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Lightweight, Flexible Thermal Protection System for Fire Protection
High-Precision Electric Gate for Time-of-Flight Ion Mass Spectrometers
Polyimide Wire Insulation Repair System
Distributed Propulsion Concepts and Superparamagnetic Energy Harvesting Hummingbird Engine
Aerofoam
Wet Active Chevron Nozzle for Controllable Jet Noise Reduction
Magnetic Relief Valve
Active Aircraft Pylon Noise Control System
Unmanned Aerial Systems Traffic Management
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System Harvests Energy from Automotive Shock Absorbers

The energy harvesting device focuses on the car’s suspension – specifically, the shock absorbers. Boosting the fuel efficiency of motor vehicles by “harvesting” the energy generated by their shock absorbers and feeding it back into batteries or electrical systems such as air conditioning has become a major goal in automotive engineering. A University of Huddersfield (UK) researcher has designed a new system and built a prototype that is ready for real-world testing.

Posted in: News, Energy Harvesting, Motion Control

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The Crucial Role of Additive Manufacturing at NASA

At NASA, the first steps of the Journey to Mars are well underway with the development of NASA’s next generation launch system and investments in research and technologies that should increase the affordability, capability, and safety of exploration activities.

Posted in: On-Demand Webinars, Manufacturing & Prototyping

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Laser-Driven Light Source

Energetiq Technology (Woburn, MA) has introduced its 5th generation, ultra-bright, Laser-Driven Light Source (LDLS™), the EQ-77. The EQ-77 offers higher radiance and irradiance from a truly broadband white light source. The EQ-77 features a compact lamp house, with clean construction that ensures long life and ultimate stability. With a wavelength range from 170nm in the deep ultraviolet to >2µm in the near infrared, and a choice of dual-beam output or a single-beam output with retro-reflector, the EQ-77 is flexible for a broad variety of applications.To learn more, click here

Posted in: Products, Lasers & Laser Systems

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Diffuse Reflectance Probe

The Ocean Optics (Dunedin, FL) Diffuse Reflectance Probe (DR-Probe) measures 45° diffuse reflectance, enhancing UV-Vis and NIR spectroscopy results. The DR-Probe integrates a light source and collection optics into one unit. With the probe’s collection optics fixed in place relative to the light source, the measurement geometry is constant. An included standoff accessory ensures a consistent 40 mm focal length between the probe and the sample. The DR-Probe has rugged, all-metal construction for durability, and its 6W tungsten halogen bulb has a 10,000-hour lifetime.To learn more, click here

Posted in: Products, Instrumentation, Optics, Photonics

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CoaXPress Frame Grabber

Responding to the need to create a cost-effective, high-speed interface to fully leverage CXP cameras, BitFlow (Woburn, MA) has introduced the Aon-CXP single link CoaXPress frame grabber. The Aon is powerful enough to support camera speeds up to 6.25 Gigabits/second, which is almost twice as fast as USB3 and over six times the speed of current offerings of GigE Vision. While capturing video at those speeds, it is simultaneously sending control commands, triggers and up to 13 W of power over a single piece of 75 Ohm coaxial cable.To learn more, click here

Posted in: Products, Data Acquisition, Board-Level Electronics, Computers, Electronics & Computers, Imaging, Video

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Ferrule Cleaner

Fiber Optic Center, Inc., (FOC) (New Bedford, MA) has announced the addition of the US Conec IBC™ Brand Ferrule Cleaner MTP-16™ and IBC™ Brand Ferrule Cleaner PRIZM® MT / MXC to their cable assembly lines options. IBC™ Brand Cleaner MTP-16™ (Part # 17669) is a multifiber cleaner which cleans MTP-16™, TIA-604-5 compliant MPO connectors only. This cleaner can be used to clean both flat and angled MTP-16™ ferrules. The PRIZM® MT cleaning tool (Part # 15990) is designed specifically for use with US Conec’s PRIZM® MT lensed ferrule technology.To learn more, click here

Posted in: Products, Fiber Optics

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Silicon Nanoantennas Turn Light Around

An artist’s rendering of nonlinear light scattering by a dimer of two silicon particles with a variable radiation pattern. A team of physicists from ITMO University, MIPT, and The University of Texas at Austin have developed an unconventional nanoantenna that scatters light in a particular direction depending on the intensity of incident radiation. The research findings will help with the development of flexible optical information processing in telecommunication systems.

Posted in: News, Lasers & Laser Systems, Optics, Photonics

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