GEMINGA SÖZCÜĞÜ İNGILIZCE DİLİNDE NE ANLAMA GELİR?
Geminga
Geminga, İkizler Takımı takımyıldızında Güneş'ten yaklaşık 250 parsec uzaklıkta bir nötron yıldızıdır. Adı, hem "İkizler gamma-ışını kaynağının" bir daralması, ve Milano'nun Lombard lehçesinde gh'è minga "orada değil" dır.
İngilizce sözlükte Geminga sözcüğünün tanımı
Sözlükte Geminga'nın tanımı İkizler Takımı takımyıldızı'nda bulunan en parlak ve en yakın gama-ışını kaynaklarından biridir. Bir pulsar, bunun eğirme nötron yıldızı olduğuna inanılıyor.
«GEMINGA» İLE İLİŞKİLİ İNGILIZCE KİTAPLAR
Geminga sözcüğünün kullanımını aşağıdaki kaynakça seçkisinde keşfedin.
Geminga ile ilişkili kitaplar ve İngilizce edebiyattaki kullanımı ile ilgili bağlam sağlaması için küçük metinler.
1
Platform-Independent Development of Robot Communication Software
Geminga triggers creation or removal of communication channels at the
respective clients directly. Such channels may operate in one of the three modes
shown below: • One-to-one (oto). One-to-one channels are configured and
established ...
2
Ancient Egypt 39,000 BCE: The History, Technology, and ...
The GeminGa suPernoVa nine years after the publication of Earth Under Fire,
scientists Richard Firestone, Allen West, and Simon Warwick-Smith published
findings in general agreement with LaViolette's theory, with one important
distinction: ...
Edward F. Malkowski,
2010
3
Isolated Neutron Stars: From the Surface to the Interior: ...
Whatever is the nature of the large UV excess in RQINSs, we do not see it in
B0656 and see a UV deficit in Geminga. The apparently smaller UV-emitting area
of Geminga, as compared to the X-ray-emitting area, cannot be ex- plained by a ...
Silvia Zane, Roberto Turolla, Dany Page,
2007
4
New Cosmic Horizons: Space Astronomy from the V2 to the ...
The CGRO was also expected to help with the solution to two long standing
problems, namely the identification of the intense y-ray object called Geminga
and that of the source of y-ray bursts (see Section 12.8), as described below.
MONITOR FOR A DECADE, astronomers have been puzzled by the nature of the
second-strongest gamma ray "star", nicknamed Geminga. Their bewilderment
has increased in recent years with the discovery of a further 20 strong gamma ray
...
6
The Multi-Messenger Approach to High-Energy Gamma-Ray ...
The number of Geminga-like pulsars is very sensitive to the geometry of both the
γ-ray and radio beams. Recent studies of the shape and polarization of pulse
profiles of young radio pulsars have provided evidence that their radio emission ...
Josep M. Paredes, Olaf Reimer, Diego F. Torres,
2007
7
Cosmic Rays for Particle and Astroparticle Physics - ...
The SHALON catalogue of Galactic gamma-quantum sources with energy > 0.8
TeV Sources Observable flux Distance (cm−2s−1) (kpc) Crab Nebula (Plerion) (
1.72 ± 0.11) × 10−12 2 Cygnus X-3 (binary) (0.68 ± 0.07) × 10−12 10 Geminga ...
8
The Cycle of Cosmic Catastrophes: How a Stone-Age Comet ...
This image shows two supernova remnant pulsars, the Crab (right) and Geminga
(left). Geminga is our candidate for the cause of the Event. Source: NASA,
Compton Gamma Ray Observatory 2 billion miles away from the twelve-mile-
diameter, ...
Richard Firestone, Allen West, Simon Warwick-Smith,
2006
9
The Hundred Greatest Stars
GEMINGA. Think “pulsar” and think “radio.” These rotating neutron stars were first
found in that low-energy radiation band. A few, however, led by the young CRAB
PULSAR, spin so quickly and energetically that they radiate not just in the radio ...
10
The Lives of the Neutron Stars
Five pulsars (Crab, Vela, PSR B 1706-44, PSR B 1055-52, and Geminga) have
been detected with the GRO Energetic Gamma-Ray Experiment Telescope (
EGRET) and three (Crab, Vela, and PSR B 1509-58) have been detected with
OSSE.
M. A. Alpar, Ü. Kizilogammalu, Jan van Paradijs,
1994
«GEMINGA» TERİMİNİ İÇEREN HABERLER
Ulusal ve uluslararası basında konuşulanları ve
Geminga teriminin aşağıdaki haberlerde hangi bağlamda kullanıldığını keşfedin.
So Yeah, Black Holes Dont Exist After All
... a point raised by many real scientists too. Neutron Star geminga - Black Holes Dont Exist An Artist's Concept of a Neutron Star. Credit Link ... «WCCFtech, Oca 14»
NRL Researcher Looks to Gamma Rays to Uncover Origin of …
(Left) The Fermi Large Area Telescope (LAT) gamma-ray sky map showing the supernova remnant IC 443 in the direction of the Geminga and ... «U.S. Naval Research Laboratory, Nis 13»
Positrons Galore
524, A51 (2010); H. Yuksel, M. D. Kistler, and T. Stanev, “TeV Gamma Rays from Geminga and the Origin of the GeV Positron Excess,” Phys. «Physics, Nis 13»
NASA Goddard astrophysicist wins prize for pulsar work
"Of those seven, only the Crab, Vela and Geminga were best suited for attempting to model how these objects produced gamma rays," Harding ... «Phys.Org, Şub 13»
The Crab Nebula (M1): Facts, Discovery & Images
... emission form the Crab pulsar by showing the sky in between its pulses. In both images, the bright source below is the Geminga pulsar. At left ... «Space.com, Ağu 12»
Gemini Constellation: Facts About the Twins
Other notable objects in the constellation include the Eskimo Nebula, Medusa Nebula and Geminga, a neutron star. It also include Messier ... «Space.com, Tem 12»
Image of the Day: Three of the Most Spectacular Objects of the …
Runner-up Geminga (image below), the gamma-ray pulsar, which means "it's not there" in Italian, is a sort of neutron star: the decaying core of ... «The Daily Galaxy, Tem 12»
"Neutron Soup" --Pulsar Creates New Alien State of Matter
The dot to the left is the Geminga pulsar. It has long been assumed that neutrons in the cores of neutron stars become superfluid, but without ... «The Daily Galaxy, Nis 12»
Superflare from Crab Nebula Has Astronomers Mystified
... emission form the Crab pulsar by showing the sky in between its pulses. In both images, the bright source below is the Geminga pulsar. At left ... «Space.com, May 11»
Excess positrons are linked to Geminga pulsar
Now researchers in the US claim that the excesses can be linked to high-energy gamma rays emitted by the Geminga pulsar. Cold dark matter ... «physicsworld.com, Ağu 09»