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3,041 to 3,050 of 3,865 Results
Almond proteins as Pickering emulsion stabilizers
Mar 26, 2024
Souza, Flávia Almeida; Silva, Aurenice Maria Mota da; Mendes, Gabriel Augusto Campos; Cunha, Rosiane Lopes da, 2024, "Almond proteins as Pickering emulsion stabilizers", https://doi.org/10.25824/redu/CML1Q6, Repositório de Dados de Pesquisa da Unicamp, V1
This dataset contains the experimental data related to the work "Almond proteins as Pickering emulsion stabilizers".
Replication data for: non-destructive method to estimate bioactive compounds content through images in indoor growing microgreens
Mar 5, 2024
Silva, Vitor Gonçalves da; Rodrigues, Luiz Henrique Antunes; Oliveira, Rafael Augustus de, 2023, "Replication data for: non-destructive method to estimate bioactive compounds content through images in indoor growing microgreens", https://doi.org/10.25824/redu/BJREFS, Repositório de Dados de Pesquisa da Unicamp, V3
This dataset contains images, color features, and postharvest quality analysis data from indoor growing microgreens. Image bank contains raw images of 9 species of microgreens grown indoors under different light intensities, obtained under different colors of light source, as wel...
microgreensAmaranth_1.rar
Mar 5, 2024 - Replication data for: non-destructive method to estimate bioactive compounds content through images in indoor growing microgreens
RAR Archive - 2.2 GB - MD5: 023e475cd1e9b5a9ae898f1112766834
Images
The compressed file contains raw images (1640 x 1232 px) for species. Images were captured by a Raspberry Pi Zero W minicomputer (1 GHz Broadcom, BCM2835 processor, 512 MB RAM) equipped with an 8 MP digital camera (Module v2), placed inside a square inspection chamber with an ill...
microgreensAmaranth_2.rar
Mar 5, 2024 - Replication data for: non-destructive method to estimate bioactive compounds content through images in indoor growing microgreens
RAR Archive - 2.2 GB - MD5: 8940d64bf015410621c4b1fb19367eb9
Images
The compressed file contains raw images (1640 x 1232 px) for species. Images were captured by a Raspberry Pi Zero W minicomputer (1 GHz Broadcom, BCM2835 processor, 512 MB RAM) equipped with an 8 MP digital camera (Module v2), placed inside a square inspection chamber with an ill...
microgreensArugula_1.rar
Mar 5, 2024 - Replication data for: non-destructive method to estimate bioactive compounds content through images in indoor growing microgreens
RAR Archive - 2.2 GB - MD5: a4b930631462a85f48dc6c070fb830ff
Images
The compressed file contains raw images (1640 x 1232 px) for species. Images were captured by a Raspberry Pi Zero W minicomputer (1 GHz Broadcom, BCM2835 processor, 512 MB RAM) equipped with an 8 MP digital camera (Module v2), placed inside a square inspection chamber with an ill...
microgreensArugula_2.rar
Mar 5, 2024 - Replication data for: non-destructive method to estimate bioactive compounds content through images in indoor growing microgreens
RAR Archive - 2.2 GB - MD5: aecf9e7bb64c09ad2602eee364387ad4
Images
The compressed file contains raw images (1640 x 1232 px) for species. Images were captured by a Raspberry Pi Zero W minicomputer (1 GHz Broadcom, BCM2835 processor, 512 MB RAM) equipped with an 8 MP digital camera (Module v2), placed inside a square inspection chamber with an ill...
microgreensBeet_1.rar
Mar 5, 2024 - Replication data for: non-destructive method to estimate bioactive compounds content through images in indoor growing microgreens
RAR Archive - 2.3 GB - MD5: dc35d4e820a778b0e2b5fd80a4d7ddc5
Images
The compressed file contains raw images (1640 x 1232 px) for species. Images were captured by a Raspberry Pi Zero W minicomputer (1 GHz Broadcom, BCM2835 processor, 512 MB RAM) equipped with an 8 MP digital camera (Module v2), placed inside a square inspection chamber with an ill...
microgreensBeet_2.rar
Mar 5, 2024 - Replication data for: non-destructive method to estimate bioactive compounds content through images in indoor growing microgreens
RAR Archive - 2.3 GB - MD5: 34c4282cba43cbf30255d8007c3dd0e8
Images
The compressed file contains raw images (1640 x 1232 px) for species. Images were captured by a Raspberry Pi Zero W minicomputer (1 GHz Broadcom, BCM2835 processor, 512 MB RAM) equipped with an 8 MP digital camera (Module v2), placed inside a square inspection chamber with an ill...
microgreensCanola_1.rar
Mar 5, 2024 - Replication data for: non-destructive method to estimate bioactive compounds content through images in indoor growing microgreens
RAR Archive - 2.3 GB - MD5: 126aec448752fe1dca4e9b0b29ce1520
Images
The compressed file contains raw images (1640 x 1232 px) for species. Images were captured by a Raspberry Pi Zero W minicomputer (1 GHz Broadcom, BCM2835 processor, 512 MB RAM) equipped with an 8 MP digital camera (Module v2), placed inside a square inspection chamber with an ill...
microgreensCanola_2.rar
Mar 5, 2024 - Replication data for: non-destructive method to estimate bioactive compounds content through images in indoor growing microgreens
RAR Archive - 2.2 GB - MD5: 23fd171365f0935e79b62d7da4977765
Images
The compressed file contains raw images (1640 x 1232 px) for species. Images were captured by a Raspberry Pi Zero W minicomputer (1 GHz Broadcom, BCM2835 processor, 512 MB RAM) equipped with an 8 MP digital camera (Module v2), placed inside a square inspection chamber with an ill...
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