Ví dụ về việc sử dụng Icecube trong Tiếng anh và bản dịch của chúng sang Tiếng việt
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IceCube is the world's largest neutrino detector.
Glass Jar Food Processors have a more powerful motor andcan crush icecube very effiency.
IceCube is the largest neutrino detector in the world.
The moon and the aurora australis above the IceCube Laboratory at Amundsen-Scott South Pole Station, on August 24, 2012.
The IceCube neutrino telescope is the world's largest neutrino detector.
One large neutrino telescope on the northern hemisphere would be a very nice complement to theone cubic kilometer neutrino telescope IceCube at the South Pole.
The IceCube lab, illuminated by moonlight.
The Sudbury Neutrino Observatory(SNOLAB) found in Ontario, is used for observing deep space phenomenon found far below the earth's surface,just like the IceCube.
A forthcoming upgrade to the IceCube detector will provide deeper insights into the elusive particles.
The celebrated collision of two neutron stars that was discovered using gravitational waves in August 2017 shouldhave produced neutrinos as well, but IceCube did not detect any.
The most advanced project is IceCube, which has started to be deployed at the same site as AMANDA at the South Pole.
We had to calculate the chance that random neutrinos in the sky come from one of the known gamma-ray sources, and the likelihood that it was flaring at that time,” says Anna Franckowiak, an astroparticle physicist at the German Electron Synchrotron(DESY)in Zeuthen who is a member of both IceCube and Fermi-LAT.
In 2013, IceCube discovered the first neutrinos with higher energy from beyond our galaxy.
And the Baikal telescope is even betteradapted to observe the Central part of our Galaxy than the IceCube one, since it is located in the Northern hemisphere(neutrino researchers in the Antarctica observe particles literally"through the Earth").
IceCube will consist of 80 strings of light detectors(in total 4,800) between 1,450 and 2,450 meters deep at the same site as AMANDA.
With a total of 86 detector strings completed in 2011, IceCube is currently the world's largest neutrino observatory and is part of the worldwide Supernova Early Warning System.
IceCube will also complement WMAP and Planck data and can actually“see” the shadowing effect of the Moon blocking cosmic ray muons.
Excerpt:"The era of neutrinoastronomy has begun," Sullivan said as the IceCube Collaboration announced the observation of 28 very high-energy particle events that constitute the first solid evidence for astrophysical neutrinos from cosmic sources.,.
IceCube watches for neutrino interactions by use of thousands of photomultipliers suspended up to 2.45 kilometres down into the Antarctic ice sheet.
When we started IceCube, we were 90% focused on finding point sources of astrophysical neutrinos,” says Kael Hanson, a physicist and director of WIPAC.
IceCube monitors the sky and detects about 200 neutrinos per day, but most are low-energy, created when cosmic rays interact with Earth's atmosphere.
When cosmic neutrinos crash into the IceCube detector, the interactions generate secondary particles that travel faster than the speed of light through the ice, producing a detectable faint blue glow.
IceCube, located at the South Pole, uses 5,160 sensors distributed over a billion tons of ice to spot high-energy neutrinos from extremely violent cosmic sources like exploding stars, black holes, and neutron stars.
Made using data from the IceCube neutrino observatory at the South Pole, the new planetary profile agreed with traditional measurements, a trio of physicists reports November 5 in Nature Physics.
IceCube has detected neutrinos with energy 10,000 times higher than any generated as part of the OPERA experiment, leading Cowsik to conclude that their parent pions must have correspondingly high energy levels.
Next, they hope to build on the early success of the IceCube Neutrino Observatory to detect the source of these high-energy particles, said Physics Professor Gregory Sullivan, who led the University of Maryland's 12-person team of contributors to the IceCube Collaboration.
Researchers from the IceCube project will place a string of Digital Optical Modules into this hole, which can detect the faint signal produced on the rare occasion when a neutrino collides directly with the nucleus of an atom in a molecule of ice.
In December 2010, IceCube-- the world's first kilometer-scale neutrino observatory, which is located beneath the Antarctic ice-- will finally be completed after two decades of planning.
Scientists also use IceCube to examine how neutrinos change from one type to another- which could help determine whether there are new types of neutrinos that we don't yet know about- as well as to search for dark matter and characterize how light travels though Antarctic ice.
Using data from the IceCube Neutrino Observatory at the South Pole, scientists have reported progress in understanding the longstanding mystery of how and where cosmic rays originate, in a development that might help us find ways to shield astronauts and electronics from cosmic radiation.