The scientific study of spectra, The use of spectrometers in chemical analysis, – the study of optical spectra (wavelengths), In the context of astronomy, spectroscopy is the study of light that comes from stars By examining the light, information about the star, such as the elements it is composed of, can be determined See also: star, the analysis of an object from its spectrum, the study of light spectra, The study of the interaction between electromagnetic radiation (light) and matter, that branch of physics and astronomy dealing with the color or wavelength composition of composite or white light, the use of spectroscopes to analyze spectra, The process of using a spectroscope or the production of a spectra, The study of the spectra of heavenly bodies, The science and techniques associated with the use of spectroscopes, The study of spectra, The production and study of spectra, Branch of analysis devoted to identifying elements and compounds and elucidating atomic and molecular structure by measuring the radiant energy absorbed or emitted by a substance at characteristic wavelengths of the electromagnetic spectrum (including gamma ray, X ray, ultraviolet, visible light, infrared, microwave, and radio-frequency radiation) on excitation by an external energy source. The instruments used are spectroscopes (for direct visual observation) or spectrographs (for recording spectra). Experiments involve a light source, a prism or grating to form the spectrum, detectors (visual, photoelectric, radiometric, or photographic) for observing or recording its details, devices for measuring wavelengths and intensities, and interpretation of the measured quantities to identify chemicals or give clues to the structure of atoms and molecules. Helium, cesium, and rubidium were discovered in the mid-19th century by spectroscopy of the Sun's spectrum. Specialized techniques include Raman spectroscopy (see Chandrasekhara Venkata Raman), nuclear magnetic resonance (NMR), nuclear quadrupole resonance (NQR), dynamic reflectance spectroscopy, microwave and gamma ray spectroscopy, and electron spin resonance (ESR). Spectroscopy now also includes the study of particles (e.g., electrons, ions) that have been sorted or otherwise differentiated into a spectrum as a function of some property (such as energy or mass). See also mass spectrometry; spectrometer; spectrophotometry, creation and observation of colors of a spectrum through a spectroscope, The use of the spectroscope; investigations made with the spectroscope, the production and investigation of spectra, The study of spectral lines (light given off at a specific frequency by an atom or molecule) from different atoms or molecules that can indicate the chemical composition of stars, gas, or dust, The study of the electromagnetic spectrum, The study of light from stars or planets A spectrum of light is produced by magnifying light from objects with a telescope, and separating it into colours with a prism or diffraction grating The spectrum can reveal the chemical composition of the star, or constituents of a planet's atmosphere More, The technique of observing the spectra of visible light from an object to determine its composition, temperature, density, and speed, The branch of physics concerned with the production, measurement, and interpretation of electromagnetic spectra arising from either emission or absorption of radiant energy by various substances, The production and investigation of spectra; the use of the spectroscope; also, the science of spectroscopic phenomena,
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The scientific study of spectra
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The use of spectrometers in chemical analysis
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– the study of optical spectra (wavelengths)
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In the context of astronomy, spectroscopy is the study of light that comes from stars By examining the light, information about the star, such as the elements it is composed of, can be determined See also: star
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the analysis of an object from its spectrum
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the study of light spectra
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The study of the interaction between electromagnetic radiation (light) and matter
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that branch of physics and astronomy dealing with the color or wavelength composition of composite or white light
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the use of spectroscopes to analyze spectra
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The process of using a spectroscope or the production of a spectra
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The study of the spectra of heavenly bodies
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The science and techniques associated with the use of spectroscopes
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The study of spectra
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The production and study of spectra
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Branch of analysis devoted to identifying elements and compounds and elucidating atomic and molecular structure by measuring the radiant energy absorbed or emitted by a substance at characteristic wavelengths of the electromagnetic spectrum (including gamma ray, X ray, ultraviolet, visible light, infrared, microwave, and radio-frequency radiation) on excitation by an external energy source. The instruments used are spectroscopes (for direct visual observation) or spectrographs (for recording spectra). Experiments involve a light source, a prism or grating to form the spectrum, detectors (visual, photoelectric, radiometric, or photographic) for observing or recording its details, devices for measuring wavelengths and intensities, and interpretation of the measured quantities to identify chemicals or give clues to the structure of atoms and molecules. Helium, cesium, and rubidium were discovered in the mid-19th century by spectroscopy of the Sun's spectrum. Specialized techniques include Raman spectroscopy (see Chandrasekhara Venkata Raman), nuclear magnetic resonance (NMR), nuclear quadrupole resonance (NQR), dynamic reflectance spectroscopy, microwave and gamma ray spectroscopy, and electron spin resonance (ESR). Spectroscopy now also includes the study of particles (e.g., electrons, ions) that have been sorted or otherwise differentiated into a spectrum as a function of some property (such as energy or mass). See also mass spectrometry; spectrometer; spectrophotometry
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creation and observation of colors of a spectrum through a spectroscope isim
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The use of the spectroscope; investigations made with the spectroscope
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the production and investigation of spectra
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The study of spectral lines (light given off at a specific frequency by an atom or molecule) from different atoms or molecules that can indicate the chemical composition of stars, gas, or dust
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The study of the electromagnetic spectrum
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The study of light from stars or planets A spectrum of light is produced by magnifying light from objects with a telescope, and separating it into colours with a prism or diffraction grating The spectrum can reveal the chemical composition of the star, or constituents of a planet's atmosphere More
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The technique of observing the spectra of visible light from an object to determine its composition, temperature, density, and speed
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The branch of physics concerned with the production, measurement, and interpretation of electromagnetic spectra arising from either emission or absorption of radiant energy by various substances
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The production and investigation of spectra; the use of the spectroscope; also, the science of spectroscopic phenomena
Some etymologies, pronunciations, function and usage date content for the English translation portion are from Merriam-Webster Online at www.Merriam-Webster.com. Thanks to Online Yunanca Dil Eğitimi for providing some parts of online greek dictionary. To contribute more resources please contact us. Visuals(images) are provided by Google Image Search API. Some parts of the dictionary is contributed by many users, thank you! The content on this site is for informational purposes only. Bu aramada Spectroscopy kelimesinin sözlük anlamı ve eşanlamı nedir, nasıl okunur hakkında bilgi verilmektedir. Spectroscopy kelimesinin etimolojik ve eşanlamları ile ilgili açıklamalar ve bilgiler eksiksiz ve hatasız olarak anılmamalıdır. Burada yer alan Spectroscopy kelimesi ile ilgili tüm açıklamalar bilgi amaçlıdır. Eksik ve hatalı çevirileri lütfen bildiriniz.
