Übersetzung für 'X ray emission' von Englisch nach Deutsch

X-ray emission

Röntgenemission {f}phys.

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X-ray emission spectroscopy <XES>

Röntgenemissionsspektroskopie {f}phys.

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Werbung

particle-induced X-ray emission <PIXE>

partikelinduzierte Röntgenemission {f}chem.phys.

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X-ray image intensifier <X-ray I.I., X-ray II>

Röntgenbildverstärker {m} <RBV>MedTech.

X-ray image intensifier tube <X-ray I.I. tube, XRII tube>

Röntgenbildverstärkerröhre {f} <RBV-Röhre>MedTech.

X / The Man With The X-Ray Eyes [Roger Corman]

Der Mann mit den RöntgenaugenfilmF

X for X-Ray [NATO phonetic alphabet]

X wie X-Ray [NATO-Buchstabiertafel]idiommil.

X as in X-ray [esp. Am.]

X wie Xanthippeidiom

X for Xmas / X-ray

X wie Xaver [österr.] [schweiz.]idiom

X wie Xanthippeidiom

to X-ray

röntgendent.med.

durchleuchtenmed.

röntgenisieren [österr.]med.

X-ray

Durchleuchtung {f}med.

Röntgenaufnahme {f}dent.med.MedTech.

Röntgenbild {n}dent.med.MedTech.

Röntgenstrahl {m}MedTech.phys.

X-ray fluoroscopy

Röntgendurchleuchtung {f}MedTech.

X-ray photograph

Röntgenfotografie {f} [Bild]spec.

X-ray reconstruction

Röntgenrekonstruktion {f}MedTech.

X-ray photography

Röntgenfotografie {f}spec.

Röntgenphotographie {f}spec.

X-ray exposure

Röntgenaufnahme {f} <Rö>MedTech.

• However, there is little central concentration of the X-ray emission.
• It has a relatively long period and low eccentricity for this type of binary, which means the x-ray emission is persistent and not usually strongly variable.
• He would have seen x-ray emission lines for both elements, but assumed that the dominant ones belonged to holmium, instead of the dysprosium impurity.
• Observations performed by Stefanie Komossa and collaborators with the Chandra X-Ray Observatory have detected strong hard X-ray emission from both of the nuclei.
• The source for this strong X-ray emission is Epsilon Eridani's hot corona.

• One of the great surprises of Hyakutake's passage through the inner Solar System was the discovery that it was emitting X-rays, with observations made using the "ROSAT" satellite revealing very strong X-ray emission.
• The variations in temperature are often correlated with changes in the X-ray emission.
• This type of biomonitoring has been achieved with newer microanalytical techniques like synchrotron radiation based X-ray fluorescence spectroscopy and microparticle induced X-ray emission.
• X-ray emission is expected from astronomical objects that contain extremely hot gases at temperatures from about a million kelvin (K) to hundreds of millions of kelvin (MK).
• X-ray observations have proven useful for studying young stars, since X-ray emission from these objects is about 100–100,000 times stronger than X-ray emission from main-sequence stars.

• The model also shows that X-ray emission from ejecta heated up by the shock will be dominant very soon, after which the ring would fade away.
• Consuming 75% of production, the primary use for strontium was in glass for colour television cathode-ray tubes, where it prevented X-ray emission.
• Attempts to detect X-ray emission from Procyon with nonimaging, soft X-ray-sensitive detectors prior to 1975 failed.
• Although much of the optical and X-ray emission from supernova remnants originates from ionized gas, a great amount of the radio emission is a form of non-thermal emission called synchrotron emission.
• Observation of X-ray emissions allows astronomers to study celestial phenomena involving gas with temperatures in the millions of degrees.

• In 1969 Donald Lynden-Bell proposed that nearby galaxies contain supermassive black holes at their centers as relics of "dead" quasars, and that black hole accretion was the power source for the non-stellar emission in nearby Seyfert galaxies.