Difference between revisions of "Talk:DynaLab"
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(Which university are you at? <a href=" http://cascadeicewater.com/blog/in-home-work/ ">essays in genetics for purchase</a> Cosmic rays are known to reach energies above 100 billion giga-electron volt) |
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| − | Which university are you at? <a href=" http://cascadeicewater.com/blog/in-home-work/ ">essays in genetics for purchase</a> Cosmic rays are known to reach energies above 100 billion giga-electron volts (1011 GeV). The data reported in this latest paper cover the energy range from 1.6 times 106 GeV to 109 GeV. Researchers are particularly interested in identifying cosmic rays in this interval because the transition from cosmic rays produced in the Milky Way Galaxy to "extragalactic" cosmic rays, produced outside our galaxy, is expected to occur in this energy range. | + | Which university are you at? <a href=" http://cascadeicewater.com/blog/in-home-work/ ">essays in genetics for purchase</a> Cosmic rays are known to reach energies above 100 billion giga-electron volts (1011 GeV). The data reported in this latest paper cover the energy range from 1.6 times 106 GeV to 109 GeV. Researchers are particularly interested in identifying cosmic rays in this interval because the transition from cosmic rays produced in the Milky Way Galaxy to "extragalactic" cosmic rays, produced outside our galaxy, is expected to occur in this energy range. |
Revision as of 18:00, 14 September 2014
Which university are you at? <a href=" http://cascadeicewater.com/blog/in-home-work/ ">essays in genetics for purchase</a> Cosmic rays are known to reach energies above 100 billion giga-electron volts (1011 GeV). The data reported in this latest paper cover the energy range from 1.6 times 106 GeV to 109 GeV. Researchers are particularly interested in identifying cosmic rays in this interval because the transition from cosmic rays produced in the Milky Way Galaxy to "extragalactic" cosmic rays, produced outside our galaxy, is expected to occur in this energy range.Â
