x-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

cosmic rays

(Askeri) KOZMİK IŞINLAR: Bak. "corpuscular cosmic rays"

divergent rays

(Fotoğrafçılık) ıraksak ışınlar

gamma rays

(Askeri) GAMA IŞINLARI: Bir nükleer tepkime sonucunda atomun çekirdeğinden yayımlanan, yüksek enerjili elektromanyetik radyasyon. Gama ışınları ve çok yüksek enerjili X-ışınları yalnızca kaynakları itibariyle ayırt edilir. X-ışınları atom çekirdeğinden kaynaklanmayıp diğer yollarla üretilirler

gamma rays

gamma ışınları

i need to have some x rays taken

röntgen çektirmem gerekiyor

infrared rays

kızılötesi ışınlar

infrared rays

(Askeri) KIZILÖTESİ IŞINLAR: Görünen ve spektrumun kırmızı ucunun ötesinde bulunan görünmez ışınlar

radyografisini çıkarmak

radiograph

(Tıp) Röntgen ışını ile çıkarılan resim, radyograf

roentgen rays

(Tıp) Röntgen ışınalrı; Vücudun yumuşak kısımlarından geçen son derece kısa dalgalı ışınlar

solar corpuscular rays

(Askeri) GÜNEŞ ZERRESİ IŞINLARI: Güneşten yayılan kozmik ışıma (radyasyon)

