spectrum

İngilizce - Türkçe

spectrum teriminin İngilizce Türkçe sözlükte anlamı

{i} tayf

{i} spektrum

Bir gök kuşağında spektrum renklerini görebilirsiniz. - You can see the colors of the spectrum in a rainbow.

Tanrının bu dünyayı nasıl yarattığını bilmek istiyorum. Bu veya şu elementin spektrumuyla, bu veya şu fenomenle ilgilendiğim yok. Onun düşündüklerini bilmek istiyorum, gerisi detay. - I want to know how God created this world. I'm not interested in this or that phenomenon, in the spectrum of this or that element. I want to know His thoughts, the rest are details.

(Tıp) Işığın prizmadan geçreken yedi renge ayrılmasından meydana gelen renkli şerit

(Biyokimya) görünge

{i} göz kamaştıktan sonraki görüntü

(Dilbilim,Teknik) izge

tayf spectrum

{i} birbiri ile ilgili düşünce ve nesneler dizisi

{ç} spec.tra (spek'trı) i., fiz. tayf, spektrum

solar spectrum güneş tayfı

analysis tayf analizlenmesi

görüntü

tayfin

spectrum analyzer

(Bilgisayar) izge çözümleyici

spectrum of war

(Askeri) harp kapsamı

spectrum analysis

izge çözümlemesi

spectrum analysis

tayf analizi

spectrum analyzer

tayf analizörü

spectrum awareness

spektrum farkındalığı

spectrum level

tayf seviyesi, izge düzeyi

spectrum line

tayf çizgisi, izge çizgisi

spectrum analyzer

izge (spektrum) cozumleyici

spectrum hardening

(Nükleer Bilimler) tayf sertleşmesi

spectrum locus

(Aydınlatma) tayfsal yer

spectrum locus

(Aydınlatma) tayfsal geometrik yer

spectrum management concept of operations

(Askeri) tayf yönetimi harekat konsepti

spectrum of war

(Askeri) HARP KAPSAMI: Bütün mücadele çeşitlerini, soğuk, mevzii ve genel harp konularını içine alan terim

spectrum proofing

(Matbaacılık, Basımcılık) spektrum prova

spectrum rolloff

(Bilgisayar) spektral etekler

spectrum smoothing

(Nükleer Bilimler) spektrum düzeltilmesi

spectrum stripping

(Nükleer Bilimler) spektrum soyulması

spark spectrum

kıvılcım spektrumu, kıvılcım izgesi

spread spectrum

yayili izge (spektrum)

