Spectra in a sentence
Meaning: plural of spectrum; refers to the range of different colors or wavelengths of light
(1) The uncalibrated spectrometer produced distorted spectra.
(2) Spectra can be used to identify the temperature of a star.
(3) The astrochemist analyzed the spectra of distant galaxies.
(4) The power spectra were normalized to study frequency content.
(5) The appulses of the stars can be used to study their spectra.
(6) Novae are classified based on their light curves and spectra.
(7) Spectra can be used to analyze the composition of a substance.
(8) Tautomeric compounds can exhibit different absorption spectra.
(9) The uncalibrated spectrometer gave unreliable emission spectra.
(10) The researcher spent hours interpreting the complex nmr spectra.
Spectra sentence
(11) The array 'spectra' contains various types of light wavelengths.
(12) The photoluminescence spectra exhibited a broad range of colors.
(13) The 'spectra' array is crucial in studying the behavior of light.
(14) The diastereomers can be identified by their different NMR spectra.
(15) The diastereomers can be identified by their different mass spectra.
(16) The absorption-spectra of dyes can be used to determine their color.
(17) The 'spectra' array stores data related to electromagnetic radiation.
(18) Spectra can be graphed to visualize the distribution of light energy.
(19) Atomic physics involves the study of atomic spectra and energy levels.
(20) The 'spectra' array is an essential tool in the field of spectroscopy.
Spectra make sentence
(21) The absorption-spectra of stars can reveal their chemical composition.
(22) The absorption-spectra of drugs can be used to determine their purity.
(23) The spectral density is a useful tool in the analysis of power spectra.
(24) The wavenumber of a wave can be used to analyze its absorption spectra.
(25) The nmr spectra were compared to a database for compound identification.
(26) The 'spectra' array allows for the identification of unknown substances.
(27) The solutes can be identified by their characteristic absorption spectra.
(28) The Rydberg atom model is a useful tool for understanding atomic spectra.
(29) The anharmonicity of the molecule affects its infrared and Raman spectra.
(30) Quasiparticles can have different energy spectra depending on the system.
Sentence of spectra
(31) Spectra can be used to determine the age of certain geological formations.
(32) Analyzing the spectra can help identify the presence of specific chemicals.
(33) Spectra can be used to analyze the light emitted by fluorescent substances.
(34) The diastereomers can be distinguished by their different infrared spectra.
(35) DFT calculations can be used to study the vibrational spectra of molecules.
(36) Interferometry is used in the field of spectroscopy to analyze light spectra.
(37) The anharmonicity of the molecule affects its rotational-vibrational spectra.
(38) The use of biprisms in spectroscopy allows for the analysis of light spectra.
(39) The monochromator is often used in the study of atomic and molecular spectra.
(40) The 'spectra' array allows for the analysis of light at different wavelengths.
Spectra meaningful sentence
(41) Spectra can be used to detect the presence of certain gases in the atmosphere.
(42) Spectra can be used to identify the presence of pollutants in the environment.
(43) The absorption-spectra of pigments in plants are important for photosynthesis.
(44) The resolution of NMR spectra can be improved by using higher magnetic fields.
(45) The interstellar medium is a source of interstellar absorption lines in spectra.
(46) Researchers used spectrography to study the emission spectra of different stars.
(47) The 'spectra' array is organized based on the intensity of different wavelengths.
(48) The 'spectra' array provides a wealth of information about the behavior of light.
(49) The spectroscopist collaborated with other scientists to analyze complex spectra.
(50) The 'spectra' array provides a comprehensive view of the electromagnetic spectrum.
Spectra sentence examples
(51) The auxochrome group in a molecule can affect its absorption and emission spectra.
(52) Anharmonicity can lead to the appearance of Fermi resonances in molecular spectra.
(53) Novae are classified into different types based on their light curves and spectra.
(54) The fluorescence spectra showed significant spectral overlap between the two dyes.
(55) The nmr spectra showed distinct peaks corresponding to different functional groups.
(56) The 'spectra' array contains information about the absorption and emission of light.
(57) The 'spectra' array contains data collected from various telescopes and instruments.
(58) DFT calculations can provide information about the vibrational spectra of molecules.
(59) Researchers rely on the optical spectrometer to study the emission spectra of stars.
(60) Bathochromic shifts can be observed in the fluorescence spectra of certain molecules.
Sentence with spectra
(61) Spectral overlap can be minimized by using fluorophores with non-overlapping spectra.
(62) The photoluminescence spectra of the samples were recorded using a spectrophotometer.
(63) The photoluminescence spectra exhibited a redshift with increasing excitation energy.
(64) The absorption-spectra of proteins can be used to study their structure and function.
(65) The anharmonicity of the lattice vibrations causes the Raman spectra to be broadened.
(66) Spectroscopists use various techniques to analyze the spectra of different substances.
(67) The optical spectrometer is capable of measuring both absorption and emission spectra.
