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881 to 890 of 3,244 Results

Figure4-A.txt Jan 16, 2026 - Replication data containing X-ray absorption files for: "Alkaline-metal cations affect pt deactivation for the electrooxidation of small organic molecules by affecting the formation of inactive pt oxide" Plain Text - 203 B - MD5: 3474e4d6b1f6646635abf76754c699ba
Figure4-B.txt Jan 16, 2026 - Replication data containing X-ray absorption files for: "Alkaline-metal cations affect pt deactivation for the electrooxidation of small organic molecules by affecting the formation of inactive pt oxide" Plain Text - 125 B - MD5: f5c12b013b14005a19be6a6b2c91ef2c
Figure4-C.txt Jan 16, 2026 - Replication data containing X-ray absorption files for: "Alkaline-metal cations affect pt deactivation for the electrooxidation of small organic molecules by affecting the formation of inactive pt oxide" Plain Text - 123 B - MD5: 83a4634068d5be7127cc6a00a36cd4a8
FigureS10.txt Jan 16, 2026 - Replication data containing X-ray absorption files for: "Alkaline-metal cations affect pt deactivation for the electrooxidation of small organic molecules by affecting the formation of inactive pt oxide" Plain Text - 10.9 KB - MD5: b22c808d117461f57195118b54536b27
FigureS11-A.txt Jan 16, 2026 - Replication data containing X-ray absorption files for: "Alkaline-metal cations affect pt deactivation for the electrooxidation of small organic molecules by affecting the formation of inactive pt oxide" Plain Text - 13.6 KB - MD5: ee83454eec3e8599bf66573bfc239248
FigureS11-B.txt Jan 16, 2026 - Replication data containing X-ray absorption files for: "Alkaline-metal cations affect pt deactivation for the electrooxidation of small organic molecules by affecting the formation of inactive pt oxide" Plain Text - 13.5 KB - MD5: aa0a836586d5dc01ffbcf036b09168eb
FigureS11-C.txt Jan 16, 2026 - Replication data containing X-ray absorption files for: "Alkaline-metal cations affect pt deactivation for the electrooxidation of small organic molecules by affecting the formation of inactive pt oxide" Plain Text - 13.5 KB - MD5: 031a251a03056c90a26ade2deeb24bf1
Replication data containing X-ray absorption files for: "Calcination temperature of the perovskite parent compound controls active metal exsolution and catalytic performance for ethanol steam reforming" Jan 16, 2026 Fernández, Pablo Sebastián; Vicente, Rafael Alcides, 2026, "Replication data containing X-ray absorption files for: "Calcination temperature of the perovskite parent compound controls active metal exsolution and catalytic performance for ethanol steam reforming"", https://doi.org/10.25824/redu/6YLYMC, Repositório de Dados de Pesquisa da Unicamp, V1 Replication data containing only the X-ray absorption data used in the Article: "Calcination temperature of the perovskite parent compound controls active metal exsolution and catalytic performance for ethanol steam reforming" published in International Journal of Hydrogen Energy...
Figure3-A.txt Jan 16, 2026 - Replication data containing X-ray absorption files for: "Calcination temperature of the perovskite parent compound controls active metal exsolution and catalytic performance for ethanol steam reforming" Plain Text - 29.0 KB - MD5: 7bb81df70a434c5d25ec134a2ccc00c9
Figure3-B.txt Jan 16, 2026 - Replication data containing X-ray absorption files for: "Calcination temperature of the perovskite parent compound controls active metal exsolution and catalytic performance for ethanol steam reforming" Plain Text - 29.0 KB - MD5: b61d382f76c32635ea61e9d19a3bfb87

Figure4-A.txt

Jan 16, 2026 - Replication data containing X-ray absorption files for: "Alkaline-metal cations affect pt deactivation for the electrooxidation of small organic molecules by affecting the formation of inactive pt oxide"

Plain Text - 203 B -

Figure4-B.txt

Plain Text - 125 B -

Figure4-C.txt

Plain Text - 123 B -

FigureS10.txt

Plain Text - 10.9 KB -

FigureS11-A.txt

Plain Text - 13.6 KB -

FigureS11-B.txt

Plain Text - 13.5 KB -

FigureS11-C.txt

Plain Text - 13.5 KB -

Replication data containing X-ray absorption files for: "Calcination temperature of the perovskite parent compound controls active metal exsolution and catalytic performance for ethanol steam reforming"

Jan 16, 2026

Fernández, Pablo Sebastián; Vicente, Rafael Alcides, 2026, "Replication data containing X-ray absorption files for: "Calcination temperature of the perovskite parent compound controls active metal exsolution and catalytic performance for ethanol steam reforming"", https://doi.org/10.25824/redu/6YLYMC, Repositório de Dados de Pesquisa da Unicamp, V1

Replication data containing only the X-ray absorption data used in the Article: "Calcination temperature of the perovskite parent compound controls active metal exsolution and catalytic performance for ethanol steam reforming" published in International Journal of Hydrogen Energy...

Figure3-A.txt

Jan 16, 2026 - Replication data containing X-ray absorption files for: "Calcination temperature of the perovskite parent compound controls active metal exsolution and catalytic performance for ethanol steam reforming"

Plain Text - 29.0 KB -

Figure3-B.txt

Plain Text - 29.0 KB -

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