Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production | Paper Citation Record

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Machine-Learning-DrivenDiscoveryofWaterSplittingBaFe2O4andHuman-in-the- LoopImprovementviaAl-SubstitutionforIncreasedThermalStability

Reference 1

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This paper cites et al.Areviewofsolarthermochemicalcyclesforfuelproduction.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Areviewofsolarthermochemicalcyclesforfuelproduction

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Observation 9e3392b3-ee23-4dd6-acbe-ebdfb78719c3 · outbound

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Green Energy Environ

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Energy 290,130187(2024)

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This paper cites et al.Advancingproductionofhydrogenusingnuclearcycles-integrationofhightemperature gas-cooledreactorswiththermochemicalwatersplittingcycles.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Advancingproductionofhydrogenusingnuclearcycles-integrationofhightemperature gas-cooledreactorswiththermochemicalwatersplittingcycles

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This paper cites et al.Wasteheatvalorizationforhydrogenproduction:ameta-analyticreviewoftechnologies, challenges,andpathstonet-zero.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Wasteheatvalorizationforhydrogenproduction:ameta-analyticreviewoftechnologies, challenges,andpathstonet-zero

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This paper cites et al.Solarfuelsproduction:Two-stepthermochemicalcycleswithcerium-basedoxides.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Solarfuelsproduction:Two-stepthermochemicalcycleswithcerium-basedoxides

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Observation 92cbe3b6-db94-4ca9-9208-6d37cd45f4b0 · outbound

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Energy Convers

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This paper cites et al.PerovskiteOxideMaterialsforSolarThermochemicalHydrogenProductionfromWater SplittingthroughChemicalLooping.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.PerovskiteOxideMaterialsforSolarThermochemicalHydrogenProductionfromWater SplittingthroughChemicalLooping

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Reference 13

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Observation b5c764b3-eb77-4fee-ad21-ddf58e8b11d5 · outbound

This paper cites et al.Areviewandperspectiveofefficienthydrogengenerationviasolarthermalwater splitting.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Areviewandperspectiveofefficienthydrogengenerationviasolarthermalwater splitting

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This paper cites et al.Water-splittingmechanismanalysisofSr/CadopedLaFeO3towardscommercialefficiencyof solarthermochemicalH2production.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Water-splittingmechanismanalysisofSr/CadopedLaFeO3towardscommercialefficiencyof solarthermochemicalH2production

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Observation ddef8eff-0c63-4101-b807-1eb4a8b8eb44 · outbound

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Energy Environ

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Energy Environ

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Energy Environ

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This paper cites et al.Hydrogenproductionviaatwo-stepwatersplittingthermochemicalcyclebasedonmetal oxide–Areview.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Hydrogenproductionviaatwo-stepwatersplittingthermochemicalcyclebasedonmetal oxide–Areview

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.High-FluxSolar-DrivenThermochemicalDissociationofCO2andH2OUsing NonstoichiometricCeria

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.OutstandingPropertiesandPerformanceofCaTi0.5Mn0.5O3–δforSolar-Driven ThermochemicalHydrogenProduction

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.CompositionallyComplexPerovskiteOxidesforSolarThermochemicalWaterSplitting

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.FavorableRedoxThermodynamicsofSrTi0.5Mn0.5O3−δinSolarThermochemicalWater Splitting

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Thermodynamicstabilityofdopedceriaforsolarreactors:Sublimationandsurface segregation

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.DiscoveryofNovelFerritesforThermochemicalH2ProductionCycleviaHigh-Throughput ThermodynamicScreening

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.HydrogenproductionbywatersplittingwithMn3-xCoxO4mixedoxidesthermochemical cycles:Athermodynamicanalysis

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.MultipleandnonlocalcationredoxinCa-Ce-Ti-Mnoxideperovskitesforsolar thermochemicalapplications

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.AccuratepredictionofoxygenvacancyconcentrationwithdisorderedA-sitecationsinhigh- entropyperovskiteoxides

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Manganese-basedA-sitehigh-entropyperovskiteoxideforsolarthermochemicalhydrogen production

