973.0,2.0,,,,,[13]
SrTiO3,,3.22,Sol-gel,1173.0,4.0,,,,,[14]
NaTaO3,,3.97,Molten salt method,1023.0,2.0,,,,,[15]
NaNb0.5Ta0.5O3,,3.43,Molten salt method,1023.0,2.0,,,,,[15]
Ca0.9La0.1Ti0.9Cr0.1O3,,2.49,Hydrothermal,473.0,48.0,,,,,[16]
Sr0.9La0.1Ti0.9Cr0.1O3,28.8,2.31,Hydrothermal,473.0,48.0,"Xe lamp (300 W),λ ≥ 400 nm",10%v/v CH3OH+4g NaOH,Pt(1 wt％),1.0,[16]
Ba0.9La0.1Ti0.9Cr0.1O3,,2.52,Hydrothermal,473.0,48.0,,,,,[16]
c-NaNbO3,423.3,3.29,Furfural alcohol derived polymerization-oxidation,873.0,5.0,"Xe lamp (300 W), λ > 300 nm",5/22 v/v CH3OH,Pt(1 wt％),1.1,[17]
o-NaNbO3,241.0,3.45,Polymerized complex,873.0,2.0,"Xe lamp (300 W), λ > 300 nm",5/22 v/v CH3OH,Pt(1 wt％),1.1,[17]
NaTaO3,,4.01,Solid state reaction,1173.0,10.0,,,,,[18]
NaTa0.975Bi0.025O3,,3.65,Solid state reaction,1173.0,10.0,,,,,[18]
NaTa0.95Bi0.05O3,,3.05,Solid state reaction,1173.0,10.0,,,,,[18]
NaTa0.925Bi0.075O3,,2.95,Solid state reaction,1173.0,10.0,,,,,[18]
Na0.975Bi0.025TaO3,,3.75,Solid state reaction,1173.0,10.0,,,,,[18]
Na0.95Bi0.05TaO3,,3.65,Solid state reaction,1173.0,10.0,,,,,[18]
Na0.925Bi0.075TaO3,,3.65,Solid state reaction,1173.0,10.0,,,,,[18]
Sr0.95Cr0.05TiO3,84.0,2.3,Solid state reaction,1373.0,24.0,"Xe lamp (300 W), λ≥420 nm",5/22 v/v CH3OH,Pt(0.6 wt％),0.93,[19]
Sr0.95Cr0.05TiO3,26.8,2.3,Sol-gel hydrothermal method,353.0,24.0,"Xe lamp (300 W), λ≥420 nm",5/22 v/v CH3OH,Pt(0.6 wt％),0.93,[19]
Sr0.95Cr0.05TiO3,101.6,2.3,Sol-gel hydrothermal method,393.0,24.0,"Xe lamp (300 W), λ≥420 nm",5/22 v/v CH3OH,Pt(0.6 wt％),0.93,[19]
Sr0.95Cr0.05TiO3,137.2,2.3,Sol-gel hydrothermal method,433.0,24.0,"Xe lamp (300 W), λ≥420 nm",5/22 v/v CH3OH,Pt(0.6 wt％),0.93,[19]
Sr0.95Cr0.05TiO3,160.4,2.3,Sol-gel hydrothermal method,473.0,24.0,"Xe lamp (300 W), λ≥420 nm",5/22 v/v CH3OH,Pt(0.6 wt％),0.93,[19]
Sr0.95Cr0.05TiO3,330.4,2.3,Sol-gel hydrothermal method,473.0,24.0,"Xe lamp (300 W), λ≥420 nm",5/22 v/v CH3OH,Pt(0.6 wt％),0.93,[19]
SrTiO3,,3.23,Sol-gel,973.0,4.0,,,,,[20]
SrTiO3,,3.1,Polymerized complex,773.0,5.0,,,,,[21]
SrTiO3,,3.1,Polymerized complex,873.0,5.0,,,,,[21]
SrTiO3,,3.1,Polymerized complex,973.0,5.0,,,,,[21]
SrTiO3,,3.1,Polymerized complex,1073.0,5.0,,,,,[21]
SrTiO3,,3.1,Polymerized complex,1273.0,5.0,,,,,[21]
