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3,581 to 3,590 of 8,622 Results

06_Figure-5.jpg May 27, 2022 - Replication data for: ENOUGH Project: Performance evaluation of high-temperature heat pump systems for hot water and steam generation in food processing JPEG Image - 47.3 KB - MD5: 9ee6f931c592d014387b643e80a611aa The results of COPs of studied HTHP systems in different scenarios
07_Figure-6.jpg May 27, 2022 - Replication data for: ENOUGH Project: Performance evaluation of high-temperature heat pump systems for hot water and steam generation in food processing JPEG Image - 60.6 KB - MD5: 04b7e4f1020fa5cb6699f9e824a85044 The COPs of the studied HTHP systems with temperature lift at different heat source temperatures (only the lowest heat source temperature is presented for the ACHP system)
08_Figure-7.jpg May 27, 2022 - Replication data for: ENOUGH Project: Performance evaluation of high-temperature heat pump systems for hot water and steam generation in food processing JPEG Image - 48.0 KB - MD5: e13e733ea066a2610284a74661d084a5 The energy savings compared with using a gas electric boiler and the proportion of the utilized waste heat in the total heating load of the studied HTHP systems in different scenarios
09_Table-1.jpg May 27, 2022 - Replication data for: ENOUGH Project: Performance evaluation of high-temperature heat pump systems for hot water and steam generation in food processing JPEG Image - 46.3 KB - MD5: abff0422432837a0b278deccfd6c8f93 Heat requirements of process fluids
10_Table-2.jpg May 27, 2022 - Replication data for: ENOUGH Project: Performance evaluation of high-temperature heat pump systems for hot water and steam generation in food processing JPEG Image - 147.3 KB - MD5: dfe68b6c4cec3c35516d675533257385 Operation conditions of the working fluids of the studied HTHPs in different scenarios
11_Table-3.jpg May 27, 2022 - Replication data for: ENOUGH Project: Performance evaluation of high-temperature heat pump systems for hot water and steam generation in food processing JPEG Image - 46.3 KB - MD5: 29e8fdfbd5ecf7d96b7f950f4b1abf04 CO2 emissions reduction achieved in different scenarios
Replication Data for: Cenozoic stages of forearc evolution following the accretion of a sliver from the Late Cretaceous-Caribbean Large Igneous Province (CLIP): SW Ecuador-NW Peru Feb 28, 2019 Aizprua, Carlos; Witt, Cesar; Johansen, Ståle; Barba, Diego, 2019, "Replication Data for: Cenozoic stages of forearc evolution following the accretion of a sliver from the Late Cretaceous-Caribbean Large Igneous Province (CLIP): SW Ecuador-NW Peru", https://doi.org/10.18710/BYZIZX, DataverseNO, V1, UNF:6:tbDSuzaoz4y+oh7ofqDBYQ== [fileUNF] The dataset include 2D seismic profiles and well log data from the Gulf of Guayaquil-Tumbes basin, SW Ecuador-NW Peru, used in the article: Cenozoic stages of forearc evolution following the accretion of a sliver from the Late Cretaceous-Caribbean Large Igneous Province (CLIP): SW Ecuador-NW Peru. The SW Ecuador-NW Peru forearc region is the southe...
00_ReadMe.txt Feb 28, 2019 - Replication Data for: Cenozoic stages of forearc evolution following the accretion of a sliver from the Late Cretaceous-Caribbean Large Igneous Province (CLIP): SW Ecuador-NW Peru Plain Text - 1.8 KB - MD5: ce21dfa75b4a7e958c87edbc0067cafe File describing the content of the repository
01_2dSeis_Line positioning.tab Feb 28, 2019 - Replication Data for: Cenozoic stages of forearc evolution following the accretion of a sliver from the Late Cretaceous-Caribbean Large Igneous Province (CLIP): SW Ecuador-NW Peru Tabular Data - 119.0 KB - 4 Variables, 4099 Observations - UNF:6:tbDSuzaoz4y+oh7ofqDBYQ== Documentation Coordinates positioning file for the different seismic lines
2dSeis_9822.tif Feb 28, 2019 - Replication Data for: Cenozoic stages of forearc evolution following the accretion of a sliver from the Late Cretaceous-Caribbean Large Igneous Province (CLIP): SW Ecuador-NW Peru TIFF Image - 86.9 MB - MD5: def5d4b3c1c54dc4e4d6b838fa3cd9c6 Seismic data Seismic line in .tif format

