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2,881 to 2,890 of 11,430 Results

skole AWS bergensveret.no_2013-01-01_2021-07-13_1626207330.xlsx Jan 26, 2023 - TURBAN – Observational datasets for studies of urban air quality hazard scenarios in Bergen, Norway MS Excel Spreadsheet - 96.6 KB - MD5: 271bf0b415e196f731e94398c773f7cd
timeplot_primary.py Jan 26, 2023 - TURBAN – Observational datasets for studies of urban air quality hazard scenarios in Bergen, Norway Python Source Code - 2.7 KB - MD5: b97ccaf5e2f4a89192a820feff37684c
TURBAN_dataset.zip Jan 26, 2023 - TURBAN – Observational datasets for studies of urban air quality hazard scenarios in Bergen, Norway Shapefile as ZIP Archive - 185.3 MB - MD5: 13ed7ae6202dead5d2067bf5b92e6135
winter episode.jpg Jan 26, 2023 - TURBAN – Observational datasets for studies of urban air quality hazard scenarios in Bergen, Norway JPEG Image - 96.0 KB - MD5: a6af2ccae275f981d0c2f780772536fe
winter episode short.jpg Jan 26, 2023 - TURBAN – Observational datasets for studies of urban air quality hazard scenarios in Bergen, Norway JPEG Image - 83.0 KB - MD5: d2da86621cdc9c2ddda9eda47f63648a
Replication data for : Metasurface supporting quasi-BIC for optical trapping and Raman-spectroscopy of biological nanoparticles Jan 20, 2023 Hasan, Md Rabiul; Hellesø, Olav Gaute, 2023, "Replication data for : Metasurface supporting quasi-BIC for optical trapping and Raman-spectroscopy of biological nanoparticles", https://doi.org/10.18710/VW1M5L, DataverseNO, V1 Optical trapping combined with Raman spectroscopy have opened new possibilities for analyzing biological nanoparticles. Conventional optical tweezers have proven successful for trapping of a single or a few particles. However, the method is slow and cannot be used for the smallest particles. Thus, it is not adapted to analyze a large number of nano...
00_README.txt Jan 20, 2023 - Replication data for : Metasurface supporting quasi-BIC for optical trapping and Raman-spectroscopy of biological nanoparticles Plain Text - 7.6 KB - MD5: 60f2f7e0a0643acf700e8fe612ab0f0e Readme file
Figure1.txt Jan 20, 2023 - Replication data for : Metasurface supporting quasi-BIC for optical trapping and Raman-spectroscopy of biological nanoparticles Plain Text - 6.6 KB - MD5: 2bca0054911598555f32504fe80d33c6 Reflectance spectrum
Figure2.txt Jan 20, 2023 - Replication data for : Metasurface supporting quasi-BIC for optical trapping and Raman-spectroscopy of biological nanoparticles Plain Text - 1.1 KB - MD5: 7ccf880e260f9ba7986fe053f291e7d4 Raman enhancement factor
Figure3.txt Jan 20, 2023 - Replication data for : Metasurface supporting quasi-BIC for optical trapping and Raman-spectroscopy of biological nanoparticles Plain Text - 1.2 KB - MD5: 036475790481b3ac41d4b2ebea3ef822 Sensitivity of scaling factor

skole AWS bergensveret.no_2013-01-01_2021-07-13_1626207330.xlsx

Jan 26, 2023 - TURBAN – Observational datasets for studies of urban air quality hazard scenarios in Bergen, Norway

MS Excel Spreadsheet - 96.6 KB -

timeplot_primary.py

Jan 26, 2023 - TURBAN – Observational datasets for studies of urban air quality hazard scenarios in Bergen, Norway

Python Source Code - 2.7 KB -

TURBAN_dataset.zip

Jan 26, 2023 - TURBAN – Observational datasets for studies of urban air quality hazard scenarios in Bergen, Norway

Shapefile as ZIP Archive - 185.3 MB -

winter episode.jpg

Jan 26, 2023 - TURBAN – Observational datasets for studies of urban air quality hazard scenarios in Bergen, Norway

JPEG Image - 96.0 KB -

winter episode short.jpg

Jan 26, 2023 - TURBAN – Observational datasets for studies of urban air quality hazard scenarios in Bergen, Norway

JPEG Image - 83.0 KB -

Replication data for : Metasurface supporting quasi-BIC for optical trapping and Raman-spectroscopy of biological nanoparticles

Jan 20, 2023

Hasan, Md Rabiul; Hellesø, Olav Gaute, 2023, "Replication data for : Metasurface supporting quasi-BIC for optical trapping and Raman-spectroscopy of biological nanoparticles", https://doi.org/10.18710/VW1M5L, DataverseNO, V1

Optical trapping combined with Raman spectroscopy have opened new possibilities for analyzing biological nanoparticles. Conventional optical tweezers have proven successful for trapping of a single or a few particles. However, the method is slow and cannot be used for the smallest particles. Thus, it is not adapted to analyze a large number of nano...

00_README.txt

Jan 20, 2023 - Replication data for : Metasurface supporting quasi-BIC for optical trapping and Raman-spectroscopy of biological nanoparticles

Plain Text - 7.6 KB -

Readme file

Figure1.txt

Jan 20, 2023 - Replication data for : Metasurface supporting quasi-BIC for optical trapping and Raman-spectroscopy of biological nanoparticles

Plain Text - 6.6 KB -

Reflectance spectrum

Figure2.txt

Jan 20, 2023 - Replication data for : Metasurface supporting quasi-BIC for optical trapping and Raman-spectroscopy of biological nanoparticles

Plain Text - 1.1 KB -

Raman enhancement factor