absorption spectrum

(Fizik) soğurma spektrumu

absorption spectrum

(Biyokimya) soğurma görüngesi

absorption spectrum

soğurma tayfı

absorption spectrum

congested spectrum

kalabalık spektrum

discrete frequency spectrum

ayrık sıklık spektrumu

emission spectrum

(Fizik) yayınım spektrumu

mass spectrum

(Fizik) kütle izgesi

pure spectrum

(Fizik) arı izge

pure spectrum

(Fizik) saf spektrum

visible spectrum

(Fizik,İnşaat) görünür izge

beta ray spectrum

beta ışın spektrumu

bright line spectrum

parlak çizgi spekturumu

broad spectrum antibiotic

geniş spektrumlu antibiyotik

channeled spectrum

kanallı spektrum

characteristic spectrum

karakteristik spektrum

complex spectrum

kompleks spektrum

continuous spectrum

devamlı spektrum

diffraction spectrum

kırınım spektrumu

discontinuous spectrum

kesikli spektrum

electromagnetic spectrum

elektromanyetik spektrum

electronic band spectrum

elektronik bant spektrumu

electronic spectrum

elektronik spektrum

infrared absorption spectrum

enfraruj absorpsiyon spektrumu

infrared spectrum

magnetic spectrum

manyetik spektrum

mass spectrum

kütle spektrumu

microwave spectrum

mikrodalga spektrumu

rotational spectrum

dönel izge

rotational spectrum

rotasyonel spektrum

solar spectrum

güneş tayfı

absorption spectrum

ışığın soğurgan bir maddeden geçerken oluşturduğu spektrum

beta ray spectrum

beta-işini spektrumu

blackbody spectrum

kara cisim spektrumu

broad spectrum

geniş spektrumlu

emission spectrum

emisyon spektrumu, salim izgesi

flash spectrum

ışıltı tayfi, ışıltı izgesi

furnace spectrum

fırın spektrumu

gamma ray spectrum

gama işin spektrumu

grating spectrum

şebeke tayfi, ag izgesi

molecular spectrum

moleküler spektrum, moleküler izge

political spectrum

siyasi yelpazenin

recombination spectrum

yeniden birleşim spektrumu, yeniden birleşim izgesi

response spectrum

Tepki tayfı, davranış spektrumu

scale, range, gamut, spectrum

ölçek, aralık, gam, spektrum

solar spectrum

güneş spektrumunun

visible spectrum

görünür spektrum, görünür izge

Joint Spectrum Center

(Askeri) Müşterek Kapsam Merkezi

absorption spectrum

(Tekstil) 1. soğurma tayfı 2. absorpsiyon spektrumu

acceleration response spectrum

(Çevre) ivme davranış spektrumu

affective spectrum

(Pisikoloji, Ruhbilim) duygusal spektrum

allocation of spectrum

(Askeri) spektrum tahsisi

automatic spectrum analyzer

(Askeri) otomatik tayf analizcisi

band spectrum fix

kuşak izgesi

band spectrum fix

bant spektrumu

beta ray spectrum

beta-ışın spektrumu

broad spectrum penicillin

(Tıp) geniş spektrumlu penisilin

characteristic spectrum

karakteristik spektrum

complex spectrum

(Fizik) karmaşık izge

congested spectrum

kalabalik spektrum

continuous spectrum

(Nükleer Bilimler) sürekli spektrum

degraded spectrum

(Nükleer Bilimler) alçalmış spektrum (enerjice)

discontinuous spectrum

süreksiz izge

discrete frequency spectrum

ayrik siklik spektrumu

earthquake response spectrum

(Çevre) deprem davranış spektrumu

eddy spectrum

(Meteoroloji) girdap tayfı

electromagnetic spectrum

(Askeri) ELEKTROMANYETİK SPEKTRUM (NATO): Elektromanyetik radyasyonun sıfırdan sonsuza kadar tüm aralıklardaki frekansları. Aralıklar 26 adet alfabetik olarak harflenmiş banttan oluşur. Bak. "electronic warfare"

electromagnetic spectrum

elektromanyetik spektrum,elektromanyetik tayf

electronic spectrum

(Fizik,Teknik) elektronik izge

emmission spectrum

(Denizbilim) yayılım görüngesi

excitation spectrum

(Aydınlatma) uyarma tayfı

fission spectrum

(Fizik) fisyon tayfı

fission spectrum

(Fizik) fisyon spektrumu

fission spectrum

(Nükleer Bilimler) bölünme izgesi,bölünme tayfı,fisyon spektrumu

fission spectrum

(Fizik) bölünüm izgesi

fission spectrum

fizyon tayfı

flame spectrum

(Fizik) alev spektrumu

flame spectrum

(Fizik) alev izgesi

fourier spectrum

(Çevre) fourier spektrumu

frequency spectrum

(Askeri) FREKANS TAYFI, FREKANS SPEKTRUMU (HV.): Titreşim sayısı veya bir zaman biriminde çevrim olarak alçak bir frekanstan yüksek bir frekansa uzanan frekanslar dizisi

grating spectrum

(Astronomi) ağ izgesi

grating spectrum

(Astronomi) şebeke tayfı

infrared absorption spectrum

(Fizik) kızılaltı soğurum izgesi

infrared spectrum

(Fizik) kızılaltı izge

intermediate spectrum reactor

(Nükleer Bilimler) orta enerji spektrumlu reaktör

joint spectrum interference resolution

(Askeri) müşterek kapsam müdahale çözümü

joint spectrum management system

(Askeri) müşterek kapsam yönetim sistemi

line spectrum

(Nükleer Bilimler) çizgi tayfı

mass spectrum

(Nükleer Bilimler) kütle izgesi,kütle tayfı

narrow band spectrum

(Askeri) dar bantlı spektrum

neutron spectrum

(Nükleer Bilimler) nötron tayfı

ocular spectrum

göz kamaştıktan sonraki görüntü

power spectrum

guc izgesi (spektrumu)

pulse spectrum

darbe spektrumu

pulse spectrum

(Bilgisayar) vurum spektrumu

radiation spectrum

(Nükleer Bilimler) radyasyon spektrumu

radio frequency spectrum

radyo frekans izgesi (spektrumu)