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Anovelhigh-entropyperovskiteoxideofCa0.2Gd0.2La0.2Pr0.2Sr0.2Mn0.6Al0.4O3forhigh- performancethermochemicalfuelproduction

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Large-scaleexperimentalvalidationofthermochemicalwater-splittingoxides discoveredbydefectgraphneuralnetworks

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.OxygenVacancyFormationEnergyinMetalOxides:High-Throughput ComputationalStudiesandMachine-LearningPredictions

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Thermodynamicassessmentofnonstoichiometricoxidesforsolarthermochemicalfuel production

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Energy 201,117649(2020)

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Efficientceriananostructuresforenhancedsolarfuelproduction:Viahigh-temperature thermochemicalredoxcycles

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Energy Environ

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Materialsdesignofperovskitesolidsolutionsforthermochemicalapplications

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.High-throughputoxygenchemicalpotentialengineeringofperovskiteoxidesforchemical loopingapplications

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.EnhancedoxidationkineticsinthermochemicalcyclingofCeO2throughtemplated porosity

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.EnhancedMorphologicalPreservationandRedoxActivityinAl-IncorporatedNiFe2O4for ChemicalLoopingHydrogenProduction

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.EnhancedsinteringresistanceofFe2O3/CeO2oxygencarrierforchemicalloopinghydrogen generationusingcore-shellstructure

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Observation 815893cf-f4ed-4afb-9ba7-b3bc461fb1a8 · outbound

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Unresolved cited work

Reference 60

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Observation db39e6e6-ceda-4db8-81e7-ea63865b9263 · outbound

This paper cites an unresolved cited work.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Unresolved cited work

Reference 61

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Observation f16d11f8-e334-4044-b4c8-a7d1afb83e59 · outbound

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Iron-oxygencovalencyinperovskitestodominatesyngasyieldinchemicalloopingpartial oxidation

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Resolution: unresolved; no resolver link, observed 2026-08-10T19:11:33.734573Z

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Observation b9afd431-6fa4-4448-9840-9e892a413ecc · outbound

This paper cites et al.TailoringCatalyticandOxygenReleaseCapabilityinLaFe1–xNixO3toIntensifyChemical LoopingReactionsatMediumTemperatures.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.TailoringCatalyticandOxygenReleaseCapabilityinLaFe1–xNixO3toIntensifyChemical LoopingReactionsatMediumTemperatures

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Resolution: unresolved; no resolver link, observed 2026-08-10T19:11:33.739193Z

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Observation 948e6ee5-ee4d-47ff-914c-50de3af04c43 · outbound

This paper cites et al.ModulatingLatticeOxygeninDual-FunctionalMo-V-OMixedOxidesforChemical LoopingOxidativeDehydrogenation.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.ModulatingLatticeOxygeninDual-FunctionalMo-V-OMixedOxidesforChemical LoopingOxidativeDehydrogenation

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Resolution: unresolved; no resolver link, observed 2026-08-10T19:11:33.743583Z

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Observation 1a4862b3-e012-4ec8-8d9d-942e5fc0f27e · outbound

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.AdecadeofceriabasedsolarthermochemicalH2O/CO2splittingcycle

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Observation aafd3455-e8d2-466f-a2fc-765674fc6436 · outbound

This paper cites an unresolved cited work.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Unresolved cited work

Reference 66

Resolution: unresolved; no resolver link, observed 2026-08-10T19:11:33.754358Z

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Observation 59011e0f-b912-48e1-989c-b6d737fc57ac · outbound

This paper cites an unresolved cited work.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Unresolved cited work

Reference 67

Resolution: unresolved; no resolver link, observed 2026-08-10T19:11:33.758698Z

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Observation ac26a059-b7b0-49e8-b900-2d49f69e3504 · outbound

This paper cites an unresolved cited work.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Unresolved cited work

Reference 68

Resolution: unresolved; no resolver link, observed 2026-08-10T19:11:33.764366Z

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Observation b121996b-fcd9-4a47-9983-e8a88ccc4058 · outbound

This paper cites et al.Self-DrivingLaboratoriesforChemistryandMaterialsScience.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Self-DrivingLaboratoriesforChemistryandMaterialsScience

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Observation 8b2d4678-1756-4fba-9841-fb856fc9e2d1 · outbound

