301 a 310 de 911 Resultados
Datos MATLAB - 4,1 MB -
MD5: 30cdd5e2a8b3b6e74e39570c2c3c7c71
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Datos MATLAB - 3,6 MB -
MD5: fbff490c2f370fb1fbfde6082926c06b
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Datos MATLAB - 3,1 MB -
MD5: b14afc6349b0e94604960d60ed4ca96f
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Datos MATLAB - 2,5 MB -
MD5: 4a6f24e22fbc014297b3f582bdcfda45
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Datos MATLAB - 4,2 MB -
MD5: b7fde356d33c7cf5a18da3950a1449d0
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Adobe PDF - 686,3 KB -
MD5: 9a6985db1d586254833c5c2f3a19c94a
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13 jul 2021 -
RESHAPES
Archivo ZIP - 15,1 MB -
MD5: d7ab5a4a88900a0912148ff8cc6f8fdc
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13 jul 2021 -
RESHAPES
Archivo ZIP - 398,3 KB -
MD5: 2ae68dccf0e82b4beb9219150dfb3f0b
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27 may 2021
Beltrán González, Freddys R.; Arrieta Dillon, Marina P.; Elena Antón, Diego; Lozano Pérez, Antonio Abel; Cenis, José Luis; Gaspar Roa, Gerald; Orden Hernández, María Ulagares de la; Martínez Urreaga, Joaquín, 2021, "Research results of the migration in food simulants and disintegration of PLA and organic fillers nanocomposites", https://doi.org/10.21950/QOTKHI, e-cienciaDatos, V1
The main aim of this project was to analyze the effect of two organic fillers, namely silk fibroin nanoparticles and yerba mate nanoparticles, on the migration in two ethanolic food simulants, and in the disintegration in composting conditions, of mechanically recycled PLA. METOD... |
27 may 2021 -
Research results of the migration in food simulants and disintegration of PLA and organic fillers nanocomposites
Hoja de cálculo MS Excel - 3,9 MB -
MD5: 1634efb47ddd0b17764d1865a2241ae9
Excel file containing the data related to the composting experiments. The different data is organized in different sheets,
each one corresponding to the different experimental techniques: Mass loss, Intrinsic viscosity, DSC, TGA, and FTIR.
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