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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101 to 110 of 5,422 Results
0.2C_50Cs.txt
Sep 9, 2022 - Time-resolved dislocation density evolution during martensitic transformation tracked in situ by High-Energy XRD experiments: a study of C content and cooling rate effects
Texte - 73.2 KB - MD5: 822b6cbf7a6fdf22eaf77366e82a8eb1
dilatomertric heat treatment, steel 0.2C, cooling under Ms -0Cs
0.2C_WQ.7z
Sep 9, 2022 - Time-resolved dislocation density evolution during martensitic transformation tracked in situ by High-Energy XRD experiments: a study of C content and cooling rate effects
Archive 7Z - 36.7 KB - MD5: 05d71947ff0b9e3275e0d1ee129cae97
steel 0.2C, cooling rate water quench
0.3C_100Cs.7z
Sep 9, 2022 - Time-resolved dislocation density evolution during martensitic transformation tracked in situ by High-Energy XRD experiments: a study of C content and cooling rate effects
Archive 7Z - 6.2 MB - MD5: 664d882a959a575154d75552efee6588
steel 0.3C, cooling rate -100Cs
0.3C_100Cs.txt
Sep 9, 2022 - Time-resolved dislocation density evolution during martensitic transformation tracked in situ by High-Energy XRD experiments: a study of C content and cooling rate effects
Texte - 53.4 KB - MD5: f2d224f6b8cf346e7be7d1e690e46eaf
dilatomertric heat treatment, steel 0.3C, cooling under Ms -100Cs
0.3C_10Cs.7z
Sep 9, 2022 - Time-resolved dislocation density evolution during martensitic transformation tracked in situ by High-Energy XRD experiments: a study of C content and cooling rate effects
Archive 7Z - 6.0 MB - MD5: 5ec69f4502c8b78e20ed7549c663a7af
steel 0.3C, cooling rate -10Cs
0.3C_10Cs.txt
Sep 9, 2022 - Time-resolved dislocation density evolution during martensitic transformation tracked in situ by High-Energy XRD experiments: a study of C content and cooling rate effects
Texte - 62.0 KB - MD5: b0a9382f0e1270aa880b8e06da12d284
dilatomertric heat treatment, steel 0.3C, cooling under Ms -10Cs
0.3C_50Cs.7z
Sep 9, 2022 - Time-resolved dislocation density evolution during martensitic transformation tracked in situ by High-Energy XRD experiments: a study of C content and cooling rate effects
Archive 7Z - 6.2 MB - MD5: 4caccf409fd242759ecd3d18e0c5dcfe
steel 0.3C, cooling rate -50Cs
0.3C_50Cs.txt
Sep 9, 2022 - Time-resolved dislocation density evolution during martensitic transformation tracked in situ by High-Energy XRD experiments: a study of C content and cooling rate effects
Texte - 53.9 KB - MD5: 3c1d6a5b4234d2bf7cc7e4600f457833
dilatomertric heat treatment, steel 0.3C, cooling under Ms -50Cs
0.3C_WQ.7z
Sep 9, 2022 - Time-resolved dislocation density evolution during martensitic transformation tracked in situ by High-Energy XRD experiments: a study of C content and cooling rate effects
Archive 7Z - 39.6 KB - MD5: 8a40e9cb73d050e40e4cf4ef54c76cc3
steel 0.3C, cooling rate water quench
compo_0.1C.txt
Sep 9, 2022 - Time-resolved dislocation density evolution during martensitic transformation tracked in situ by High-Energy XRD experiments: a study of C content and cooling rate effects
Texte - 75 B - MD5: 4383d6fea14f74faff21c9156e1c089c
chemical composition steel 0.1C
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