06_Figure-5.jpg

May 27, 2022 - Replication data for: ENOUGH Project: Performance evaluation of high-temperature heat pump systems for hot water and steam generation in food processing

JPEG Image - 47.3 KB -

The results of COPs of studied HTHP systems in different scenarios

07_Figure-6.jpg

May 27, 2022 - Replication data for: ENOUGH Project: Performance evaluation of high-temperature heat pump systems for hot water and steam generation in food processing

JPEG Image - 60.6 KB -

The COPs of the studied HTHP systems with temperature lift at different heat source temperatures (only the lowest heat source temperature is presented for the ACHP system)

08_Figure-7.jpg

May 27, 2022 - Replication data for: ENOUGH Project: Performance evaluation of high-temperature heat pump systems for hot water and steam generation in food processing

JPEG Image - 48.0 KB -

The energy savings compared with using a gas electric boiler and the proportion of the utilized waste heat in the total heating load of the studied HTHP systems in different scenarios

09_Table-1.jpg

May 27, 2022 - Replication data for: ENOUGH Project: Performance evaluation of high-temperature heat pump systems for hot water and steam generation in food processing

JPEG Image - 46.3 KB -

Heat requirements of process fluids

10_Table-2.jpg

May 27, 2022 - Replication data for: ENOUGH Project: Performance evaluation of high-temperature heat pump systems for hot water and steam generation in food processing

JPEG Image - 147.3 KB -

Operation conditions of the working fluids of the studied HTHPs in different scenarios

11_Table-3.jpg

May 27, 2022 - Replication data for: ENOUGH Project: Performance evaluation of high-temperature heat pump systems for hot water and steam generation in food processing

JPEG Image - 46.3 KB -

CO2 emissions reduction achieved in different scenarios

Replication Data for: Cenozoic stages of forearc evolution following the accretion of a sliver from the Late Cretaceous-Caribbean Large Igneous Province (CLIP): SW Ecuador-NW Peru

Feb 28, 2019

Aizprua, Carlos; Witt, Cesar; Johansen, Ståle; Barba, Diego, 2019, "Replication Data for: Cenozoic stages of forearc evolution following the accretion of a sliver from the Late Cretaceous-Caribbean Large Igneous Province (CLIP): SW Ecuador-NW Peru", https://doi.org/10.18710/BYZIZX, DataverseNO, V1, UNF:6:tbDSuzaoz4y+oh7ofqDBYQ== [fileUNF]

The dataset include 2D seismic profiles and well log data from the Gulf of Guayaquil-Tumbes basin, SW Ecuador-NW Peru, used in the article: Cenozoic stages of forearc evolution following the accretion of a sliver from the Late Cretaceous-Caribbean Large Igneous Province (CLIP): SW Ecuador-NW Peru. The SW Ecuador-NW Peru forearc region is the southe...

00_ReadMe.txt

Feb 28, 2019 - Replication Data for: Cenozoic stages of forearc evolution following the accretion of a sliver from the Late Cretaceous-Caribbean Large Igneous Province (CLIP): SW Ecuador-NW Peru

Plain Text - 1.8 KB -

File describing the content of the repository

01_2dSeis_Line positioning.tab

Feb 28, 2019 - Replication Data for: Cenozoic stages of forearc evolution following the accretion of a sliver from the Late Cretaceous-Caribbean Large Igneous Province (CLIP): SW Ecuador-NW Peru

Tabular Data - 119.0 KB - 4 Variables, 4099 Observations -

Documentation

Coordinates positioning file for the different seismic lines

2dSeis_9822.tif

Feb 28, 2019 - Replication Data for: Cenozoic stages of forearc evolution following the accretion of a sliver from the Late Cretaceous-Caribbean Large Igneous Province (CLIP): SW Ecuador-NW Peru

TIFF Image - 86.9 MB -