|
Tags:, volcanoes, object density, the Univers
(View ID:53367)
 Earthquake Research Institute, Tokyo University researchers announced that they have developed a kind of elementary particles using three-dimensional ray observations of the volcano within the system, the system is supplied by solar power, to solve the long lack of electricity supply because of the surrounding volcanoes, people observed only on the problem of plane volcano. Earthquake Research Institute, University of Tokyo research team led by Professor Tian Zhonghong Fortunately, the development of the system using the μ sub-rays.μ child has strong penetrating power, low-density objects, where almost all of them can penetrate, and the object density is high, part of the μ sub-absorbed.Using this principle be observed on the volcano, you can generate a similar perspective as the X-ray film. use the system, the first two can be arranged around the volcano to detect μ child's instrument, and make distribution of the two detectors at right angles to the detector μ child data records sent by the wireless LAN remote computer, the internal situation of the volcano in real-time three-dimensional analysis. generally do not have the power around the volcano, while large-scale high-performance detectors generally have large power consumption, it has been difficult for practical application.To this end, the University of Tokyo research team improved detection by photomultiplier tubes, reducing power consumption, making the volcano around the solar-powered battery can meet the need. http://vividscience.org/2010/06/07/volcano-2.html share Netease microblogging
, volcanoes, object density, the University of Tokyo, volcanoes, ray, university earthquake, consumption, Earthquake Research Institute, the research team, solar
|
|
|
