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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111 to 120 of 5,428 Results
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
compo_0.2C.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 - 74 B - MD5: c97839ab53ecc984abdb5b7982529815
chemical composition steel 0.1C
compo_0.3C.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 - 74 B - MD5: 98587dacf2453a748e0d045cc79c0f60
chemical composition steel 0.1C
LaB6_31_05_06_50-00005.dat
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
Données textuelles à champ de valeur fixe - 50.8 KB - MD5: 6a4d61f5c230999a1a24c5beb67a00c8
LaB6 calibrant, instrumental broadening, integration
README.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 - 4.1 KB - MD5: 8df177cd77ec9a1451d7223fb8a1747c
description of dataset
Observation in situ de l'évolution de la microstructure d'un alliage de Titane (TA6V) au cours d'un traitement thermique en microscopie confocal
Observation in situ de l'évolution de la microstructure d'un alliage de Titane (TA6V) au cours d'un traitement thermique en microscopie confocal
Dec 8, 2021
Geandier, Guillaume; Lebel, Florimonde, 2021, "Observation in situ de l'évolution de la microstructure d'un alliage de Titane (TA6V) au cours d'un traitement thermique en microscopie confocal", https://doi.org/10.12763/FQOYLM, Université de Lorraine, V1
Observation in situ de l'évolution de la microstructure d'un alliage de Titane (TA6V) au cours d'un traitement thermique en microscopie confocal équipé d'une platine chauffante.
LCM_insitu_TA6V.mp4
Dec 8, 2021 - Observation in situ de l'évolution de la microstructure d'un alliage de Titane (TA6V) au cours d'un traitement thermique en microscopie confocal
Video MPEG-4 - 128.9 MB - MD5: 5d9ecaa61865287e1ad79b54714a8454
Transformation de phase à l'état solide d'un Ti64 observée in situ au LCM
LCM.jpg
LCM.jpg
Dec 8, 2021 - Observation in situ de l'évolution de la microstructure d'un alliage de Titane (TA6V) au cours d'un traitement thermique en microscopie confocal
Image JPEG - 2.3 MB - MD5: 55cc6e972c4cae165003f995dd5686d8
Photographie du microscope confocal ZEISS LSM700 et platine chauffante TS1500 Linkam
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