Le Laboratoire de Chimie Physique et Microbiologie pour les Matériaux et l'Environnement (LCPME) est une unité pluridisciplinaire qui centre ses recherches sur l'étude des interfaces minérales et biologiques en milieux aqueux. L'objectif principal vise à mieux comprendre la réactivité de surfaces solides (phases minérales, hybrides organo-minéraux, nanomatériaux ou objets biologiques) au contact de milieux aqueux, avec le souhait de prendre en compte les hétérogénéités structurales et réactionnelles des systèmes étudiés à différentes échelles spatiales, et avec des retombées potentielles dans le domaine de l'environnement et des matériaux.
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241 to 250 of 268 Results
Ni2AlCO3-ech9-P10-mes2.txt
Dec 15, 2022 - Associated data: Divalent metal release and antimicrobial effects of layered double hydroxides
Texte - 24.1 KB - MD5: 8641e2508fe8a34b67284d31b196decb
Ni2AlCO3-ech9-P5-mes1.txt
Dec 15, 2022 - Associated data: Divalent metal release and antimicrobial effects of layered double hydroxides
Texte - 73.0 KB - MD5: 12acbfcd0e9106c20a1db303fdee5746
samples-and-characterizations.tab
Dec 15, 2022 - Associated data: Divalent metal release and antimicrobial effects of layered double hydroxides
Tabular Data - 522 B - 1 Variables, 21 Observations - UNF:6:9X/buXgWaI+X9i5ELcB0vg==
Index of the composition of the samples and their various characterizations
XRD AFTER LB.opju
Dec 15, 2022 - Associated data: Divalent metal release and antimicrobial effects of layered double hydroxides
Inconnu - 596.0 KB - MD5: 6ede48d0aac2fac5b90d6c07ca6bde7d
Zn2AlCO3-ech7-P100-mes1.txt
Dec 15, 2022 - Associated data: Divalent metal release and antimicrobial effects of layered double hydroxides
Texte - 166.0 KB - MD5: eef3bf918705fd093788e9c09ce2836b
Zn2AlCO3-ech7-P100-mes2.txt
Dec 15, 2022 - Associated data: Divalent metal release and antimicrobial effects of layered double hydroxides
Texte - 25.1 KB - MD5: f4efd30e036ef09c7d5d4e45de2dfc5d
Zn2AlCO3-ech7-P50-mes1.txt
Dec 15, 2022 - Associated data: Divalent metal release and antimicrobial effects of layered double hydroxides
Texte - 163.0 KB - MD5: 57db5039ff0b6f3afc7374ba33be203b
Zn2AlCO3-ech7-P50-mes2txt.txt
Dec 15, 2022 - Associated data: Divalent metal release and antimicrobial effects of layered double hydroxides
Texte - 98.7 KB - MD5: 4e9887632e6d527f84efb66de4cf1a63
Associated data: Synthesis and characterization of a new monometallic layered double hydroxide using manganese
Associated data: Synthesis and characterization of a new monometallic layered double hydroxide using manganese
Jun 10, 2022
Cornu, Damien, 2022, "Associated data: Synthesis and characterization of a new monometallic layered double hydroxide using manganese", https://doi.org/10.12763/TLLN2F, Université de Lorraine, V1, UNF:6:Cefz4ViwdGyY/QavAeyYCA== [fileUNF]
Data associated to the article : Figure 2: Data files, code for the generation and figure, files starting with "Quantities" Figure 3: Data files, code for the generation and figure, files starting with "XRD" Figure 4: Data files, code for the generation and figure, files starting...
Basic-salt-FigS5-SI.png
Basic-salt-FigS5-SI.png
Jun 10, 2022 - Associated data: Synthesis and characterization of a new monometallic layered double hydroxide using manganese
Image PNG - 330.1 KB - MD5: cac2de04a2e55d771346d072419d52d4
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