solar corpuscular rays

(Askeri) güneş zerresi ışınları

ultraviolet rays

(Tekstil) morötesi ışınlar, ültraviole ışınlar

x-ray

ışın tedavisi uygulamak

x-ray

x ışını

الإنجليزية - الإنجليزية

تعريف x-rays في الإنجليزية الإنجليزية القاموس.: radiograph
X-ray: An X-ray machine
X-ray: The letter X in the ICAO spelling alphabet
X-ray: A radiograph: a photograph made with X-rays
The doctor ordered some X-rays of my injured wrist..
X-ray: To take a radiograph of; to obtain an image of using X-ray radiation, especially for the purpose of medical diagnostic evaluation
Of course there was nothing wrong with my left wrist. They X-rayed the wrong arm!.
X-ray: Of or having to do with X-rays
I had to put my bags through an X-ray scanner at the airport.
X-ray: Short wavelength electromagnetic radiation usually produced by bombarding a metal target in a vacuum. Used to create images of the internal structure of objects; this is possible because X-rays pass through most objects and can expose photographic film
X-rays are light with a wavelength between 0.1 and 10 nm.
alpha rays: plural form of alpha ray
butterfly rays: plural form of butterfly ray
cosmic rays: plural form of cosmic ray
crepuscular rays: plural form of crepuscular ray
death rays: plural form of death ray
delta rays: plural form of delta ray
gamma rays: plural form of gamma ray
rays of light: plural form of ray of light
soft X-rays: plural form of soft X-ray
spotted eagle rays: plural form of spotted eagle ray
γ-rays: plural form of γ-ray
catch some rays: (deyim) Get tanned while sunbathing, have a sun bath, get a sun tan
Tomorrow I'll go to the beach and try to catch some rays.
Roentgen rays: X rays
X-ray: If someone or something is X-rayed, an X-ray picture is taken of them. All hand baggage would be x-rayed They took my pulse, took my blood pressure, and X-rayed my jaw. to photograph the inside of someone's body using X-rays
X-ray: An X-ray is a picture made by sending X-rays through something, usually someone's body. She was advised to have an abdominal X-ray
X-ray: X-rays are a type of radiation that can pass through most solid materials. X-rays are used by doctors to examine the bones or organs inside your body and are also used at airports to see inside people's luggage
actinic rays: electromagnetic radiation (waves composed of undulating electrical fields and magnetic fields)
alpha rays: Rays of relatively low penetrating power emitted by radium and other radioactive substances, and shown to consist of positively charged particles (perhaps particles of helium) having enormous velocities but small masses
alpha rays: streams of alpha particles (Physics)
alpha rays: They are slightly deflected by a strong magnetic or electric field
becquerel rays: They consist of a mixture of alpha, beta, and gamma rays
becquerel rays: Radiations first observed by the French physicist Henri Becquerel, in working with uranium and its compounds
beta rays: They consist of negatively charged particles or electrons, apparently the same in kind as those of the cathode rays, but having much higher velocities (about 35,000 to 180,000 miles per second)
beta rays: Penetrating rays readily deflected by a magnetic or electric field, emitted by radioactive substances, as radium
cosmic rays: Cosmic rays are rays that reach earth from outer space and consist of atomic nuclei
cosmic rays: rays of extremely high penetrating power originating beyond the earth's atmosphere
gamma rays: electromagnetic radiation from the nuclei of atoms (similar to X rays but with a shorter wave length)
gamma rays: Very penetrating rays not appreciably deflected by a magnetic or electric field, emitted by radioactive substances
gamma rays: The prevailing view is that they are non- periodic ether pulses differing from Röntgen rays only in being more penetrating
gamma rays: Gamma rays are a type of electromagnetic radiation that has a shorter wavelength and higher energy than X-rays
hittorf rays: Rays (chiefly cathode rays) developed by the electric discharge in Hittorf tubes
infrared rays: rays of light in the invisible spectrum
invisible rays: rays which cannot be seen by the human eye
lenard rays: 1862, who first described them
lenard rays: So called from the German physicist Philipp Lenard b
lenard rays: Rays emanating from the outer surface of a plate composed of any material permeable by cathode rays, as aluminium, which forms a portion of a wall of a vacuum tube, or which is mounted within the tube and exposed to radiation from the cathode
lenard rays: Lenard rays are similar in all their known properties to cathode rays
rays: Lines that represent the path taken by light
rays: A Ray is one of the seven streams of force from God Each is the expression of a great Cosmic Being There are: 3 RAYS OF ASPECT - (1) the Ray of Will or Power; (2) the Ray of Love-Wisdom; (3) the Ray of Activity or Adaptability 4 RAYS OF ATTRIBUTE - (4) the Ray of Harmony, Beauty, Art or Unity; (5) the Ray of Concrete Knowledge or Science; (6) the Ray of Abstract Idealism or Devotion; (7) the Ray of Ceremonial Magic or Law
rays: Bones which support the tissues in fins
rays: Narrow ribbons of cells which conduct and store food in the tree They run across the grain of timber
rays: The seven streams of universal divine energy, each the expression of a great Life, whose interaction at every conceivable frequency creates the solar systems, galaxies and universes Movement of these energies, in spiralling cycles, draws all Being into and out of manifestation, coloring and saturating it with specific qualities and attributes
rays: Strip of cells extending radially within a tree and varying in height from a few cells in some species to 100mm (4") which cause an appealing grain pattern
rays: ribbon-like groups of vessels, tracheids and fibers that move water and other substances in the xylem between inner and outer rings and the phloem; best seen in radial sections of the trunk
rays: move sap (sugar water) to the center parts of the tree Sometimes visible to the unaided eye, though magnification is often needed Rays can cause colored patterns in wood, such as dark or light flecks