SrTiO3,,3.1,Solid state reaction,1073.0,5.0,,,,,[21]
SrTiO3,,2.0,Milling assistant method,1073.0,2.0,,,,,[21]
SrTi0.99Al0.01O3,347.0,3.45,Solid state reaction,1273.0,10.0,"Xe lamp (150 W), UV visible",30％vol CH3CHOHCH3,Au(0.25％),2.5,[22]
SrTiO3,,3.3,Solid state reaction,1273.0,10.0,,,,,[22]
SrTi0.995Al0.005O3,,3.4,Solid state reaction,1273.0,10.0,,,,,[22]
SrTi0.985Al0.015O3,,3.45,Solid state reaction,1273.0,10.0,,,,,[22]
SrTiO3,188.0,3.16,Sol-gel,973.0,4.0,"Xe lamp (300 W), λ≥400 nm",50vol％ CH3OH,Pt(0.5 wt％),1.0,[23]
SrTi0.9Cr0.1O3−δ,,2.31,Solid state reaction,1573.0,20.0,,,,,[24]
La0.1Sr0.9Ti0.9Cr0.1O3,,2.11,Solid state reaction,1573.0,20.0,,,,,[24]
SrTiO3,,3.25,Solid state reaction,1573.0,20.0,,,,,[24]
LaFeO3,8600.0,2.11,Sol-gel auto-combustion,773.0,2.0,"Hg visible lamp(120W),(λ >> 420 nm)",10vol％ CH3OH,,2.5,[25]
LaFeO3,7866.7,2.1,Sol-gel auto-combustion,873.0,2.0,"Hg visible lamp(120W),(λ >> 420 nm)",10vol％ CH3OH,,2.5,[25]
LaFeO3,6933.3,2.09,Sol-gel auto-combustion,973.0,2.0,"Hg visible lamp(120W),(λ >> 420 nm)",10vol％ CH3OH,,2.5,[25]
LaFeO3,6066.7,2.08,Sol-gel auto-combustion,1073.0,2.0,"Hg visible lamp(120W),(λ >> 420 nm)",10vol％ CH3OH,,2.5,[25]
LaFeO3,5466.7,2.07,Sol-gel auto-combustion,1173.0,2.0,"Hg visible lamp(120W),(λ >> 420 nm)",10vol％ CH3OH,,2.5,[25]
CaZrO3,12.4,4.0,Polymerized complex,923.0,6.0,"Xe lamp (300 W), λ > 420 nm",12.5%v/v HCOOH,Pt(1 wt％),0.56,[26]
CaTiO3,,3.52,Template-free hydrothermal method,453.0,15.0,,,,,[27]
Ca0.95La0.05Ti0.95Cr0.05O3,98.0,2.49,Template-free hydrothermal method,453.0,15.0,"Hg lamp (500 W),λ ≥ 400 nm",0.05M Na2SO3,Pt(1 wt％),1.0,[27]
Ca0.9La0.1Ti0.9Cr0.1O3,110.0,2.48,Template-free hydrothermal method,453.0,15.0,"Hg lamp (500 W),λ ≥ 400 nm",0.05M Na2SO3,Pt(1 wt％),1.0,[27]
Ca0.8La0.2Ti0.8Cr0.2O3,164.0,2.5,Template-free hydrothermal method,453.0,15.0,"Hg lamp (500 W),λ ≥ 400 nm",0.05M Na2SO3,Pt(1 wt％),1.0,[27]
NaTaO3,,3.96,Spray pyrolysis,1173.0,,,,,,[28]
NaBi0.06Ta0.94O3,,2.96,Spray pyrolysis,1173.0,,,,,,[28]
NaBi0.07Ta0.93O3,876.0,2.91,Spray pyrolysis,1173.0,,"Xe lamp (300 W), λ > 415 nm",,,5.0,[28]
NaBi0.07Ta0.93O3,1108.0,2.91,Spray pyrolysis,1173.0,,"Xe lamp (300 W), λ > 415 nm",,NiO(0.1wt%),5.0,[28]
NaBi0.07Ta0.93O3,1355.0,2.91,Spray pyrolysis,1173.0,,"Xe lamp (300 W), λ > 415 nm",,NiO(0.2wt%),5.0,[28]
