「PULSAR」の共起表現一覧(1語右で並び替え)
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| 3C58 or 3C 58 is a | pulsar and surrounding synchrotron nebula within the |
| f the pathfinder experiment was to be the Crab | Pulsar and Crab Nebula, and the Cygnus X-1 high mass |
| onal effects of the planet on the orbit of the | pulsar and white dwarf had been measured, giving an e |
| PSR B1509-58 is a | pulsar approximately 17,000 light-years away in the c |
| PSR B1828-10 is a | pulsar approximately 11,812 light-years away in the c |
| terplanetary Scintillation Array (IPS Array or | Pulsar Array) was built at the Mullard Radio Astronom |
| ghts into the behaviour of a neutron star or a | pulsar, as well as in quantum theory in general. |
| rth mass) gas giant was announced orbiting the | pulsar at a distance of about 40 AU. |
| The modern history of the Crab | Pulsar begins with the identification of the central |
| SAS-2 first detected Geminga, a | pulsar believed to be the remnant of a supernova that |
| s that magnetars are not merely a rare type of | pulsar but may be a (possibly reversible) phase in th |
| erhaps even more so than their more well known | pulsar counterparts. |
| gnal turned out to be radio emissions from the | pulsar CP1919 (the first one recognized as such). |
| r were studying what they thought was a binary | pulsar, determined that a third object was needed to |
| acker, studying what they thought was a binary | pulsar, determined that a third object was needed to |
| It is notable for being the first radio | pulsar ever discovered (in July 1967 by Jocelyn Bell |
| 1+4, which was the first slowly rotating X-ray | pulsar found. |
| DAF DB250 10.2m / Wright | Pulsar Gemini for route 492. |
| s an active researcher within the Jodrell Bank | Pulsar Group. |
| This | pulsar has been the target of interest, because of a |
| clusters implies a much higher likelihood of a | pulsar having (or capturing) a giant companion star. |
| nova is Geminga ("Gemini gamma-ray source"), a | pulsar in the constellation Gemini. |
| Position of Crab | Pulsar in the Milky Way. |
| PSR J1903+0327 is a millisecond | pulsar in a highly eccentric binary orbit. |
| PSR J2007+2722 is a 40.8-hertz isolated | pulsar in the Vulpecula constellation, 5.3 kpc (17,00 |
| Vela Supernova Remnant, located near the Vela | Pulsar in the constellation Vela. |
| Chandra observations of the | pulsar in 3C58 suggest that the matter in this collap |
| This | pulsar is distinguished by being the most stable natu |
| The | pulsar is unique in that it has a "bursting phase" wh |
| The Geminga | pulsar is closer (and also resulted from a supernova) |
| X-ray binary, HMXB - a high-mass X-ray binary, | Pulsar is an X-ray pulsar, radioBurst is a radio burs |
| An optical | pulsar is a pulsar which can be detected in the visib |
| Pulsar is a 1981 arcade game created by Sega/Gremlin. | |
| The Bursting | Pulsar is the only known X-ray pulsar that is also a |
| The | pulsar is about 1.8 solar mass and the companion is a |
| The mass of the | pulsar is estimated to be at least (1.88+/−0.13) |
| The | pulsar is located in a globular cluster of stars call |
| The | pulsar is accreting mass from this companion, resulti |
| the 30 Hz frequency of the Crab Nebula optical | pulsar is difficult for many people to see. |
| A | pulsar kick refers to the observed phenomenon that th |
| The cause of | pulsar kicks is unknown, but many astrophysicists bel |
| If true, | pulsar kicks would give us insight into the supernova |
| rmula is used with the second fastest-spinning | pulsar known, PSR J1748-2446ad (which rotates 716 tim |
| PSR J1748-2446ad is the fastest-spinning | pulsar known, at 716 Hz (period being 0.00139595482(6 |
| 48-2446ad in 2005, it was the fastest-spinning | pulsar known. |
| on of the Vela supernova remnant with the Vela | pulsar, made by astronomers at the University of Sydn |
| s of the companion is ~1 solar mass, while the | pulsar mass is unusually large at ~1.74 solar masses. |
| It is speculated that this | pulsar may in fact be a quark star. |
| peculate that gravitational radiation from the | pulsar might be detectable by LIGO. |
| wed the user to store information, following a | pulsar model released in 1982. |
| when they reported that they had discovered a | pulsar orbited by a planetary companion; this would h |
| The 1.24 second | pulsar period associated with Her X-1 is immediately |
| a astrophysics, Extragalactic radio astronomy, | Pulsar physics, Space radio spectroscopy, and Pulsar |
| 1991, Andrew G. Lyne announced the first ever | pulsar planet discovered around PSR 1829-10. |
| very because of the retraction of the previous | pulsar planet, and questions about how pulsars could |
| lar planetary system discovered, and the first | pulsar planets discovered. |
