L’Institut Jean Lamour (IJL) est un laboratoire de recherche fondamentale et appliquée en science et ingénierie des matériaux et des procédés qui rassemble des scientifiques de différentes disciplines. Laboratoire multi-thématique, il couvre : les matériaux, la métallurgie, les plasmas, les surfaces, les nanomatériaux et l’électronique.
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Figure1b_TEM_zone.jpg
Figure1b_TEM_zone.jpg
Nov 3, 2023 - Crystallographic analysis and electron microscopy characterization of Cu7Te4 nanorods synthesized via a soft chemistry route on a Pt substrate
JPEG Image - 105.8 KB - MD5: 865d737e4070245cc4105858beb3d89b
Figure2a_Diameter.tab
Nov 3, 2023 - Crystallographic analysis and electron microscopy characterization of Cu7Te4 nanorods synthesized via a soft chemistry route on a Pt substrate
Tabular Data - 39 B - 2 Variables, 4 Observations - UNF:6:gstV6hu/W21+366ZNqw9FA==
Figure2b_Length.tab
Nov 3, 2023 - Crystallographic analysis and electron microscopy characterization of Cu7Te4 nanorods synthesized via a soft chemistry route on a Pt substrate
Tabular Data - 43 B - 2 Variables, 4 Observations - UNF:6:I4Hincj1hhaTV+FMrL+SCQ==
Figure3_ XRD_BathA.tab
Nov 3, 2023 - Crystallographic analysis and electron microscopy characterization of Cu7Te4 nanorods synthesized via a soft chemistry route on a Pt substrate
Tabular Data - 44.0 KB - 2 Variables, 3059 Observations - UNF:6:oBVOqzqAw9Gm+PX0Ohutmw==
Figure4_EDXmapping_BathA_Cu.jpg
Figure4_EDXmapping_BathA_Cu.jpg
Nov 3, 2023 - Crystallographic analysis and electron microscopy characterization of Cu7Te4 nanorods synthesized via a soft chemistry route on a Pt substrate
JPEG Image - 12.4 KB - MD5: 255718db1d35060a50ff11c7f48d3dfa
Figure4_EDXmapping_BathA_Te.jpg
Figure4_EDXmapping_BathA_Te.jpg
Nov 3, 2023 - Crystallographic analysis and electron microscopy characterization of Cu7Te4 nanorods synthesized via a soft chemistry route on a Pt substrate
JPEG Image - 10.7 KB - MD5: 8f36b91fa18e027ad56fdcc8e7a017c9
Figure4_EDXmapping_BathB_Cu.jpg
Figure4_EDXmapping_BathB_Cu.jpg
Nov 3, 2023 - Crystallographic analysis and electron microscopy characterization of Cu7Te4 nanorods synthesized via a soft chemistry route on a Pt substrate
JPEG Image - 13.2 KB - MD5: 7980182b4161161ebbce8bfc659964f8
Figure4_EDXmapping_BathB_Te.jpg
Figure4_EDXmapping_BathB_Te.jpg
Nov 3, 2023 - Crystallographic analysis and electron microscopy characterization of Cu7Te4 nanorods synthesized via a soft chemistry route on a Pt substrate
JPEG Image - 8.8 KB - MD5: 42e165f47257de1b054cbc3273628bed
Figure4_SEM_BathA.jpg
Figure4_SEM_BathA.jpg
Nov 3, 2023 - Crystallographic analysis and electron microscopy characterization of Cu7Te4 nanorods synthesized via a soft chemistry route on a Pt substrate
JPEG Image - 38.2 KB - MD5: 7277ed0ef214f65e5830c3ce5459ef39
Figure4_SEM_BathB.jpg
Figure4_SEM_BathB.jpg
Nov 3, 2023 - Crystallographic analysis and electron microscopy characterization of Cu7Te4 nanorods synthesized via a soft chemistry route on a Pt substrate
JPEG Image - 46.1 KB - MD5: 6c7a8c00af7039f896c4a2e95e4bacf5
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