A new type of high-temperature superconducting strip has been developed by the Moscow State Institute of Engineering Physics at the Russian National Nuclear Research University. Relevant experts believe that the research results will broaden the application fields of high-temperature superconductors, such as new engines, bearings and kinetic energy storage. The research results were published in several scientific journals such as "Materials Research Letters". With no resistance, superconductors are often used to make wires and cables. Unlike ordinary conductors (such as copper and aluminum), if current is passed, the superconductor will not heat up at all, that is, it will not cause energy loss. In addition, superconductors expel the internal magnetic field. This means that if a magnet is placed above the superconductor, the magnet will not fall down and will float at a certain height. Because of this quantum nature of the superconducting state, the magnet and superconductor will "bind each other" no matter how they move. This phenomenon is called "magnetic levitation". Thus, a new type of high-temperature superconducting strip can be developed. Igor Rudneev, director of the Superconductivity and Magnetic Phenomena Laboratory of the Institute of Laser and Plasma Technology at the Moscow State Institute of Engineering and Physics, Russian National Nuclear Research University, said: "This material is more functional than traditional ceramic superconductors. Our extensive experimental and theoretical work has shown that the use of high-temperature superconducting strips in magnetic levitation systems is undoubtedly promising. " It is reported that the above-mentioned research was supported by the Russian Science Foundation, and the Moscow State Institute of Engineering Physics of the Russian National Nuclear Research University plans to combine the research results with practice in the near future for the manufacture of magnetic suspension traffic, magnetic bearings and superconducting engines. LED Sensor Batten Lights has options of microwave sensor and infrared sensor. There are two sensing modes. One is 0-10v dimming, and the other is on/off.
Toggle button can set the remote distance of remote control and sensor.
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The main difference between these two modes is that the 0-10v dimming mode can set the brightness of the light after the person walks, and the pending time of this brightness can also be set. On/off mode, you can only set the time for the lights to turn off after a person walks, but not the brightness (that is, functions 3, 4 cannot be implemented). The 0-10v dimming mode is more intelligent.
Briefly introduce the function of sensor light:
1. Set up daylight threshold: If the ambient light is higher than the set brightness, the sensing function will not be triggered.
2. Set up the hold time: The time for the light to maintain brightness after the person walks away.
3. Set up a stand-by dim level: set the brightness maintained after the person walks
4. Set up stand-by time: After the person walks, the time to maintain low brightness
5. Set up detection area: Set the detection area.