Search results
Results from the WOW.Com Content Network
The ICE technology uses a scanner with a pair of light sources, a normal RGB lamp and an infrared (IR) lamp, and scans twice, once with each lamp. The IR lamp detects the dust locations with its unique detection method, and then inpainting is applied based on this data afterwards. The general concept is locate scratches and dust on the RGB ...
Fallout 4 uses "Black Ice" as a construction material during a cyberspace hacking minigame in the Far Harbor DLC. Mr. Robot, where "ICE" in its RPG part refers to shields or armor that can be attacked by various "ICE breaker"s; Midnight Protocol, where "ICE" is an umbrella term for security measures that shield nodes from being accessed
ICE was designed to be adaptable to future adjustments in order to keep up with changing IED technology. [31] In addition, it was simple enough for soldiers to repair it at the unit level. Researchers later developed a portable version of ICE called Dismounted IED Countermeasures Equipment (DICE), which allowed soldiers to carry the jamming ...
An ice detector is an instrument that detects the presence of ice on a surface. Ice detectors are used to identify the presence of icing conditions and are commonly used in aviation, [1] unmanned aircraft, [2] marine vessels, [3] wind energy, [4] and power lines. [5] Ice detection can be done with direct and indirect methods.
Black ice on a road in Germany. Black ice, sometimes called clear ice, is a coating of glaze ice on a surface, for example on streets or on lakes. The ice itself is not black, but visually transparent, allowing the often black road below to be seen through it and light to be transmitted. The typically low levels of noticeable ice pellets, snow ...
In 2015, ICEYE demonstrated that synthetic-aperture radar could be used to monitor hazardous ice features such as pack ice. [9]In 2019, the founders of ICEYE and Aalto staff involved were awarded the Finnish Engineering Award by the Academic Engineers and Architects in Finland TEK [10] [11] The achievement was called "a breakthrough in Finnish space technology" in the award citation.
The ice itself is the detector medium. The direction of incident neutrinos is determined by recording the arrival time of individual photons using a three-dimensional array of detector modules each containing one photomultiplier tube. This method allows detection of neutrinos above 50 GeV with a spatial resolution of approximately 2 degrees.
Before the invention of artificial refrigeration technology, ice making by nocturnal cooling was common in both India and Iran. In India, such apparatuses consisted of a shallow ceramic tray with a thin layer of water, placed outdoors with a clear exposure to the night sky. The bottom and sides were insulated with a thick layer of hay.