This paper cites et al.Anautonomouslaboratoryfortheacceleratedsynthesisofinorganicmaterials.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Anautonomouslaboratoryfortheacceleratedsynthesisofinorganicmaterials

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Observation dfabaf98-f1b2-493c-a3ec-01bd55fc4fc5 · outbound

This paper cites et al.MachineLearning-GuidedDiscoveryofHigh-EntropyPerovskiteOxideElectrocatalysts viaOxygenVacancyEngineering.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.MachineLearning-GuidedDiscoveryofHigh-EntropyPerovskiteOxideElectrocatalysts viaOxygenVacancyEngineering

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Observation 26602477-ad93-4fd0-862a-8941719858a8 · outbound

This paper cites et al.Machinelearningforasustainableenergyfuture.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Machinelearningforasustainableenergyfuture

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Observation c5c13212-b524-4657-bb95-e004aefe0bbf · outbound

This paper cites et al.AcceleratedPerovskiteOxideDevelopmentforThermochemicalEnergyStoragebya High-ThroughputCombinatorialApproach.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.AcceleratedPerovskiteOxideDevelopmentforThermochemicalEnergyStoragebya High-ThroughputCombinatorialApproach

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Resolution: unresolved; no resolver link, observed 2026-08-10T19:11:33.798044Z

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Observation 46b768df-b9bc-4863-956d-89f9df6427a0 · outbound

This paper cites an unresolved cited work.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Unresolved cited work

Reference 74

Resolution: unresolved; no resolver link, observed 2026-08-10T19:11:33.804774Z

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Observation e0d53cbc-05c2-4a5d-a74f-8c50a7cb1357 · outbound

This paper cites an unresolved cited work.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Unresolved cited work

Reference 75

Resolution: unresolved; no resolver link, observed 2026-08-10T19:11:33.810076Z

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Observation 02900c96-cfe1-421a-98cb-73b1ecd8a5fc · outbound

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.On-the-flyclosed-loopmaterialsdiscoveryviaBayesianactivelearning

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Observation ec9b2587-defd-4455-a8ad-9e904b5a9eaa · outbound

This paper cites an unresolved cited work.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Unresolved cited work

Reference 77

Resolution: unresolved; no resolver link, observed 2026-08-10T19:11:33.824014Z

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Observation 80df5069-f045-42f2-b8ef-f89605b576e8 · outbound

This paper cites an unresolved cited work.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Unresolved cited work

Reference 78

Resolution: unresolved; no resolver link, observed 2026-08-10T19:11:33.831046Z

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Observation 1846c567-c4db-4e5c-b82f-cd32b43a7093 · outbound

This paper cites Energy Environ.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Energy Environ

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Resolution: unresolved; no resolver link, observed 2026-08-10T19:11:33.836441Z

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Observation 959e7e77-b7b9-4a19-a363-b1b81b42b410 · outbound

This paper cites et al.ComputationallyGuidedDiscoveryofMixedMn/NiPerovskitesforSolar ThermochemicalHydrogenProductionatHighH2Conversion.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.ComputationallyGuidedDiscoveryofMixedMn/NiPerovskitesforSolar ThermochemicalHydrogenProductionatHighH2Conversion

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Observation 0788f2a2-fe3e-4315-a4e0-702d37dfa3ed · outbound

This paper cites an unresolved cited work.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Unresolved cited work

Reference 81

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Observation 5a7a8291-2a4b-4116-afdb-b2c345b7ab64 · outbound

This paper cites et al.Fromhigh-entropyceramicstocompositionally-complexceramics:Acasestudyof fluoriteoxides.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Fromhigh-entropyceramicstocompositionally-complexceramics:Acasestudyof fluoriteoxides

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Observation b773f800-7311-455f-9bb9-76587099ddeb · outbound

This paper cites Catalysts 12,(2022).