radio spectrum

ışın tayfı

resonance spectrum

(Askeri) titreşim spektrumu

response spectrum

yanıt spekrumu

response spectrum

(Nükleer Bilimler) tepki tayfı,davranış spectrumu

rotary spectrum

(Askeri) dönel spektrum

rotation spectrum

(Fizik) dönme spektrumu

rotation spectrum

(Fizik) dönme izgesi

visual spectrum

(Meteoroloji) görülür tayf

watt spectrum

(Nükleer Bilimler) watt tayfı

wave spectrum

dalga spektrumu

İngilizce - İngilizce

spectrum teriminin İngilizce İngilizce sözlükte anlamı: A range; a continuous, infinite, one-dimensional set, possibly bounded by extremes; Specifically, a range of colours representing light (electromagnetic radiation) of contiguous frequencies; hence electromagnetic spectrum, visible spectrum, ultraviolet spectrum, etc
Current 3G technologies can send roughly 1 bit of data - a one or a zero - per second over each 1 Hz of spectrum that the operator owns.; The pattern of absorption or emission of radiation produced by a substance when subjected to energy (radiation, heat, electricity, etc.); Of a bounded linear operator A, the set of scalar values λ such that the operator A—λI, where I denotes the identity operator, does not have a bounded inverse; intended as a generalisation of the linear algebra sense; The set of eigenvalues of a matrix; Specter, apparition; an image formed by rays of light or other radiant energy; {i} range of colors (as seen in a rainbow); broad range of connected ideas or events; broad range of related values or qualities or ideas or activities an ordered array of the components of an emission or wave; {n} an image, visible form; Electromagnetic radiation arranged in order of wavelength A rainbow is a natural spectrum of visible light from the Sun Spectra are often punctuated with emission or absorption lines, which can be examined to reveal the composition and motion of the radiating source; A spectrum is a range of light waves or radio waves within particular frequencies. Vast amounts of energy, from X-rays right through the spectrum down to radio waves, are escaping into space. Arrangement according to wavelength (or frequency) of electromagnetic radiation. The visible, "rainbow" spectrum is the portion of the electromagnetic spectrum that is visible as light to the human eye. Some sources emit only certain wavelengths and produce an emission spectrum of bright lines with dark spaces between. Such line spectra are characteristic of the elements that emit the radiation. A band spectrum consists of groups of wavelengths so close together that the lines appear to form a continuous band. Atoms and molecules absorb certain wavelengths and so remove them from a complete spectrum; the resulting absorption spectrum contains dark lines or bands at these wavelengths; a continuum of color formed when a beam of white light is dispersed (as by passage through a prism) so that its component wavelengths are arranged in order All forms of electromagnetic radiation can be dispersed to form a spectrum; A curve showing amplitude and phase as a function of frequency or period, or how much of each type of shaking there is from an earthquake; -A range of components, arranged in order For example, the spectrum of electromagnetic radiation is the array of wavelengths composing it; Intensity or observed flux of electromagnetic radiation arranged as a function of wavelength A rainbow is an example of a spectrum of visible sunlight dispersed by the prismatic affect of raindrops The plural of spectrum is spectra; distribution of electromagnetic radiation in order of wavelengths; Display of component wavelengths (colours) of electromagnetic radiation; The distribution of wavelengths and frequencies; The distribution of power versus frequency in an electromagnetic wave Often used in the context of frequency allocations in reference to the frequencies allowed for a type of service out of the total available; An apparition; a specter; By analogy with the example of light, which can be split into its constituent colors, an audio spectrum is the representation of a sound's harmonic content in terms of its component frequencies; A means of charting the order of radio and television signals in terms of their physical wavelength A continuous range of frequencies in the earth's atmosphere; A spectrum is a range of a particular type of thing. Politicians across the political spectrum have denounced the act The term `special needs' covers a wide spectrum of problems; broad range of related values or qualities or ideas or activities; (plural = spectra) The distribution of energy wavelengths and frequencies More about the energy spectrum; The distribution of energy from a radiant source, arranged in order of wavelengths spin - Angular momentum; The range of electromagnetic radio frequencies used in the transmission of sound, data and television; display of the intensity of light at different wavelengths or frequencies; The rainbow of colored light from an object By a measurement of the amount of light of different colors in the spectrum, astronomers can determine the temperature and the chemical composition of the outer layers of stars and planets The moon and asteroids, that shine by reflected light, show a spectrum very much like that of the sun; The forms of radiant energy arranged by size of wavelength ranging from thousand millionths or a millimeter (gamma rays) to several miles (radio