Repositorio de Datos de Investigación USACH

FACULTAD TECNOLÓGICA

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1 a 5 de 5 Resultados

Use of machine learning tools to accelerate the development of bioplastic films based on seaweed. 13 may. 2024 Davor Ibarra-Pérez; Maria José Galotto, 2024, "Use of machine learning tools to accelerate the development of bioplastic films based on seaweed.", https://doi.org/10.60547/USACH/ANMSAQ, Usach, V1 Concentrations of ingredients and their mechanical properties of bioplastic films made from seaweed are extracted from the scientific literature. The data will be presented in table format, extended from JSON data extracted. Processing for fabrication bioplastics films, combinati...
AI_extract_PDF.rar 13 may. 2024 - Use of machine learning tools to accelerate the development of bioplastic films based on seaweed. RAR Archive - 32,6 MB - MD5: 7f4adb6de288ec6b2f12ef34c3e640a8 app
CIENCIAABIERTA2023_DATAPLAN_Use_of_machine_learning_tools_to_accelerate_the_development_of_bioplastic_films_based_on_seaweed..pdf 13 may. 2024 - Use of machine learning tools to accelerate the development of bioplastic films based on seaweed. Adobe PDF - 36,0 KB - MD5: 63902c2a382ca24d46c1bac3d6313908 Data Plan of Project
extraction_biopolymers_data.xlsx 13 may. 2024 - Use of machine learning tools to accelerate the development of bioplastic films based on seaweed. MS Excel Spreadsheet - 23,1 KB - MD5: 24ef4c4303eaec83f4a634c3774c588b results
Informe final.pdf 13 may. 2024 - Use of machine learning tools to accelerate the development of bioplastic films based on seaweed. Adobe PDF - 2,4 MB - MD5: c9cfee3786cd310816d332445e01cc65 Final report

Use of machine learning tools to accelerate the development of bioplastic films based on seaweed.

13 may. 2024

Davor Ibarra-Pérez; Maria José Galotto, 2024, "Use of machine learning tools to accelerate the development of bioplastic films based on seaweed.", https://doi.org/10.60547/USACH/ANMSAQ, Usach, V1

Concentrations of ingredients and their mechanical properties of bioplastic films made from seaweed are extracted from the scientific literature. The data will be presented in table format, extended from JSON data extracted. Processing for fabrication bioplastics films, combinati...

AI_extract_PDF.rar

13 may. 2024 - Use of machine learning tools to accelerate the development of bioplastic films based on seaweed.

RAR Archive - 32,6 MB -

app

CIENCIAABIERTA2023_DATAPLAN_Use_of_machine_learning_tools_to_accelerate_the_development_of_bioplastic_films_based_on_seaweed..pdf

13 may. 2024 - Use of machine learning tools to accelerate the development of bioplastic films based on seaweed.

Adobe PDF - 36,0 KB -

Data Plan of Project

extraction_biopolymers_data.xlsx

13 may. 2024 - Use of machine learning tools to accelerate the development of bioplastic films based on seaweed.

MS Excel Spreadsheet - 23,1 KB -

results

Informe final.pdf

13 may. 2024 - Use of machine learning tools to accelerate the development of bioplastic films based on seaweed.

Adobe PDF - 2,4 MB -

Final report

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