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6,011 to 6,020 of 7,423 Results
Supplementary data for the study: Locatives in Runyankore-Rukiga
May 31, 2021
Beermann, Dorothee; Asiimwe, Allen, 2021, "Supplementary data for the study: Locatives in Runyankore-Rukiga", https://doi.org/10.18710/YPHCNA, DataverseNO, V2
The dataset consists of interlinear glossed text which has been extracted from a 140k word corpus of Runyankore-Rukiga, a Bantu language spoken in West Uganda (JE14). The data has been generated in support of a study on locative expressions in this language. In addition to data mentioned in the published article, the supplement contains additional...
00-READ_ME_supplemet_Locatives_Runyankore-Rukiga.txt
May 31, 2021 - Supplementary data for the study: Locatives in Runyankore-Rukiga
Plain Text - 4.6 KB - MD5: 1ed7fdebd8b37a2b3cb78cdd63af07e6
Locatives-RR_tc_export_4510.xml
May 20, 2021 - Supplementary data for the study: Locatives in Runyankore-Rukiga
XML - 1.3 MB - MD5: 9be5119519735492ad42ee356ec585f2
Replication data for: "Hole annihilation vs. induced convection: Breakdown of different contributions to the photocorrosion mechanism of oxide-covered iron"
Apr 14, 2021
Wilson, Håvard; Sunde, Svein; Erbe, Andreas, 2021, "Replication data for: "Hole annihilation vs. induced convection: Breakdown of different contributions to the photocorrosion mechanism of oxide-covered iron"", https://doi.org/10.18710/CHYUQX, DataverseNO, V1
The uniform corrosion rate of oxide-covered iron increases under illumination. This dataset contains measurements associated with an investigation of the mechanism of this increase. The samples were polished iron samples. Polished iron was either investigated directly, or anodised to create oxide films with thicknesses of 50-350 nm. The dataset con...
00_Readme.txt
Apr 14, 2021 - Replication data for: "Hole annihilation vs. induced convection: Breakdown of different contributions to the photocorrosion mechanism of oxide-covered iron"
Plain Text - 23.2 KB - MD5: 41a21fc33fecb8cc5b5a8edb5ebfea76
100nm-oxide-photoscan_photocurrent.txt
Apr 14, 2021 - Replication data for: "Hole annihilation vs. induced convection: Breakdown of different contributions to the photocorrosion mechanism of oxide-covered iron"
Plain Text - 57.9 KB - MD5: f66f76b889cf54d100f3c56c00a071dd
100nm-oxide-photovoltage.txt
Apr 14, 2021 - Replication data for: "Hole annihilation vs. induced convection: Breakdown of different contributions to the photocorrosion mechanism of oxide-covered iron"
Plain Text - 115.3 KB - MD5: efd0d53212319dc66c0874179c219394
150nm-oxide-photoscan_photocurrent.txt
Apr 14, 2021 - Replication data for: "Hole annihilation vs. induced convection: Breakdown of different contributions to the photocorrosion mechanism of oxide-covered iron"
Plain Text - 22.8 KB - MD5: aeccbe1ddd0af44180e34376e9c30e14
150nm-oxide-photovoltage.txt
Apr 14, 2021 - Replication data for: "Hole annihilation vs. induced convection: Breakdown of different contributions to the photocorrosion mechanism of oxide-covered iron"
Plain Text - 39.3 KB - MD5: ef0d4c4bcdf4fe5b819a00ef2dbca6a1
250nm-oxide-photoscan_photocurrent.txt
Apr 14, 2021 - Replication data for: "Hole annihilation vs. induced convection: Breakdown of different contributions to the photocorrosion mechanism of oxide-covered iron"
Plain Text - 43.8 KB - MD5: e76dec92c8ada16bab6757555ed33e2d
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