waves) The visible spectrum is the part that the human eye sees as light: wavelengths of 400 to 700 millimicrons (millionths of a millimeter), producing the sensation of the colors violet, blue, green, yellow and red; of a bounded linear operator A, the scalar values λ such that the operator A-λI, where I denotes the identity operator, does not have a bounded inverse; The result of breaking light into component wavlengths This can be accomplished by sending the light through a prism, by sending the light through a defraction grating, or by using a blazed mirror The result is a breakdown the intensities of the light's components by wavelength Spectra can be used to determine many things in astronomer, from redshift and compositions to temperature and density; The band of colors, from violet through red, obtained by passing white light through a prism (or another device that spreads light out into its component colors) Astronomical "spectroscopy,'' the study of the spectra of astronomical objects, is a very powerful tool in determining many characteristics of stars, nebulae, etc , since details of their spectra can reveal the materials they're made of and many of the physical conditions (temperature, pressure, and so on) within them; an ordered array of the components of an emission or wave; When the object is colored, the image appears of the complementary color, as a green image seen after viewing a red wafer lying on white paper; A way to organize a mass of information according to some shared characteristic-for example, a spectrum of neurological diseases See also Electromagnetic spectrum The general range of values possible for something and usually arranged along a line; as the spectrum of light or the energy-level spectrum of hydrogen; Called also ocular spectrum; A luminous appearance, or an image seen after the eye has been exposed to an intense light or a strongly illuminated object; Collection of wavelengths in electromagnetic spectrum; a plot of energy versus frequency or wavelength of light; of Light, and Spectroscope; Frequencies that exist in a continuous range and have a common characteristic A spectrum may be inclusive of many spectrums (e g the electromagnetic radiation spectrum includes the light spectrum, radio spectrum, infrared spectrum, etc ); The several colored and other rays of which light is composed, separated by the refraction of a prism or other means, and observed or studied either as spread out on a screen, by direct vision, by photography, or otherwise; The spectrum is the range of different colours which is produced when light passes through a glass prism or through a drop of water. A rainbow shows the colours in the spectrum; A plot of the intensity of light at different frequencies Or the distribution of wavelengths and frequencies; (1) In physics, any series of energies arranged according to wavelength (or frequency); (2) The series of images produced when a beam of radiant energy is subject to dispersion A rainbow-coloured band of light is formed when white light is passed through a prism or a diffraction grating This band of colours results from the fact that the different wavelengths of light are bent in varying degrees by the dispersing medium and is evidence of the fact that white light is composed of coloured light of various wavelengths; vampire
spectrum analyzer: an electronic device that displays the frequency spectrum of an electrical, optical or acoustic waveform
spectrum of autism: The range of conditions labelled autism
spectrum analysis: {i} spectroscopy, creation and observation of colors of a spectrum through a spectroscope; act of using of a spectroscope for analyzing spectra; spectroscopic analysis
spectrum analysis: spectroscopy: the use of spectroscopes to analyze spectra
spectrum line: an isolated component of a spectrum formed by radiation at a uniform frequency
spectrum of opportunities: range of opportunities, variety of chances
spread spectrum communications: plural form of spread spectrum communication
spread spectrum: Spread-spectrum techniques are methods by which energy generated in a particular bandwidth is deliberately spread in the frequency domain, resulting in a signal with a wider bandwidth. These techniques are used for a variety of reasons, including the establishment of secure communications, increasing resistance to natural interference and jamming, and to prevent detection
speech spectrum: the average sound spectrum for the human voice
spread spectrum: A wideband modulation which imparts noise-like characteristics to an RF signal This communications technique spreads a signal over a wide range of frequencies for transmission and then de-spreads it to the original data bandwidth at the receiver
spread spectrum: A radio transmission technology that spreads the user information over a much wider bandwidth than otherwise required in order to gain benefits such as improved interference tolerance and unlicensed operation
spread spectrum: The received GPS signal is a wide bandwidth, low-power signal (-160dBW) This property results from modulating the L-band signal with a PRN code in order to spread the signal energy over a bandwidth which is much greater than the signal information bandwidth This is done to provide the ability to receive all satellites unambiguously and to provide some resistance to noise and multipath
