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| Infrared (14) | |
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They do it by bringing electronic tools into their crop rows-global positioning systems, infrared devices that measure soil's electrical conductivity and light and sound sensors.
equipped with special infrared cameras, fires can be spotted during the earliest moments of a containment window,
State of the art Infrared Technology In the late 1980s, I was an engineer working as part of an IBM team to build a mobile satellite command and control center for monitoring missile launches from space.
the heat plume coming out of the back of the rocket produces a distinct heat signature instantly detectable by satellites tens of thousands of miles away with infrared sensors.
Onboard thermal sensors record infrared measurements capable of showing heat loss in buildings and monitoring pipelines.
by using infrared light). Scientifically viable in 2015; mainstream in 2018; and financially viable in 2019.
000 for a military-style device are equipped with infrared cameras, sensors and other technology controlled by a pilot on the ground.
and infrared goggles to kill elephants in the dead of night. What if unmanned arial vehicle (UAV) developers could imagine their inventions through the eyes of conservation field staff?
Increased battery life and flight duration greater payloads cheaper infrared sensors and affordable real-time transmission of imagery would all make a major difference.
Infrared cameras that can locate leaks are required under a recently approved Colorado regulation. Car-mounted devices sample the air
which uses mid-infrared light, to precisely determine the mineral properties, nutrient content and organic chemistry of sub-Saharan soils.
Now the biologists use cameras that can run at 7500 frames per second significantly higher than what was once available to researchers and that work in infrared light.
whereas an infrared camera was able to detect inflammatory alterations in the udder four hours after the inflammation had set in says Jutta Kauppi.
Hitting the combined material with femtosecond pulses from a near-infrared laser prompted the indium phosphide to emit terahertz back through the graphene.
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