Search results
![Imaging the magma plumbing system of Ciomadul volcano and the Perşani Volcanic Field and constraining postcollisional magma dynamics](/islandora/object/uuid:8a7f2545-be14-454e-8cd9-7fe344d9383f/datastream/TN/view)
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Imaging the magma plumbing system of Ciomadul volcano and the Perşani Volcanic Field and constraining postcollisional magma dynamics
![Regional Magnetotelluric Studies across Mongolia: Report on New Measurements, New Models, and Implications for Intracontinental Deformation, Deep Mineral Systems, and Intraplate Volcanism](/islandora/object/uuid:13c158e0-a6b0-488d-9254-e81f005884ce/datastream/TN/view)
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Regional Magnetotelluric Studies across Mongolia: Report on New Measurements, New Models, and Implications for Intracontinental Deformation, Deep Mineral Systems, and Intraplate Volcanism
![Deep plumbing model of the Cenozoic Manzaz / Atakor intraplate volcanic system, Central Hoggar, Northwest Africa, based on electrical resistivity models](/islandora/object/uuid:95eddc8d-202b-4355-81ed-44cde9ed6d7b/datastream/TN/view)
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Deep plumbing model of the Cenozoic Manzaz / Atakor intraplate volcanic system, Central Hoggar, Northwest Africa, based on electrical resistivity models
![The Delft Measures Recipe](/islandora/object/uuid:cf6e5d61-dd29-4cf4-ac80-01f2f0783862/datastream/TN/view)
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The Delft Measures Recipe: How to implement a similar citizen science project in other cities
![Assessing the quality of citizen-science rainfall data based on station setup](/islandora/object/uuid:283a90c4-222f-4993-b3b6-7d3dc5fff3e3/datastream/TN/view)
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Assessing the quality of citizen-science rainfall data based on station setup
![A newly installed research infrastructure for geothermal energy in a subsurface sedimentary reservoir for direct-use heating](/islandora/object/uuid:d00add52-19f1-489e-a233-6736a77c9bb8/datastream/TN/view)
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A newly installed research infrastructure for geothermal energy in a subsurface sedimentary reservoir for direct-use heating: The TU Delft campus geothermal project
![High-Temperature Aquifer Thermal Energy Storage (HT-ATES) system for research development and demonstration on the TU Delft campus](/islandora/object/uuid:3212aea9-a56a-4ae5-bc5a-53df09bcd0e0/datastream/TN/view)
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High-Temperature Aquifer Thermal Energy Storage (HT-ATES) system for research development and demonstration on the TU Delft campus
![Enhancing Decision Support through Hydrological Modeling and Scenario-Building](/islandora/object/uuid:ebc21d97-a1f2-46e9-84c2-626f959568c3/datastream/TN/view)
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Enhancing Decision Support through Hydrological Modeling and Scenario-Building: A Case Study in the Brantas River Basin, Indonesia
![Optimizing Energy Quay Walls](/islandora/object/uuid:04ea01d2-db78-49a4-b865-1afe6a589914/datastream/TN/view)
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Optimizing Energy Quay Walls: Insights from Comprehensive Thermal Analysis and Turbulent Flow Enhancement
![Land Reclamation Controls on Estuarine Morphological Evolution](/islandora/object/uuid:7175c3a9-8986-479d-9a5c-b6e4a559e5d1/datastream/TN/view)
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Land Reclamation Controls on Estuarine Morphological Evolution
![A Sensor Fusion Approach for Accurate Wind Estimation and System Characterization](/islandora/object/uuid:55b63d06-6542-40f1-973b-6c2481acd0d0/datastream/TN/view)
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A Sensor Fusion Approach for Accurate Wind Estimation and System Characterization
![Community Perspectives on Offshore Airborne Wind Energy](/islandora/object/uuid:a0e3cf31-f478-4c53-bc9c-1d68b975fbd6/datastream/TN/view)
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Community Perspectives on Offshore Airborne Wind Energy
![Airborne Wind Energy Simulation Software](/islandora/object/uuid:2ac19590-d396-4dd3-bb23-a0c944e69ffe/datastream/TN/view)
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Airborne Wind Energy Simulation Software: a Review
![Flow partitioning between branches of the Karnali river in Nepal](/islandora/object/uuid:99debde4-f429-47a1-9858-ada00c3e94f8/datastream/TN/view)
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Flow partitioning between branches of the Karnali river in Nepal
![The Potential Future Role of Floating Wind Turbines and Airborne Wind Energy Systems in the North Sea Region](/islandora/object/uuid:1121a141-5cb9-436f-a764-7436707b4230/datastream/TN/view)
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The Potential Future Role of Floating Wind Turbines and Airborne Wind Energy Systems in the North Sea Region
![The EnerWíng](/islandora/object/uuid:342313b4-0ad6-4b6b-9f53-170c1f07b4e4/datastream/TN/view)
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The EnerWíng: Combining Performance, Longevity, Robustness, and Serial Production for Commercial EnerKíte Airborne Wind Converters
![Developing a Reference Economic Model for Airborne Wind Energy Systems](/islandora/object/uuid:74d157f4-c3c5-44bd-9dd3-665b20c4db36/datastream/TN/view)
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Developing a Reference Economic Model for Airborne Wind Energy Systems
![Noisy Kites? Exploring Noise Annoyance for Airborne Wind Energy Systems with a Laboratory Listening Experiment](/islandora/object/uuid:17227cc1-ccf8-4fae-8eca-1a50a6c3dab8/datastream/TN/view)
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Noisy Kites? Exploring Noise Annoyance for Airborne Wind Energy Systems with a Laboratory Listening Experiment
![Flight Path Optimization for Airborne Wind Energy Applications Using Multiple Tethered Aircrafts](/islandora/object/uuid:e1682674-c53f-4ff5-8866-123a37738623/datastream/TN/view)
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Flight Path Optimization for Airborne Wind Energy Applications Using Multiple Tethered Aircrafts
![Optimal Flight Pattern Debate: Circular vs. Figure-Of-Eight](/islandora/object/uuid:eb5291da-114a-4306-8393-d1011a18a4ce/datastream/TN/view)
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Optimal Flight Pattern Debate: Circular vs. Figure-Of-Eight