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File Type: Data

3,971 to 3,980 of 8,470 Results

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.
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.
AKMA1_SST6_Dive23_microbathymetry.asc Oct 13, 2023 - Microbathymetry of Haakon Mosby mud volcano, acquired with multibeam echosounder mounted on ROV ÆGIR6000, during the CAGE21-1 cruise within the AKMA project Fixed Field Text Data - 6.6 MB - MD5: aad1b4662ccd9a9665876a1470031e89
AKMA1_SST6_Dive26a_DEM.asc Oct 13, 2023 - Microbathymetry of Haakon Mosby mud volcano, acquired with multibeam echosounder mounted on ROV ÆGIR6000, during the CAGE21-1 cruise within the AKMA project Fixed Field Text Data - 1.7 GB - MD5: 7f874ac33710a6b014639b9f6069041a
with_Aset_1_Frequency_wave_spectrum.dat Oct 11, 2023 - Demonstrating the dynamic wing technology at real sea conditions using 10-12m long, self-propelled ship model Fixed Field Text Data - 68.1 KB - MD5: de9ed0d71e3254a98fe3aec8a54b758e
with_Aset_2_Responses_of_ _NTUA_model_measured.dat Oct 11, 2023 - Demonstrating the dynamic wing technology at real sea conditions using 10-12m long, self-propelled ship model Fixed Field Text Data - 386.8 KB - MD5: 1dc2cd5badf6a3c3acd4f389d544b51f
with_Aset_3_Thrust_of_outboard_engines_NTUA_model_measured.dat Oct 11, 2023 - Demonstrating the dynamic wing technology at real sea conditions using 10-12m long, self-propelled ship model Fixed Field Text Data - 996.1 KB - MD5: a96eaeb3894ed1be3efb9f0dfa745377
with_Aset_4_Frequency_spectra_of_NTUA_model_responses_measured.dat Oct 11, 2023 - Demonstrating the dynamic wing technology at real sea conditions using 10-12m long, self-propelled ship model Fixed Field Text Data - 33.1 KB - MD5: b2b38846485bcb03290119230bea902a
with_Aset_5_Foil_data_measured.dat Oct 11, 2023 - Demonstrating the dynamic wing technology at real sea conditions using 10-12m long, self-propelled ship model Fixed Field Text Data - 1.5 MB - MD5: f3b74f83d8ab4506b6b09aeb9242c97b

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.

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.

AKMA1_SST6_Dive23_microbathymetry.asc

Oct 13, 2023 - Microbathymetry of Haakon Mosby mud volcano, acquired with multibeam echosounder mounted on ROV ÆGIR6000, during the CAGE21-1 cruise within the AKMA project

Fixed Field Text Data - 6.6 MB -

AKMA1_SST6_Dive26a_DEM.asc

Oct 13, 2023 - Microbathymetry of Haakon Mosby mud volcano, acquired with multibeam echosounder mounted on ROV ÆGIR6000, during the CAGE21-1 cruise within the AKMA project

Fixed Field Text Data - 1.7 GB -

with_Aset_1_Frequency_wave_spectrum.dat

Oct 11, 2023 - Demonstrating the dynamic wing technology at real sea conditions using 10-12m long, self-propelled ship model

Fixed Field Text Data - 68.1 KB -

with_Aset_2_Responses_of_ _NTUA_model_measured.dat

Oct 11, 2023 - Demonstrating the dynamic wing technology at real sea conditions using 10-12m long, self-propelled ship model

Fixed Field Text Data - 386.8 KB -