(68) The absorption-spectra of minerals can be used to identify them in geological samples.
(69) The absorption-spectra of nanoparticles can be used to study their optical properties.
(70) The hyperfine structure of atomic spectra is a key area of study in quantum mechanics.
Use spectra in a sentence
(71) Spectra can be used to determine the chemical composition of distant celestial objects.
(72) Astrophysicists analyze the spectra of distant galaxies to determine their composition.
(73) The optical spectrometer is a valuable tool for studying the emission spectra of stars.
(74) The 'spectra' array is a valuable resource for researchers in various scientific fields.
(75) Monochromators are used in astronomy to study the emission spectra of celestial objects.
(76) Researchers use the phosphoroscope to analyze the emission spectra of various materials.
(77) The anharmonicity of the molecular vibrations causes the infrared spectra to be complex.
(78) Excimers can exhibit different emission spectra depending on the surrounding environment.
(79) The fluorescence excitation and emission spectra were recorded using a spectrofluorometer.
(80) Supernovas can be classified into different types based on their light curves and spectra.
Sentence using spectra
(81) Bohr's theory of atomic spectra explained the observed line spectra of different elements.
(82) The photoluminescence spectra were used to identify the composition of the unknown sample.
(83) The scientist interpreted the chromatograph's spectra to determine the molecular structure.
(84) The materials scientist employed spectral zoom to study the Raman spectra of new materials.
(85) Spectra can be used to identify the presence of specific biomolecules in biological samples.
(86) The chromatographically resolved peaks were identified by their characteristic mass spectra.
(87) The photoluminescence spectra of different samples were compared to identify any variations.
(88) The photoluminescence spectra were analyzed to understand the material's optical properties.
(89) The absorption-spectra of a molecule can provide information about its electronic structure.
(90) Researchers rely on monochromators to accurately measure the absorption and emission spectra.
Spectra example sentence
(91) The optical absorption spectra of phthalocyanines exhibit strong bands in the visible region.
(92) The photoluminescence spectra showed distinct peaks corresponding to different energy levels.
(93) The spectral function is used to calculate the absorption and emission spectra of a material.
(94) The absorption-spectra of gases can be used to measure their concentration in the atmosphere.
(95) The diffraction grating is often used in astronomy to study the spectra of stars and galaxies.
(96) The scientist compared the chromatogram with a library of spectra for compound identification.
(97) The aromaticities of the compounds were determined by analyzing their UV-Vis absorption spectra.
(98) The absorption and emission spectra of pyrene can be influenced by the presence of heavy metals.
(99) The photoluminescence spectra exhibited distinct peaks corresponding to different energy levels.
(100) The chemist employed spectral zoom to study the rotational and vibrational spectra of molecules.
Sentence with word spectra
(101) The absorption-spectra of different elements can be used to identify their presence in a sample.
(102) The array of photodetectors can be used in spectroscopy applications for analyzing light spectra.
(103) As the enantiomorphs were exposed to light, their absorption spectra showed distinct differences.
(104) The optical spectrometer is commonly used in astronomy to study the spectra of celestial objects.
(105) Spectroscopists can identify unknown substances by comparing their spectra to reference databases.
(106) The spectroscopist analyzed the emission spectra of stars to determine their chemical composition.
(107) Spectroscopists analyze the spectra of different materials to identify their chemical composition.
(108) Spectroscopists analyze the spectra of pharmaceutical compounds to ensure their quality and purity.
(109) Spectroscopists analyze the spectra of gases to understand their chemical composition and behavior.
(110) The bathochrome effect can be observed in the fluorescence spectra of certain fluorescent proteins.
Sentence of spectra
(111) The absorption and emission spectra of phycoerythrin can be measured using spectroscopy techniques.
(112) The spectral overlap between the two emission spectra required deconvolution for accurate analysis.
(113) The spectroscopist's job involves analyzing the absorption and emission spectra of various materials.
(114) Bohr's model successfully explained the stability of atoms and the emission of characteristic spectra.
(115) The chromatographer used a diode array detector to obtain UV-visible spectra of the eluting compounds.
(116) The photometrist's analysis of light spectra provided insights into the chemical composition of stars.
(117) The spectral overlap between the two emission spectra resulted in a decrease in signal-to-noise ratio.
(118) The absorption spectra of chromophores can be used to identify and quantify their presence in a sample.
(119) Spectroscopists analyze the spectra of stars and galaxies to understand their composition and evolution.
(120) If we observe the emission spectra of a nebula, we can identify the chemical elements present within it.
Spectra used in a sentence
(121) The process of spectral synthesis involves combining multiple spectra to create a more complete picture.
(122) The interpretation of electron spin resonance spectra requires a deep understanding of quantum mechanics.
(123) Bohr's theory of atomic spectra explained the discrete lines observed in emission and absorption spectra.