spread spectrum: Radio frequency technology that requires no FCC site license The frequency is constantly changed following a known algorithm to relieve conflict from multiple users at one frequency
spread spectrum: A radio transmission technology that spreads the user information (intelligence) over a much wider bandwidth but at reduced power The principal benefits are improved tolerance to interference and allowing unlicensed operation
spread spectrum: A radio transmission technology that "spreads" the user information over a much wider bandwidth than otherwise required in order to gain benefits such as improved interference tolerance and unlicensed operation
spread spectrum: Radio frequency modulation that spreads the radio energy across a wide frequency spectrum, reducing the power at any one frequency This is used to reduce interference and make eavesdropping difficult Spread spectrum is a required modulation in the 2 4 GHz band, by FCC rules
spread spectrum: Jamming-resistant and initially devised for military use, this radio transmission technology "spreads" information over greater bandwidth than necessary for interference tolerance and is now a commercial technology (Back to top )
spread spectrum: A communications technology where a signal is transmitted over a broad range of frequencies and then re-assembled when received
spread spectrum: This communications technique has been used in secure military systems for a number of years and is now becoming popular in commercial systems This format involves transmitting information which has been multiplied by a pseudo-random noise (PN) sequence which essentially "spreads" it over a relatively wide frequency bandwidth The receiver detects and uses the same PN sequence to "despread" the frequency bandwidth and decode the transmitted information This communications technique allows greater signal density within a given transmission bandwidth and provides a high degree of signal encryption and security in the process
spread spectrum: A system in which the transmitted signal is spread over a frequency band much wider than the minimum bandwidth needed to transmit the information being sent This is done by modulating with a pseudo random code, for GPS
spread spectrum: [telecommunications] A wireless communication method that spreads transmissions across a spectrum instead of transmitting over a fixed radio frequency The Federal Communications Commission has authorized the three ISM bands for such transmissions The two types of SS transmission, direct sequencing (DSSS) and frequency hopping (FHSS), deter eavesdroppers because the signals are either encoded or are difficult to intercept See CDMA
spread spectrum: Most wireless LAN systems use spread-spectrum technology, a wideband radio frequency technique developed by the military for use in reliable, secure, mission-critical communications systems Spread-spectrum is designed to trade off bandwidth efficiency for reliability, integrity, and security In other words, more bandwidth is consumed than in the case of narrowband transmission, but the tradeoff produces a signal that is, in effect, louder and thus easier to detect, provided that the receiver knows the parameters of the spread-spectrum signal being broadcast If a receiver is not tuned to the right frequency, a spread-spectrum signal looks like background noise There are two types of spread spectrum radio: frequency hopping and direct sequence
spread spectrum: A sequential signal structure that spreads the normally narrowband information signal over a relatively wide band of frequencies Spread spectrum radios correlate the signals to retrieve the original signal Spread spectrum radios are more immune to noise and interference
spread spectrum: The term spread spectrum describes a modulation technique which makes the sacrifice of bandwidth in order to gain signal-to-noise performance Basically, the SS system is a system in which the transmitted signal is spread over a frequency much wider than the minimum bandwidth required to send the signal The fundamental premise is that, in channels with narrowband noise, increasing the transmitted signal bandwidth results in an increased probability that the received information will be correct If total signal power is interpreted as the area under the spectral density curve then signals with equivalent total power may have either a large signal power concentrated in a small bandwidth or a small signal power spread over a large bandwidth There are two basic types of spread spectrum modulation – direct sequence (DS) and frequency hopped (FH) Some hybrid spread spectrum systems exist that combine both types
spread spectrum: a signaling technique where the AC energy transmitted by a device is spread over a range of frequencies rather than remaining concentrated at one frequency (such as an AM radio station) CEBus uses spread spectrum techniques on the power line and radio frequency devices
spread spectrum: Also known as frequency hopping (FH), is a method by which information (voice or data) is put into packets which are spread out on different frequencies In the case of a phone call-the call is carried on several different frequencies, so that when one frequency is lost another picks up the call without the connection being broken