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Catalysts 12,(2022)

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Observation 488cce33-8e8b-46ea-9d78-2c222225c63e · outbound

This paper cites et al.SubsurfaceA-sitevacancyactivateslatticeoxygeninperovskiteferritesformethane anaerobicoxidationtosyngas.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.SubsurfaceA-sitevacancyactivateslatticeoxygeninperovskiteferritesformethane anaerobicoxidationtosyngas

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Observation efa1c375-f5aa-4a22-bea8-6761ca68a009 · outbound

This paper cites et al.ProbingOne-DimensionalOxygenVacancyChannelsDrivenbyCation-AnionDouble OrderinginPerovskites.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.ProbingOne-DimensionalOxygenVacancyChannelsDrivenbyCation-AnionDouble OrderinginPerovskites

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Observation 82906f8d-40cf-4da9-9259-2819247a8530 · outbound

This paper cites et al.UnravelingtheTrade-OffBetweenOxygenVacancyConcentrationandOrderingof PerovskiteOxidesforEfficientLatticeOxygenEvolution.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.UnravelingtheTrade-OffBetweenOxygenVacancyConcentrationandOrderingof PerovskiteOxidesforEfficientLatticeOxygenEvolution

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Observation 052a4562-cd86-4658-a3dd-c5c9eb91c63b · outbound

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Ambient-pressureozonetreatmentenablestuningofoxygenvacancyconcentrationinthe La1−xSrxFeO3−δ(0≤x≤1)perovskiteoxides

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Observation 8cbd8958-e43c-4e24-8433-32cdb80d1774 · outbound

This paper cites et al.AReviewofSolarThermochemicalCO2SplittingUsingCeria-BasedCeramicsWith DesignedMorphologiesandMicrostructures.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.AReviewofSolarThermochemicalCO2SplittingUsingCeria-BasedCeramicsWith DesignedMorphologiesandMicrostructures

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Observation 5f76655a-8f50-4171-a8a8-767a318a83c1 · outbound

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Discoveryofareversibleredox-inducedorder-disordertransitionina10-component compositionallycomplexceramic

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Observation 3c1472fe-b3ac-4b73-9c86-8214632520ad · outbound

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Single-phaseduodenaryhigh-entropyfluorite/pyrochloreoxideswithanorder- disordertransition

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Observation 48445629-b81f-40a1-bfd5-473df8359882 · outbound

This paper cites an unresolved cited work.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Unresolved cited work

Reference 91

Resolution: unresolved; no resolver link, observed 2026-08-10T19:11:33.911255Z

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Observation 88be2a6c-3296-42f2-8537-91b4920310a4 · outbound

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Energy 89,924–931(2015)

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Observation 53e266d6-eb72-4257-ba05-df0f872e5058 · outbound

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Agenerativemodelforinorganicmaterialsdesign

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Observation 25babd53-c1be-4a78-affe-7cbed68c2ebe · outbound

This paper cites an unresolved cited work.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Unresolved cited work

Reference 94

Resolution: unresolved; no resolver link, observed 2026-08-10T19:11:33.937042Z

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Observation 9d43f85e-ea76-48e4-b7fb-0fc579ca3ac8 · outbound

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Abinitiostructuresolutionsfromnanocrystallinepowderdiffractiondataviadiffusion models

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Observation 3fbead7b-92da-4656-a601-179abcdc4906 · outbound

This paper cites an unresolved cited work.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Unresolved cited work

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Resolution: unresolved; no resolver link, observed 2026-08-10T19:11:33.946506Z

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Observation 96504bf9-0763-4cc3-97b7-b17fc75e289e · outbound

This paper cites Energy Environ.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Energy Environ

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Resolution: unresolved; no resolver link, observed 2026-08-10T19:11:33.952612Z

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Observation 15f3da95-7431-45e8-a46c-7e2d530d20bc · outbound

This paper cites Energy Convers.

Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Energy Convers

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Resolution: unresolved; no resolver link, observed 2026-08-10T19:11:33.956835Z

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Observation e30680df-b20f-4e1d-8449-d4e6bfed00f6 · outbound

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production Fuel 265,116983(2020)

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Observation 864b5f71-8de8-4bc4-ab55-972d8406fcc0 · outbound

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Autonomous Optimization of Complex Oxides for Thermochemical Fuel Production et al.Thermalandmechanicalbehaviourofoxygencarriermaterialsforchemicallooping combustioninapackedbedreactor

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