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Acoustic Backscatter Sensor
LISST-ABS
The LISST-ABS is a fixed-point monitoring sensor. It uses a new and novel technique to internally compensate for geometric beam spreading and attenuation, yielding de-attenuated backscatter signal strength. It is held pointing into flow for low drag.
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Optical Backscatter Reflectometer
OBR 4600
The Luna OBR 4600 Optical Backscatter Reflectometer (OBR) is a powerful tool for testing and analyzing loss in short-run networks and components. The OBR 4600 is an ultra-high resolution reflectometer that features a spatial sampling resolution of 10 microns, zero dead zone, and backscatter-level sensitivity. The OBR 4600 offers industry leading technology to precisely track loss and polarization states, allowing you to “see inside” your components and systems.
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Portable Optical Backscatter Reflectometers
OBR 6200 Series
The Luna OBR 6225 and OBR 6235 are portable and rugged ultra-high resolution reflectometers with backscatter-level sensitivity for testing fiber optic networks deployed in aerospace, naval, data center and industrial applications.
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Handheld X-Ray Backscatter Imaging System
Nighthawk™
Nighthawk Handheld X-Ray Backscatter Imaging System sees what is invisible to the human eye, detecting concealed contraband, weapons, narcotics and explosives in luggage, barrels, vehicles, upholstery, and many other applications.
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Electron Backscatter Diffraction (EBSD) Camera
Velocity™
high-speed EBSD mapping with the highest indexing performance on real-world materials. Velocity™ EBSD camera combines indexing speeds greater than 3,000 indexed points per second with indexing success rates of 99% or better. At these speeds, the Velocity™ uses 120 x 120 pixel EBSD patterns for improved band detection. This image resolution, combined with proven EDAX triplet indexing routines, provides orientation precision values of less than 0.1°.
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Stand-Alone Current Sensors
The Aanderaa Current Sensors are based on the backscatter acoustic Doppler principle.
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EBSD tools
EDAX EBSD tools provide leading performance and groundbreaking technology for analyzing crystallographic microstructure, using electron backscatter diffraction in the SEM.
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Acoustic Zooplankton Fish Profiler
The ASL Acoustic Zooplankton Fish Profiler™ (AZFP™) offers a new, economical way of obtaining reliable measures of marine environmental conditions in the water column. The AZFP™ can monitor the presence and abundance of zooplankton and fish within the water column by measuring acoustic backscatter returns at multiple ultrasonic frequencies. Other sonar targets realized from the sonar backscatter data include bubbles and suspended sediments.
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Analysis System
Pegasus (EDS-EBSD)
The Pegasus Analysis System enables the simultaneous collection of Energy Dispersive Spectroscopy (EDS) (chemistry) and Electron Backscatter Diffraction (EBSD) (crystallography) data, allowing direct correlation between the elemental content and microstructural aspects of the material being studied.
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EMORAL LiDARESA Mobile Raman
The EMORAL LIDAR observations at the PolWET site in Rzecin, Poland, on 10 June 2019. The scattering ratio (top), quasi-particle depolarization ratio (middle), and backscatter colour ratio (bottom) derived at 532 nm with 30 m spatial and 30 s temporal resolutions
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Multibeam Echosounder - Deep Water
HydroSweep MD/30
The HydroSweep MD/30 is a deep water multibeam echosounder ideally suited for seabed mapping in medium and deep waters down to 7,000 m water depth. The HydroSweep MD/30 utilizes operating frequencies between 24 and 30 kHz to map the acquire bathytric depth information as well as sidescan and backscatter data.
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Multibeam Echosounder - Deep Water
HydroSweep MD/50
The HydroSweep MD/50 is a high resolution multibeam echosounder ideally suited for seabed mapping in mid and shallow water based on a sonar frequency range between 52 kHz to 62 kHz. Beside bathymetric depth information from 5 m to more than 2000 m, sidescan data and backscatter data for seabed classification can be acquired.
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Analysis System
Trident (EDS-EBSD-WDS)
The Trident Analysis System combines the latest advances in Energy Dispersive Spectroscopy (EDS), Electron Backscatter Diffraction (EBSD), and Wavelength Dispersive Spectrometry (WDS) in a single analytical tool. With the Smart Features included in the easy to use EDAX analysis software, each technique can be optimized and used independently or they can be combined to provide seamless integration, resulting in comprehensive data collection that can then be shared between the different techniques.
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RFID Test Instrument
RAIN Xplorer
The CISC RAIN Xplorer is a unique RFID test product developed for convenient tag frequency sensitivity, communication range, and backscatter measurements. The RFID tester is designed for open area tests and measurements in an RF-controlled environment using portable or fixed RF test chambers. The system is supplied with software and a reference tag for self-calibration.
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Scanning Electron Microscopy (SEM Analysis)
Rocky Mountain Laboratories, Inc.
Scanning Electron Microscopy (SEM Analysis) can produce images of almost any sample at magnifications of 15-300,000X. The SEM has tremendous depth of field allowing for imaging that cannot be accomplished using optical microscopy. Conductive and nonconductive samples can be imaged. When operated in the backscatter (BSE) detection mode, differences in material composition can be observed. Elemental analysis can be performed on any feature observed with an integrated Energy Dispersive Spectroscopy (EDS) detector.
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APEX BioGeoChem
APEX BioGeoChem (BGC) is Teledyne Webb Research's (TWR) most requested sensor configuration after the basic Argo float. TWR begins with our field proven APF-11 controller, aluminum hull, lithium primary batteries, and Seabird SBE-41CP CTD. We added an Aanderaa (AADI) model 4330 dissolved oxygen optode and a WETLabs FLbb (chlorophyll_a and backscatter) to complete the package. If needed TWR can substitute either the WET Labs FLbbCD or a Triplet for the FLbb.
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EBSD Detector
Symmetry
Electron backscatter diffraction – is a powerful microanalysis technique that enables rigorous characterisation of the micro structural properties of crystalline materials. A high performance EBSD detector is critical for the effectiveness of the technique, influencing both speed and data quality. Symetry is Over 3000 indexed patterns per second (pps). Up to 30x faster than existing CCD-based detectors. Extreme sensitivity for low current and low kV analyses. Megapixel resolution for HR-EBSD applications. High resolution patterns (at least 156 x 128 pixels) at all speeds.
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Multibeam Echosounder - Deep Water
HydroSweep DS
The HydroSweep DS is a deep water multiebeam echosounder ideally suited for seabed mapping in deep water up to full ocean depth based on a sonar frequency between 14 kHz to 16 kHz. Beside bathymetric depth information from 10 m to more than 11,000 m, sidescan data and backscatter data for seabed classification are acquired. The HydroSweep DS does not only gather sea floor information, but also uses adaptive bottom tracking windows to identify sonar targets in the water column and can be optionally operated as a parametric sub-bottom profiler without additional transducers and electronics.
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Launch Fiber Box
OTDR measuring devices are used in various ways in fibre optic technology. They enable extensive characterisation of existing fibre optic cabling networks. The use of launch and receive fibres is advantageous when it comes to ensuring precise results evaluations. With bidirectional backscatter measurements with launch and receive fibres, the attenuation values of the first and last plug-in connection can be determined precisely by averaging and device dead zones can be avoided. Measuring device manufacturers recommend different lengths of launch and receives fibres to avoid “phantom reflections”. These launch and receive fibres are also subject to measuring equipment monitoring and should regularly undergo revision in accordance with the OTDR measuring devices. A good measurement result depends on the state and quality of the measuring equipment used. Diamond offers various types of launch and receive fibres, one with standard telecommunications connectors and the other with an outdoor connector for harsh environments.