spread spectrum: The received GPS signal is wide-bandwidth and low-power (-160 dBW) The L-band signal is modulated with a PRN code to spread the signal energy over a much wider bandwidth than the signal information bandwidth This provides the ability to receive all satellites unambiguously and to give some resistance to noise and multipath
spread spectrum: Type of radio transmission; reduces interference and jamming, and allows multiple user communications; originally developed by the military
spread spectrum: A communication technique that spreads a signal bandwidth over a wide range of frequencies for transmission and then de-spreads it to the original data bandwidth at the receiver
spread spectrum: A method of transmitting a signal by "spreading" it over a broad range of frequencies (using a compatible receiver to reassemble the signal) This provides reduced interference (see "processing gain") and can increase the number of simultaneous users within a radio frequency band
spread spectrum: An emerging technology for wireless transmission which operates by constantly shifting the transmission frequency between 902 and 928MHz
spread spectrum: A method of transmitting a signal by spreading it over a wide frequency band Used initially by the military, it is becoming increasingly popular in commercial telecommunications as a way of helping to secure the signal, because spreading it over a wide spectrum makes it difficult to intercept and difficult to jam
absorption spectrum: the characteristic pattern of dark lines or bands that occurs when electromagnetic radiation is passed through an absorbing medium into a spectroscope
autism spectrum disorder: A disorder from a range of psychological conditions, all characterized by abnormal social interaction and communication, restricted interests, highly repetitive behaviour, and eccentricity
Asperger's is an autism spectrum disorder.
autism spectrum disorders: plural form of autism spectrum disorder
autistic spectrum disorder: Any disorder characterised by symptoms associated with autism
band spectrum: An absorption or emission spectrum consisting of bands of closely-spaced lines; characteristic of polyatomic molecules
broad-spectrum: having a wide scope or range of activity
broad-spectrum antibiotic: Any antibiotic that is active against a wide range of bacteria, especially against both gram-positive and gram-negative bacteria
broad-spectrum antibiotics: plural form of broad-spectrum antibiotic
electromagnetic spectrum: The entire range of wavelengths of all known electromagnetic radiations extending from gamma rays through visible light, infrared, and radio waves, to X-rays
first-order spectrum: A spectrum produced by a diffraction grating whose adjacent slits are one wavelength apart
hydrogen spectrum: all the lines in the emission or absorption spectrum of hydrogen; each one corresponding to an allowed transition between quantum energy levels
light spectrum: the portion of the electromagnetic spectrum that is visible to humans
light spectrum: an extension of the human-visible spectrum to include near-visible wavelengths, primarily near infrared
mass spectrum: The output of a mass spectrometer
nuclear spectrum: the distribution of the intensity of particles or radiation emitted in a nuclear process as a function of energy - a unique signature of each process
on the spectrum: Diagnosed as having autism or exhibiting traits pertaining to or within the spectrum of autism
I spent some time walking around the exhibitor area before my turn to speak. The first exhibitor was a mom with a kid on the spectrum. The next person is an artist on the spectrum.
optical spectrum: the distribution of colours produced when white light passes through a prism; the range of frequencies of visible light
optical spectrum: the colours of the rainbow
visible spectrum: The portion of the electromagnetic spectrum which is visible to the human eye
absorption spectrum: Spectrum associated with absorption of electromagnetic radiation by atoms (or other species) resulting from transitions from lower to higher energy states
absorption spectrum: The spectrum of dark lines against a light background that results from the absorption of selected frequencies of electromagnetic radiation by an atom or molecule
absorption spectrum: A graph or display relating how a substance absorbs electromagnetic radiation as a function of wavelength
absorption spectrum: A spectrum that contains absorption lines
absorption spectrum: A continuous spectrum interrupted by dark lines or bands that are characteristic of the medium through which the radiation has passed
absorption spectrum: The electromagnetic spectrum, broken by a specific pattern of dark lines or bands, observed when radiation traverses a particular absorbing medium. The absorption pattern is unique and can be used to identify the material
absorption spectrum: the spectrum of electromagnetic radiation that has passed through a medium that absorbed radiation of certain wavelengths
absorption spectrum: A material's absorption spectrum shows the fraction of incident electromagnetic radiation absorbed by the material over a range of frequencies. An absorption spectrum is, in a sense, the opposite of an emission spectrum. Every chemical element has absorption lines at several particular wavelengths corresponding to the differences between the energy levels of its atomic orbitals. For example, an object that absorbs blue, green and yellow light will appear red when viewed under white light. Absorption spectra can therefore be used to identify elements present in a gas or liquid. This method is used in deducing the presence of elements in stars and other gaseous objects which cannot be measured directly