NaBi0.08Ta0.92O3,216.0,2.88,Spray pyrolysis,1173.0,,"Xe lamp (300 W), λ > 415 nm",,,5.0,[28]
NaBi0.09Ta0.91O3,,2.83,Spray pyrolysis,1173.0,,,,,,[28]
NaBi0.1Ta0.9O3,,2.79,Spray pyrolysis,1173.0,,,,,,[28]
NaTaO3,,3.91,Hydrothermal,513.0,24.0,,,,,[29]
NaTa0.98Bi0.02O3,50.0,3.14,Hydrothermal,513.0,24.0,"Hg lamp (350 W),λ> 400 nm",5%v/v CH3OH,,0.48,[29]
NaTa0.96Bi0.04O3,54.0,3.02,Hydrothermal,513.0,24.0,"Hg lamp (350 W),λ> 400 nm",5%v/v CH3OH,,0.48,[29]
NaTa0.94Bi0.06O3,55.0,2.96,Hydrothermal,513.0,24.0,"Hg lamp (350 W),λ> 400 nm",5%v/v CH3OH,,0.48,[29]
NaTa0.92Bi0.08O3,59.48,2.88,Hydrothermal,513.0,24.0,"Hg lamp (350 W),λ> 400 nm",5%v/v CH3OH,,0.48,[29]
NaTa0.92Bi0.08O3,74.0,2.88,Hydrothermal,513.0,24.0,"Hg lamp (350 W),λ> 400 nm",5%v/v CH3OH,NiO(0.1wt%),0.48,[29]
NaTa0.92Bi0.08O3,61.0,2.88,Hydrothermal,513.0,24.0,"Hg lamp (350 W),λ> 400 nm",5%v/v CH3OH,NiO(0.2wt%),0.48,[29]
NaTa0.9Bi0.1O3,47.0,2.9,Hydrothermal,513.0,24.0,"Hg lamp (350 W),λ> 400 nm",5%v/v CH3OH,,0.48,[29]
GaFeO3,3.36,2.185,Sol-gel,873.0,8.0,"Xe lamp (300 W), λ > 395 nm",Pure water,,3.33,[30]
GaFeO3,2.88,2.065,Sol-gel,973.0,8.0,"Xe lamp (300 W), λ > 395 nm",Pure water,,3.33,[30]
GaFeO3,1.44,2.02,Sol-gel,1173.0,8.0,"Xe lamp (300 W), λ > 395 nm",Pure water,,3.33,[30]
NaTaO3,,4.03,Sol-gel,1173.0,12.0,,,,,[31]
Na0.995La0.005TaO3,,4.01,Sol-gel,1173.0,12.0,,,,,[31]
Na0.985La0.015TaO3,,4.0,Sol-gel,1173.0,12.0,,,,,[31]
Na0.98La0.02TaO3,,4.0,Sol-gel,1173.0,12.0,,,,,[31]
Na0.95La0.05TaO3,,4.0,Sol-gel,1173.0,12.0,,,,,[31]
Na0.92La0.08TaO3,,4.0,Sol-gel,1173.0,12.0,,,,,[31]
BiFeO3,,2.3,Hydrothermal,453.0,72.0,,,,,[32]
BaCeO3,3.1,3.16,Sol-gel,573.0,3.0,"Xe lamp(500W),simulate natural visible light of the sun",Aqueous solution(contains glycerol),,2.0,[33]
BaCeO3,55.6,2.91,Sol-gel,573.0,3.0,"Xe lamp(500W),simulate natural visible light of the sun",Aqueous solution(contains glycerol),V(0.6 wt% ),2.0,[33]
BaCeO3,100.0,2.81,Sol-gel,573.0,3.0,"Xe lamp(500W),simulate natural visible light of the sun",Aqueous solution(contains glycerol),Ag(0.6 wt%),2.0,[33]
BaCeO3,200.0,2.3,Sol-gel,573.0,3.0,"Xe lamp(500W),simulate natural visible light of the sun",Aqueous solution(contains glycerol),Au(0.6 wt%),2.0,[33]