| - although not confirmed - predating the 1992 | pulsar planets found around PSR B1257+12 and main-seq |
| as later retracted, just before the first real | pulsar planets were announced. |
| Pulsar planets are planets that are found orbiting pu | |
| Although these | pulsar planets were not renamed, some have done it th |
| his method is similar to that used to discover | pulsar planets, except that the observations were in |
| tion to being the first confirmed discovery of | pulsar planets, the find is also generally considered |
| the fourth known extrasolar planet, excluding | pulsar planets. |
| ing car racer Glenn Seton who entered a Nissan | Pulsar powered Ralt RT4 late in the series. |
| planet planetary system around the millisecond | pulsar PSR 1257+12. |
| He discovered the first millisecond | pulsar, PSR B1937+21, which rotates at a rate far bey |
| is the second object known to be orbiting the | pulsar PSR B1257+12. |
| mutual inclination of the planets orbiting the | pulsar PSR B1257+12 had been determined by measuring |
| Jocelyn Bell Burnell, who discovered the first | pulsar PSR B1919+21 in 1967, relates that in the late |
| he planet is the innermost object orbiting the | pulsar PSR B1257+12, i.e. a pulsar planet. |
| In 1974, Hulse and Taylor discovered binary | pulsar PSR B1913+16, which is made up of a pulsar and |
| the team that discovered the first millisecond | pulsar, PSR B1937+21. |
| The | pulsar PSR B0950+08 seems to have come from a superno |
| of two planets and a possible third around the | pulsar PSR B1257+12. |
| e pulsars relied on two key characteristics of | pulsar pulses in order to distinguish pulsars from no |
| r Capital started a reinsurance company called | Pulsar Re. |
| Pulsar runs on the Z80 microprocessor. | |
| everal hundred km/s) of many pulsars, a single | pulsar scans the ISM rapidly, which results in changi |
| The second defining characteristic of | pulsar signals is the dispersion in frequency of an i |
| Vela X is a strong radio | pulsar source, that is also associated with a very st |
| tial data processing from the Parkes Multibeam | Pulsar Survey, which is the largest pulsar survey to |
| troacoustic music specializing in granular and | pulsar synthesis, author, and computer programmer. |
| abs contributed to the discovery of the binary | pulsar system PSR B1913+16 by Joseph Taylor and Russe |
| B1829-10 (often shortened to PSR 1829-10) is a | pulsar that is approximately 30,000 light-years away |
| rnice visits Marlowe's World to try and stop a | pulsar that threatens to destroy the Braxiatel Collec |
| nets discovered, and being discovered around a | pulsar, the planets were given the uppercase letters |
| The European | Pulsar Timing Array (EPTA) is a European collaboratio |
| It competes with the Australian and American | pulsar timing arrays, the Parkes Pulsar Timing Array |
| rames; lunar and interplanetary laser ranging; | pulsar timing experiments |
| d other colleagues have used this first binary | pulsar to make high-precision tests of general relati |
| s an ionized component, waves traveling from a | pulsar to Earth are dispersed, and thus pulsar survey |
| It was the first X-ray | pulsar to be discovered, and the third X-ray source t |
| the Alliance to deadly radiation from a nearby | pulsar until they finally surrender. |
| should not be confused with the isolated radio | pulsar, Vela X, which is a very different kind of obj |
| There are very few of these known: the Crab | pulsar was detected by stroboscopic techniques in 196 |
| The Vela | pulsar was detected in 1977 at the Anglo-Australian O |
| Discovered in 1968, the | pulsar was the first to be connected with a supernova |
| The | pulsar was discovered in an ongoing L-band (1.4 GHz) |
| This | pulsar was discovered by Jason W. T. Hessels of McGil |
| the rotational frequency of a rotation-powered | pulsar, which usually decreases steadily due to braki |
| a neutron star with the properties of a radio | pulsar which emitted some magnetically-powered bursts |
| g voyage to the stars, and an encounter with a | pulsar whose pulse cycle is in phase with the brainwa |
| be that the X-ray emissions could be from the | pulsar wind nebula from a rapidly spinning pulsar, si |
| research group also discovered the first X-ray | pulsar with a rotation speed of four hundred revoluti |
| PSR J1748-2446ad, at 716 Hz, the | pulsar with the highest rotation speed. |
| Centaurus X-3 (4U 1118-60) is an X-ray | pulsar with a period of 4.84 seconds. |
| That is, a rapidly rotating | pulsar with a strong magnetic field, estimated at 101 |
| SWIFT J1756.9-2508 is a millisecond | pulsar with a rotation frequency of 182 Hz (period of |
| The Crab nebula, and the Crab | Pulsar within it, is an intensive space X-ray source. |
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