de rayos x

listen to the pronunciation of de rayos x
Spanish - Turkish
röntgen çekmek
röntgen
röntgen filmi
röntgen işini
x işini
Spanish - English
x-ray
a machine that used radiation to produce pictures of the inside of the body
take an x-ray of something or somebody; "The doctor x-rayed my chest"
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
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
High frequency electromagnetic ray of short wave-length, capable of penetrating most solid substances
– electromagnetic energy used to produce images of bones, organs, and internal tissues
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
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
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
a diagnostic test which uses invisible electromagnetic energy beams to produce images of internal tissues, bones, and organs onto film
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
High-energy radiation used in low doses to diagnose diseases and in high doses to treat cancer
high-energy electromagnetic radiation that is used in low doses to diagnose disease and in high doses to treat cancer
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
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
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
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)
electromagnetic energy used to produce images of bones, organs, and internal tissues
An X-ray is a form of electromagnetic radiation with a very short wave length (see radiation)
examine by taking x-rays