rays: A system of bright, elongated streaks, sometimes associated with a crater
rays: The Seven Rays of Consciousness or light, love, and life These are energy vibrations in the form of seven different hues of light They are seven in one They are a complete spectrum, encompassing all levels of human consciousness The spectrum includes the lowest to the highest vibration possible for our usage Our thoughts, knowledge and ideas all have a vibration and energy emanation, and can be translated into a wavelength included within one of the Seven Rays or a combination of one or more of the Seven Rays The Seven Rays can be correlated and magnetized to each one of our seven main energy centers or Chakras Within the higher or purer levels of consciousness there are beings of Master Consciousness called Chohans which oversee and direct the emanations of the Rays to our planet and race
rays: plural of ray
rays: narrow beams of light, as in: The rays of sunlight through the blinds woke me up early this morning
rays of sunshine: beam of light and heat coming from the sun
ultraviolet rays: medicinal rays having shorter waves than the visible sun's rays
x rays: The Röntgen rays; so called by their discoverer because of their enigmatical character
x-ray: a machine that used radiation to produce pictures of the inside of the body
x-ray: take an x-ray of something or somebody; "The doctor x-rayed my chest"
x-ray: A band of the Spectrum between the ultraviolet and the gamma-ray, i e light that is so blue humans cannot see it Photons of X-ray light are more energetic than photons in the ultraviolet but less energetic than photons in the gamma-ray X-radiation can go through human skin tissue but is stopped by dense bones This property thus makes X-rays valuable in medicine
x-ray: the region of the electromagnetic spectrum defined by radiation (photons) energies between 1 thousand and 1 million eV (or wavelengths between 0 001 and 1 nanometer); this waveband is between ultraviolet and gamma-radiation in the electromagnetic spectrum
x-ray: High frequency electromagnetic ray of short wave-length, capable of penetrating most solid substances
x-ray: – electromagnetic energy used to produce images of bones, organs, and internal tissues
x-ray: Highly penetrating radiation similar to gamma rays Unlike gamma rays, X-rays do not come from the nucleus of the atom, but from the surrounding electrons They are produced by electron bombardment When these rays pass through an object they give a shadow picture of the denser portions
x-ray: The part of the electromagnetic spectrum whose radiation has somewhat greater frequencies and smaller wavelengths than those of ultraviolet radiation Because x-rays are absorbed by the Earth's atmosphere, x-ray astronomy is performed in space
x-ray: Light that is so blue humans cannot see it A band of the spectrum between the ultraviolet and the gamma-ray Photons of X-ray light are more energetic than photons in the ultraviolet but less energetic than photons in the gamma-ray X-radiation can go through human skin tissue but is stopped by dense bones This property thus makes X-rays valuable in medicine
x-ray: a diagnostic test which uses invisible electromagnetic energy beams to produce images of internal tissues, bones, and organs onto film
x-ray: Electromagnetic radiation of very short wavelength lying within the wavelength interval of 0 1 to 1 5 angstroms (between gamma rays and ultraviolet radiation) X-rays penetrate various thicknesses of all solids, and they act on photographic plates in the same manner as light Secondary x-rays are produced whenever s-rays are absorbed by a substance In the case of absorption by a gas, this results in ionization
x-ray: High-energy radiation used in low doses to diagnose diseases and in high doses to treat cancer
x-ray: high-energy electromagnetic radiation that is used in low doses to diagnose disease and in high doses to treat cancer
x-ray: Electromagnetic radiation of a very short wavelength and very high-energy X-rays have shorter wavelengths than ultraviolet light but longer wavelengths than cosmic rays
x-ray: the part of the electromagnetic spectrum whose radiation has somewhat greater frequencies and smaller wavelenghts than those of ultraviolet radiation Because x-rays are absorbed by the Earth's atmosphere, x-ray astronomy is performed in space Y
x-ray: Electromagnetic radiation of very short wavelength (less than 1 nm) and very high energy; x-rays have shorter wavelengths than ultraviolet light but longer wavelengths than cosmic rays "Soft" x-rays are those of energies less than 20 keV, or wavelengths longer than 0 05 nm
x-ray: A high energy form of electromagnetic radiation with very short wavelengths (less than 1 x 10-8 metres) For more information see How X-rays work (How Stuff Works, USA) and From X-rays to synchrotron light (ELETTRA Synchrotron Light Laboratory, Italy)
x-ray: electromagnetic energy used to produce images of bones, organs, and internal tissues
x-ray: An X-ray is a form of electromagnetic radiation with a very short wave length (see radiation)
x-ray: examine by taking x-rays
x-ray: Electromagnetic radiation with wavelengths in the range of 0 00001 to 0 01 microns (micron = millionth of a meter)
x-ray: Electromagnetic radiation used to diagnose (low energy) and treat (high energy) disease
x-ray: {i} roentgen ray, short-wave electromagnetic radiation able to penetrate solids; photograph created by means of x-rays (usually for medical purposes)
x-ray: Electromagnetic radiation characterised by its high energy and short wavelength It is a penetrating type of radiation, similar to, but lower in energy, than a gamma ray X-rays are associated with transitions of electrons in the inner atomic orbitals
x-ray: A form of high energy radiation on the electromagnetic spectrum
x-ray: Electromagnetic radiation with wavelengths between ultraviolet and gamma rays
x-ray: Electromagnetic radiation of very short wavelength and very high energy; x-rays have shorter wavelengths than ultraviolet light but longer wavelengths than cosmic rays
xrays: The Röntgen rays; so called by their discoverer because of their enigmatical character