DataverseNO

Metrics

1,801,408 Downloads

Featured Dataverses

In order to use this feature you must have at least one published or linked dataverse.

Publish Dataverse

Are you sure you want to publish your dataverse? Once you do so it must remain published.

Publish Dataverse

This dataverse cannot be published because the dataverse it is in has not been published.

Delete Dataverse

Are you sure you want to delete your dataverse? You cannot undelete this dataverse.

Publication Year: 2023

1,311 to 1,320 of 12,413 Results

Replication Data for: Finite element-based diffraction correction for piezoelectric transducers accounting for diffraction at transmission, propagation, and reception Oct 23, 2023 - University of Bergen Mosland, Eivind Nag; Lunde, Per; Kocbach, Jan, 2023, "Replication Data for: Finite element-based diffraction correction for piezoelectric transducers accounting for diffraction at transmission, propagation, and reception", https://doi.org/10.18710/ANAN9E, DataverseNO, V1 This dataset contains modelled diffraction corrections for an example ultrasonic transmit-receive measurement system with piezoelectric transducers, and the underlying raw data used to calculate these diffraction corrections. Three different diffraction correction models are used: the finite element diffraction correction model (FEDC), the simplifi...
00_ReadMe.txt Oct 23, 2023 - Replication Data for: Finite element-based diffraction correction for piezoelectric transducers accounting for diffraction at transmission, propagation, and reception Plain Text - 6.1 KB - MD5: e5a0c7b6b85bb879267aa6bf645deb2a ReadMe
diffcorr_dev_func_of_L.nc Oct 23, 2023 - Replication Data for: Finite element-based diffraction correction for piezoelectric transducers accounting for diffraction at transmission, propagation, and reception Network Common Data Form - 41.9 KB - MD5: fc560938e28fff25df91daf73fa61e3b Deviations between the diffraction corrections for the transmitter's first radial mode as a function of distance, estimating the effect of model simplifications. This is the data used in Fig. 5 in the paper.
diffcorr_func_of_f.nc Oct 23, 2023 - Replication Data for: Finite element-based diffraction correction for piezoelectric transducers accounting for diffraction at transmission, propagation, and reception Network Common Data Form - 313.4 KB - MD5: 0831b16471bd161c8a7a373219c3865a Diffraction corrections for L = 0.15 m and L = 0.75, as a function of frequency. This is the data used in Fig. 7 in the paper.
diffcorr_func_of_L.nc Oct 23, 2023 - Replication Data for: Finite element-based diffraction correction for piezoelectric transducers accounting for diffraction at transmission, propagation, and reception Network Common Data Form - 41.4 KB - MD5: 632a4aac3e2aa394bc8a747d4b330ae1 Diffraction corrections for the transmitter's first radial mode as a function of distance. This is the data used in Fig. 4 in the paper.
Hvv_func_of_f.nc Oct 23, 2023 - Replication Data for: Finite element-based diffraction correction for piezoelectric transducers accounting for diffraction at transmission, propagation, and reception Network Common Data Form - 77.2 KB - MD5: 86c01235da299c2eb247094ecd0639ae The system's voltage-to-voltage transfer function, modelled using the transmitter-medium-receiver FE model and filtered to extract direct arrival. For L = 0.15 m and L = 0.75, as a function of frequency. The data for L = 0.15 m is used in Fig. 6 in the paper.
material_data_Pz27.txt Oct 23, 2023 - Replication Data for: Finite element-based diffraction correction for piezoelectric transducers accounting for diffraction at transmission, propagation, and reception Plain Text - 1.3 KB - MD5: 629f7878614b20532ee3d5bbd287d578 Complex-valued material data set for Pz27 used in the finite element simulations.
raw_data_01.nc Oct 23, 2023 - Replication Data for: Finite element-based diffraction correction for piezoelectric transducers accounting for diffraction at transmission, propagation, and reception Network Common Data Form - 732.1 KB - MD5: 074a54e6e09dd58f5c223c470dd40489 FE modelled transfer functions, far-field free-field pressure, spatially averaged free-field pressure, and electrical impedance. Distances from 0.03 to 2 m and frequencies from 70.1 to 130 kHz.
raw_data_02.nc Oct 23, 2023 - Replication Data for: Finite element-based diffraction correction for piezoelectric transducers accounting for diffraction at transmission, propagation, and reception Network Common Data Form - 326.4 KB - MD5: c3a55afae2987b824c42fe7e5cecf644 FE modelled transfer functions, far-field free-field pressure, spatially averaged free-field pressure, and electrical impedance. The distances 0.15 m and 0.75 m, and frequencies from 40.1 to 310 kHz.
Replication data for: An Arctic natural oil seep investigated from space to the seafloor Oct 20, 2023 - UiT The Arctic University of Norway Panieri, Giuliana; Argentino, Claudio; Savini, Alessandra, 2023, "Replication data for: An Arctic natural oil seep investigated from space to the seafloor", https://doi.org/10.18710/65WIJO, DataverseNO, V1 Prins Karls Foreland is a small and elongated island on the western flank of the Svalbard archipelago. It belongs to the system of complex host and graben structures of the West-Spitsbergen fold-and-thrust belt. Intense gas flaring and oil slicks have been observed at this site. Within the scope of the research cruise AKMA 1 (CAGE21-1) under the he...