BaCeO3,266.7,2.16,Sol-gel,573.0,3.0,"Xe lamp(500W),simulate natural visible light of the sun",Aqueous solution(contains glycerol),Pt(0.6 wt％),2.0,[33]
AgTaO3,,3.44,Solid state reaction,1173.0,24.0,,,,,[34]
AgNbO3,,2.78,Solid state reaction,1123.0,24.0,,,,,[34]
AgVO3,,1.97,Solid state reaction,573.0,24.0,,,,,[34]
LaNiO3,,2.7,Sol-gel,1023.0,6.0,,,,,[35]
LaNi0.95Fe0.05O3,,3.2,Sol-gel,1023.0,6.0,,,,,[35]
LaNi0.95Cr0.05O3,,3.5,Sol-gel,1023.0,6.0,,,,,[35]
LaNi0.95Co0.05O3,,2.9,Sol-gel,1023.0,6.0,,,,,[35]
SrTi0.7Fe0.3O3,,2.38,Sol-gel,1073.0,2.0,,,,,[36]
Sr(Ti0.7Fe0.3)0.99Sc0.01O3,,1.46,Sol-gel,1073.0,2.0,,,,,[36]
Sr(Ti0.7Fe0.3)0.95Sc0.05O3,,1.03,Sol-gel,1073.0,2.0,,,,,[36]
Sr(Ti0.7Fe0.3)0.9Sc0.1O3,,0.91,Sol-gel,1073.0,2.0,,,,,[36]
BaSnO3,,3.13,,1313.0,6.0,,,,,[37]
LaFeO3,3315.0,2.07,Sol-gel,973.0,4.0,Visible light,CH3CH2OH/H20:1/20,Pt,0.05,[38]
LaFeO3,2500.0,2.07,Sol-gel,973.0,4.0,Visible light,CH3CH2OH/H20:1/20,,0.05,[38]
LaFeO3,,2.06,Hydrothermal,1073.0,2.0,,,,,[39]
PrFeO3,2847.0,2.08,Sol-gel,973.0,5.0,"Tungsten light(200W),visible light",5%v/v CH3CH2OH,Pt,0.05,[40]
PrFeO3,2132.0,2.03,Template,973.0,5.0,"Tungsten light(200W),visible light",5%v/v CH3CH2OH,Pt,0.05,[40]
PrFeO3,1986.0,1.88,Combustion,973.0,5.0,"Tungsten light(200W),visible light",5%v/v CH3CH2OH,Pt,0.05,[40]
BiFeO3,,2.28,Combustion,823.0,1.0,,,,,[41]
Ca0.9Ho0.1MnO3,,1.6,Citrate nitrate self-combustion,1073.0,6.0,,,,,[42]
Ca0.8Ho0.2MnO3,,1.7,Citrate nitrate self-combustion,1073.0,6.0,,,,,[42]
Ca0.7Ho0.3MnO3,,1.8,Citrate nitrate self-combustion,1073.0,6.0,,,,,[42]
Ca0.6Ho0.4MnO3,,1.8,Citrate nitrate self-combustion,1073.0,6.0,,,,,[42]
Ca0.9Sm0.1MnO3,,1.6,Citrate nitrate self-combustion,1073.0,6.0,,,,,[42]
Ca0.8Sm0.2MnO3,,1.9,Citrate nitrate self-combustion,1073.0,6.0,,,,,[42]
Ca0.7Sm0.3MnO3,,2.4,Citrate nitrate self-combustion,1073.0,6.0,,,,,[42]
Ca0.6Sm0.4MnO3,,2.8,Citrate nitrate self-combustion,1073.0,6.0,,,,,[42]
SrSnO3,,3.85,Ionic-Liquid-Assisted Microwave,973.0,3.0,,,,,[43]
Sr0.8Ba0.2SnO3,,3.54,Ionic-Liquid-Assisted Microwave,973.0,3.0,,,,,[43]
Sr0.6Ba0.4SnO3,,3.34,Ionic-Liquid-Assisted Microwave,973.0,3.0,,,,,[43]
Sr0.2Ba0.8SnO3,,3.15,Ionic-Liquid-Assisted Microwave,973.0,3.0,,,,,[43]
BaSnO3,,3.1,Ionic-Liquid-Assisted Microwave,973.0,3.0,,,,,[43]