across the spectrum of careers: In many sectors of industry and trade, as well as other organisations and job types
What is particularly worrying is the way redundancies are happening across the spectrum of careers.
ideological spectrum: (Politika Siyaset) A spectrum to show the two main forces of politics, i.e., the Right verses the Left
absorption spectrum: Dark lines superimposed on a continuous spectrum
absorption spectrum: (noun) A plot of wavelength (x-axis) versus absorbance (y-axis) obtained from colorimetric analysis when polychromatic light is used
absorption spectrum: Spectrum of electromagnetic radiation absorbed by matter when radiation of all frequencies is passed through it
absorption spectrum: The spectrum of dark lines against a light background that results from the absorption of selected frequencies of the electromagnetic radiation by an atom or molecule
absorption spectrum: The relationship between wavelengths of light striking a pigment and how strongly the light is absorbed
absorption spectrum: Continuous spectrum interrupted by absorption lines or a continuous spectrum having a number of discrete wavelengths missing or reduced in intensity
absorption spectrum: The detailed dependence on wavelength of the intensity of radiation absorbed by a given medium Absorption spectra of gases are typically composed of discrete spectral lines and bands of overlapping lines that depend on the molecular or atomic composition of the absorbing substance and that may be used to identify it uniquely When measuring the absorption spectrum, the medium should be considerably colder than the source of incident radiation (which should also be continuous in wavelength), in order to clearly distinguish the absorption spectrum from the analogous emission spectrum
absorption spectrum: (a) A continuous spectrum in which black lines appear, corresponding to characteristic frequencies absorbed by atoms to increase their energies An absorption spectrum can then act as an "atomic fingerprint", telling us what elements are present in, for example, a star's atmosphere (b) This is precisely the reason why they were invented I mean how else is a goblin to know when a little atom isn't behaving as well as its mother would like?
action spectrum: the efficiency with which electromagnetic radiation produces a photochemical reaction plotted as a function of the wavelength of the radiation
atomic spectrum: (physics) a spectrum of radiation caused by electron transitions within an atom; the series of spectrum lines is characteristic of the element
colorful spectrum: band of colors as the colors of the rainbow caused by the dispersion of a ray of visible light
continuous spectrum: A spectrum having no lines or bands, especially a spectrum of radiation distributed over an uninterrupted range of wavelengths
electromagnetic spectrum: n. The entire range of radiation extending in frequency from approximately 10 centimeter to infinity and including, in order of decreasing frequency, cosmic-ray photons, gamma rays, x-rays, ultraviolet radiation, visible light, infrared radiation, microwaves, and radio waves. Total range of frequencies or wavelengths of electromagnetic radiation. The spectrum ranges from waves of long wavelength (low frequency) to those of short wavelength (high frequency); it comprises, in order of increasing frequency (or decreasing wavelength): very-low-frequency to ultrahigh-frequency radio waves, microwaves, infrared radiation, visible light, ultraviolet radiation, X rays, and gamma rays. In a vacuum, all waves of the electromagnetic spectrum travel at the same speed: 299,792,458 m/sec (186,282 mi/sec)
electromagnetic spectrum: the entire frequency range of electromagnetic waves
emission spectrum: spectrum of electromagnetic radiation emitted by a self-luminous source
emission spectrum: The spectrum of bright lines, bands, or continuous radiation characteristic of and determined by a specific emitting substance subjected to a specific kind of excitation
infrared spectrum: the spectrum of infrared radiation
light spectrum: range of light which can be perceived by the human eye (Physics)
line spectrum: a spectrum in which energy is concentrated at particular wavelengths; produced by excited atoms and ions as they fall back to a lower energy level
line spectrum: A spectrum produced by a luminous gas or vapor and appearing as distinct lines characteristic of the various elements constituting the gas
mass spectrum: A band of charged particles of different masses formed when a beam of ions is passed through the deflecting fields of a mass spectroscope, from which the masses of atoms, molecules, or isotopes can be determined
mass spectrum: a distribution of ions as shown by a mass spectrograph or a mass spectrometer
microwave spectrum: the part of the electromagnetic spectrum corresponding to microwaves
political spectrum: political range
radio spectrum: the entire spectrum of electromagnetic frequencies used for communications; includes frequencies used for radio and radar and television
radio spectrum: The entire range of electromagnetic communications frequencies, including those used for radio, radar, and television; the radio-frequency spectrum