Replication Data for: Finite element-based diffraction correction for piezoelectric transducers accounting for diffraction at transmission, propagation, and reception

Oct 23, 2023 - University of Bergen

Mosland, Eivind Nag; Lunde, Per; Kocbach, Jan, 2023, "Replication Data for: Finite element-based diffraction correction for piezoelectric transducers accounting for diffraction at transmission, propagation, and reception", https://doi.org/10.18710/ANAN9E, DataverseNO, V1

This dataset contains modelled diffraction corrections for an example ultrasonic transmit-receive measurement system with piezoelectric transducers, and the underlying raw data used to calculate these diffraction corrections. Three different diffraction correction models are used: the finite element diffraction correction model (FEDC), the simplifi...

00_ReadMe.txt

Oct 23, 2023 - Replication Data for: Finite element-based diffraction correction for piezoelectric transducers accounting for diffraction at transmission, propagation, and reception

Plain Text - 6.1 KB -

ReadMe

diffcorr_dev_func_of_L.nc

Oct 23, 2023 - Replication Data for: Finite element-based diffraction correction for piezoelectric transducers accounting for diffraction at transmission, propagation, and reception

Network Common Data Form - 41.9 KB -

Deviations between the diffraction corrections for the transmitter's first radial mode as a function of distance, estimating the effect of model simplifications. This is the data used in Fig. 5 in the paper.

diffcorr_func_of_f.nc

Oct 23, 2023 - Replication Data for: Finite element-based diffraction correction for piezoelectric transducers accounting for diffraction at transmission, propagation, and reception

Network Common Data Form - 313.4 KB -

Diffraction corrections for L = 0.15 m and L = 0.75, as a function of frequency. This is the data used in Fig. 7 in the paper.

diffcorr_func_of_L.nc

Oct 23, 2023 - Replication Data for: Finite element-based diffraction correction for piezoelectric transducers accounting for diffraction at transmission, propagation, and reception

Network Common Data Form - 41.4 KB -

Diffraction corrections for the transmitter's first radial mode as a function of distance. This is the data used in Fig. 4 in the paper.

Hvv_func_of_f.nc

Oct 23, 2023 - Replication Data for: Finite element-based diffraction correction for piezoelectric transducers accounting for diffraction at transmission, propagation, and reception

Network Common Data Form - 77.2 KB -

The system's voltage-to-voltage transfer function, modelled using the transmitter-medium-receiver FE model and filtered to extract direct arrival. For L = 0.15 m and L = 0.75, as a function of frequency. The data for L = 0.15 m is used in Fig. 6 in the paper.

material_data_Pz27.txt

Oct 23, 2023 - Replication Data for: Finite element-based diffraction correction for piezoelectric transducers accounting for diffraction at transmission, propagation, and reception

Plain Text - 1.3 KB -

Complex-valued material data set for Pz27 used in the finite element simulations.

raw_data_01.nc

Oct 23, 2023 - Replication Data for: Finite element-based diffraction correction for piezoelectric transducers accounting for diffraction at transmission, propagation, and reception

Network Common Data Form - 732.1 KB -

FE modelled transfer functions, far-field free-field pressure, spatially averaged free-field pressure, and electrical impedance. Distances from 0.03 to 2 m and frequencies from 70.1 to 130 kHz.

raw_data_02.nc

Oct 23, 2023 - Replication Data for: Finite element-based diffraction correction for piezoelectric transducers accounting for diffraction at transmission, propagation, and reception

Network Common Data Form - 326.4 KB -

FE modelled transfer functions, far-field free-field pressure, spatially averaged free-field pressure, and electrical impedance. The distances 0.15 m and 0.75 m, and frequencies from 40.1 to 310 kHz.

Replication data for: An Arctic natural oil seep investigated from space to the seafloor

Oct 20, 2023 - UiT The Arctic University of Norway

Panieri, Giuliana; Argentino, Claudio; Savini, Alessandra, 2023, "Replication data for: An Arctic natural oil seep investigated from space to the seafloor", https://doi.org/10.18710/65WIJO, DataverseNO, V1

Prins Karls Foreland is a small and elongated island on the western flank of the Svalbard archipelago. It belongs to the system of complex host and graben structures of the West-Spitsbergen fold-and-thrust belt. Intense gas flaring and oil slicks have been observed at this site. Within the scope of the research cruise AKMA 1 (CAGE21-1) under the he...

Add Data

Share Dataverse

Link Dataverse

Reset Modifications