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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Figure8a_HRTEM_raw.dm4
Nov 3, 2023 - Crystallographic analysis and electron microscopy characterization of Cu7Te4 nanorods synthesized via a soft chemistry route on a Pt substrate
Unknown - 64.6 MB - MD5: 56ed12145557bdbcfaedb489bc3108ef
Figure8a_HRTEM_zone.jpg
Figure8a_HRTEM_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 - 80.3 KB - MD5: 110b48d1afebc1221a76a81aeef6aec3
Figure8a_SAED.jpg
Figure8a_SAED.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 - 28.7 KB - MD5: 084a995be51670496c531fcfbd244109
Figure8a_SAED_raw.dm4
Nov 3, 2023 - Crystallographic analysis and electron microscopy characterization of Cu7Te4 nanorods synthesized via a soft chemistry route on a Pt substrate
Unknown - 16.6 MB - MD5: da83d0c6102cd9374f53ec000ba0fbcb
Figure8b_FFT_blue_zone_defect_free.jpg
Figure8b_FFT_blue_zone_defect_free.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 - 10.5 KB - MD5: 8736732bdce82e109175a94d8479faa1
Figure8b_FFT_orange_zone_defect.jpg
Figure8b_FFT_orange_zone_defect.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 - 10.8 KB - MD5: 6018e0c985fe5be4cf9e86938e12a1b8
Figure8b_HRTEM.jpg
Figure8b_HRTEM.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 - 268.1 KB - MD5: cea817a792556b6cc12ca2c2568a06f9
Figure8b_HRTEM_zones.jpg
Figure8b_HRTEM_zones.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 - 270.8 KB - MD5: 47aac0042f2ad0400468041958a2d052
Figure9_EELS.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 - 99.8 KB - 9 Variables, 1945 Observations - UNF:6:7wR7PIm4sTd85QoeiAnNQA==
Figure_SI1_HRTEM.jpg
Figure_SI1_HRTEM.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 - 117.8 KB - MD5: d24c9764e110e5b2dc2bef7efc912df9
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