cosmic rays

listen to the pronunciation of cosmic rays
İngilizce - Türkçe
(Askeri) KOZMİK IŞINLAR: Bak. "corpuscular cosmic rays"
kozmik ışınlar phys

İlgili Terimler

cosmic ray
(Çevre) kozmik ışınlar
cosmic ray
evren ışını
cosmic ray
kozmik ışın

Kozmik ışınlar, güneş sistemimizin ötesinden gelirler. - Cosmic rays come from beyond our own solar system.

primary cosmic rays
primer kozmik ışınlar, birincil evren ışınları
corpuscular cosmic rays
(Askeri) ZERRESEL KOZMİK IŞINLAR: Dış alemden gelen ve %86 sı hidrojen çekirdeği (proton), %31'i helyum çekirdeği (alfa partikülleri), %1'i helyumdan daha yüksek atom sayılı elemanlara ait çekirdeklerden ibaret bulunan esas kozmik ışınlar
İngilizce - İngilizce
plural form of cosmic ray
Cosmic rays are rays that reach earth from outer space and consist of atomic nuclei
rays of extremely high penetrating power originating beyond the earth's atmosphere

İlgili Terimler

cosmic ray
An energetic particle originating outside our solar system
cosmic ray
Cosmic radiation: a stream of cosmic rays
cosmic ray
highly penetrating ionizing radiation of extraterrestrial origin; consisting chiefly of protons and alpha particles; collision with atmospheric particles results in rays and particles of many kinds
cosmic ray
A stream of ionizing radiation of extraterrestrial origin, consisting chiefly of protons, alpha particles, and other atomic nuclei but including some high-energy electrons, that enters the atmosphere, collides with atomic nuclei, and produces secondary radiation, principally pions, muons, electrons, and gamma rays. a stream of radiation reaching the Earth from space. High-speed particle (atomic nucleus or electron) that travels through the Milky Way Galaxy. Some cosmic rays originate from the Sun, but most come from outside the solar system. Primary cosmic rays that reach Earth's atmosphere collide with nuclei in it, creating secondaries. Because lower-energy primaries are strongly influenced by the interplanetary magnetic field and Earth's magnetic field (see geomagnetic field), most of those detected near Earth have very high energy, corresponding to speeds about 87% that of light or more. Observations from spacecraft indicate that most cosmic rays come from the Galaxy's disk, but the highest-energy ones are probably extragalactic. Details of their production and acceleration remain unclear, but apparently expanding shock waves from supernovas can accelerate particles. From the early 1930s to the 1950s, cosmic rays were the only source of high-energy particles used in studying the atomic nucleus and its components. Short-lived subatomic particles were discovered through cosmic-ray collisions, leading to the rise of particle physics. Even powerful particle accelerators cannot impart energy anywhere near that of the highest-energy cosmic rays. See also Victor Francis Hess
cosmic rays

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    cos·mic rays

    Türkçe nasıl söylenir

    käzmîk reyz

    Telaffuz

    /ˈkäzmək ˈrāz/ /ˈkɑːzmɪk ˈreɪz/