The Applied Ocean Physics and Engineering Department (AOPE) is a unique collection of scientists, engineers, technical support personnel and students conducting research into ocean processes from the turbulent surf zone to the abyssal depths. This research encompasses air-sea interaction on local and global scales, mixing processes, sediment transport, estuarine and coastal hydrodynamics, ocean acoustics, underwater communication, internal waves, signal processing, mooring dynamics, and physical-biological processes.
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Figure 9 Cap Off.tab
Jul 21, 2025 - A Refractometer for Measuring Thermohaline Density Microstructure in the Ocean
Tabular Data - 4.2 MB - 2 Variables, 152995 Observations - UNF:6:oEKksoirRUvLIRYgn67WiA==
Figure 9 Cap On.tab
Jul 21, 2025 - A Refractometer for Measuring Thermohaline Density Microstructure in the Ocean
Tabular Data - 4.2 MB - 2 Variables, 153585 Observations - UNF:6:rBS5O7EQ8T1jzW9tzSv/tA==
Readme.txt
Jul 21, 2025 - A Refractometer for Measuring Thermohaline Density Microstructure in the Ocean
Plain Text - 3.6 KB - MD5: 16aafb604fed3ed907580c54c81fc61c
ReadMe file describing the contents of the data files.
An Underwater Methane Sensor Based on Laser Spectroscopy in a Hollow Core Optical Fiber
Jul 21, 2025
Jason Kapit; Youngs, Sarah; Pardis, William A.; Padilla, Alexandra M.; Michel, Anna, 2025, "An Underwater Methane Sensor Based on Laser Spectroscopy in a Hollow Core Optical Fiber", https://doi.org/10.26027/DATAPTD8ZF, MBLWHOI Library Dataverse, V1, UNF:6:S+yqkS17186lU0QS3EbOOA== [fileUNF]
Existing sensors for measuring dissolved methane in situ suffer from excessively slow response times or large size and complexity. The technology reported here realizes improvements by utilizing a hollow core optical fiber (HFC) as the detection cell in an underwater infrared laser spectrometer. The sensor operates by using a polymer membrane inlet...
Figure 11.tab
Jul 21, 2025 - An Underwater Methane Sensor Based on Laser Spectroscopy in a Hollow Core Optical Fiber
Tabular Data - 1.6 MB - 3 Variables, 35001 Observations - UNF:6:2KwLe50IxdaxvlmMs3HIWA==
Figure 12 Bottle Samples.tab
Jul 21, 2025 - An Underwater Methane Sensor Based on Laser Spectroscopy in a Hollow Core Optical Fiber
Tabular Data - 142 B - 4 Variables, 6 Observations - UNF:6:rJLUZ+BDH64NSpaJ6UuUHQ==
Figure 12 SAGE.tab
Jul 21, 2025 - An Underwater Methane Sensor Based on Laser Spectroscopy in a Hollow Core Optical Fiber
Tabular Data - 32.1 KB - 2 Variables, 1143 Observations - UNF:6:n2q/ldtCQeYqGElC9OS3Tw==
Figure 2 Bottom.tab
Jul 21, 2025 - An Underwater Methane Sensor Based on Laser Spectroscopy in a Hollow Core Optical Fiber
Tabular Data - 92 B - 2 Variables, 4 Observations - UNF:6:MN6vLV1Vx3WbQC+C8mvUGg==
Figure 2 Top.tab
Jul 21, 2025 - An Underwater Methane Sensor Based on Laser Spectroscopy in a Hollow Core Optical Fiber
Tabular Data - 17.2 KB - 2 Variables, 411 Observations - UNF:6:hOvgLr4a+bS73zrhSkNmIA==
Figure 3 Bottom.tab
Jul 21, 2025 - An Underwater Methane Sensor Based on Laser Spectroscopy in a Hollow Core Optical Fiber
Tabular Data - 88.2 KB - 2 Variables, 2500 Observations - UNF:6:Lam6v0pvmntJDFjYZICihA==
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