solar spectrum: range of radiation produced by the sun
sound spectrum: the distribution of energy as a function of frequency for a particular sound source
spectra: Spectra is the plural of spectrum
spectra: A material from which microline is made
spectra: Plural of spectrum
spectra: Spectra is a plural form of spectrum. the plural of spectrum
spectra: A pattern of lines a certain light source makes on the light spectrum
spectra: The distribution of energy emitted by a radiant source, as by an incandescent body, arranged in order of wavelengths The distribution of atomic or subatomic particles in a system, as in a magnetically resolved molecular beam, arranged in order of masses
ultraviolet spectrum: the spectrum of ultraviolet radiation
visible spectrum: Visible light makes up only a small part of the electromagnetic spectrum The visible light spectrum can be divided into different wavelenghts of light The wavelength of the light determines the color of that light The light spectrum goes from violet to red where red is the longest wavelength
visible spectrum: The complete range of energy wavelengths that activate human eyesight
visible spectrum: The region of the electromagnetic spectrum that can be perceived by human vision, approximately the wavelength range of 0 4 μm to 0 7 μm
visible spectrum: a small part of the electromagnetic spectrum that can be viewed as a band of colours
visible spectrum: All colors visible to the unaided human eye See spectrum; white light
visible spectrum: The portion of the electromagnetic spectrum with wavelengths between 380 and 720 nanometers Wavelengths in this range provoke the sense of color when they impinge on the photoreceptors in the human retina The shorter wavelengths within this range produce blue and violet sensations; the longer wavelengths produce orange and red sensations
visible spectrum: That portion of the electromagnetic spectrum occupied by the wavelengths of visible radiation, roughly 4000 to 7000 angstroms This portion of the electromagnetic spectrum is bounded on the short-wavelength end by ultraviolet radiation, and on the long-wavelength end by infrared radiation
visible spectrum: Electromagnetic radiation with wavelengths from about 400 nm to around 750 nm
visible spectrum: The small range of the electromagnetic spectrum that human eyes percieve as light The visible spectrum ranges from about 4000 to 7000 angstroms, corresponding to blue through red light
visible spectrum: Part of the electromagnetic spectrum, with wavelengths from approximately 380nm to 780nm, to which the human eye is sensitive The combined wavelengths of the visible spectrum result in "white light"
visible spectrum: the portion of the electromagnetic spectrum to which the eye is sensitive, i e , light with wavelengths between 0 4 and 0 7 micrometers Compare shortwave radiation and longwave radiation
visible spectrum: The bands of colored light that appear when white light is passes through a prism
visible spectrum: That portion of the electromagnetic spectrum to which the human eye is sensitive; wave-lengths of approximately 400 through 700 namometers Due to the characteristics of cone sensing (color reading mechanism of the retina), it is generally agreed that humans detect only red, green, and blue All perceived colors are combinations of those sensitivities (hue) in relation to the strength of the transmitted or reflected light (brightness) and the intensity of the light hitting the retina (saturation) Ultraviolet wavelengths are longer than the sensitivity range of the eye
visible spectrum: The region of the electromagnetic spectrum between 380 and 720 nanometers Wavelengths inside this span create the sensation of color when they are viewed by the human eye The shorter wavelengths create the sensation of violets, purples, and blues; the longer wavelengths create the sensation of oranges and reds
visible spectrum: the portion of the electromagnetic spectrum lying between 0 38 and 0 78 micrometers
visible spectrum: Wavelengths perceived by the human eye as colors You cannot reproduce but about 40% of the visible spectrum graphically
visible spectrum: the distribution of colors produced when light is dispersed by a prism
visible spectrum: The portion of the electromagnetic spectrum which the human eye can detect, wavelengths of approximately 400 through 700 nanometers Due to the characteristics of cone sensing (color reading mechanism of the retina), it is generally agreed that humans detect only red, green, and blue All perceived colors are combinations of those sensitivities (hue) in relation to the strength of the transmitted or reflected light (brightness) and the intensity of the light hitting the retina (saturation)
visible spectrum: The portion of the electromagnetic spectrum that extends from long wavelength red light to short wavelength violet light

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spectrum teriminin Türkçe İngilizce sözlükte anlamı
iki boyutlu spectrum: (Askeri) two-dimensional spectrum

spectrum

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spektrım

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/ˈspektrəm/ /ˈspɛktrəm/

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[ 'spek-tr&m ] (noun.) 1671. From Latin spectrum (“appearance, image, apparition”) from speciō (“look at, view”). (see scope)

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