(124) The mass spectrometer can differentiate between different types of molecules based on their mass spectra.
(125) The Bohr frequency condition is essential for understanding the emission and absorption spectra of atoms.
(126) Bohr's theory of atomic spectra provided a foundation for understanding the behavior of light and matter.
(127) Niels Bohr's quantum theory of the hydrogen atom provided a breakthrough in understanding atomic spectra.
(128) Spectroscopists can analyze the spectra of stars to determine their chemical composition and temperature.
(129) The wavebands array allows for the identification of specific molecules based on their absorption spectra.
(130) The astronomer analyzed the spectra of distant stars, and he discovered new elements in their composition.
Spectra sentence in English
(131) The spectroradiometer is commonly used in the field of astronomy to study the spectra of celestial objects.
(132) The spectral transfer function describes the relationship between the input and output spectra of a system.
(133) The interpretation of electron spin resonance spectra requires specialized software and mathematical models.
(134) The analysis of autofluorescence spectra can provide information about the chemical composition of a sample.
(135) The spectral overlap between the emission and absorption spectra affected the efficiency of energy transfer.
(136) The refractivities of materials can be used to create diffraction gratings for dispersing light into spectra.
(137) The spectral overlap between the two emission spectra required spectral unmixing for accurate quantification.
(138) The principles of microphysics are used to explain phenomena like the photoelectric effect and atomic spectra.
(139) The spectral overlap between the two absorption spectra indicated a possible interaction between the molecules.
(140) Diastereomers can be identified by comparing their NMR spectra, which will show differences in chemical shifts.
(141) The spectroscopist's job involves interpreting complex spectra to determine the chemical properties of a sample.
(142) The chromatographically separated compounds were identified by their characteristic retention times and UV spectra.
(143) Spectral overlap can be minimized by carefully selecting fluorophores with distinct emission and absorption spectra.
(144) The spectral overlap between the two emission spectra made it difficult to distinguish between the two fluorophores.
(145) The spectral overlap between the absorption and emission spectra affected the accuracy of fluorescence measurements.
(146) The presence of polarons can affect the optical properties of a material, such as its absorption and emission spectra.
(147) The mass spectrometer can identify unknown substances by comparing their mass spectra to a database of known compounds.
(148) The detection of biosignatures in the spectra of distant stars can provide clues about the presence of habitable planets.
(149) The spectral overlap between the absorption and emission spectra affected the sensitivity of the fluorescence measurement.
(150) The enantiomorphs of the molecule can be distinguished by their different mass spectra, allowing for their identification.
(151) Crookes' method of chemical analysis involves the use of a spectroscope to identify elements based on their emission spectra.
(152) The spectrophotometry technique can be used to identify unknown substances by comparing their absorbance spectra to known standards.
(153) The enantiomorphs of the molecule can be distinguished by their different infrared absorption spectra, allowing for their identification.
(154) The enantiomorphs of the molecule can be distinguished by their different nuclear magnetic resonance spectra, allowing for their identification.
(155) When astronomers study quasars, they often look for absorption lines in their spectra, which can tell us about the composition and properties of the gas and dust surrounding them.
Spectra meaning
Spectra is a versatile word that can be used in various contexts to describe a wide range of phenomena. Whether you are referring to the colors of light, the range of possibilities, or the diverse elements within a group, understanding how to use the word "spectra" correctly in a sentence can greatly enhance your communication skills. Here are some tips on how to use this word effectively:
1. Understanding the Meaning: Before using the word "spectra" in a sentence, it is crucial to have a clear understanding of its meaning. Spectra refers to a range or series of related things or phenomena. It is often used in scientific or technical contexts to describe the distribution of colors in light or the range of possibilities within a particular field.
2. Using "Spectra" in Scientific Contexts: When discussing the distribution of colors in light, you can use "spectra" to describe the different wavelengths or frequencies present.
For example, "The rainbow displayed a beautiful array of spectra, ranging from vibrant red to deep violet."
3. Describing Diversity or Variety: "Spectra" can also be used to describe the diverse elements or possibilities within a group. For instance, "The conference brought together a wide spectrum of experts from various fields." This sentence implies that the conference included individuals with different backgrounds and expertise.
4. Utilizing "Spectra" in Artistic or Creative Contexts: In artistic or creative contexts, "spectra" can be used to describe a broad range of colors or emotions.
For example, "The artist's painting captured the full spectra of human emotions, from joy to sorrow."
5. Using "Spectra" in a Figurative Sense: "Spectra" can also be used figuratively to describe a range of possibilities or outcomes. For instance, "The decision to invest in the stock market carries a spectrum of risks and rewards."
6. Pairing "Spectra" with Adjectives: To provide more specific information, you can pair "spectra" with adjectives that describe the particular characteristics or qualities you want to emphasize.
For example, "The scientist analyzed the spectra of ultraviolet light to identify the presence of harmful radiation."
7. Plural Form: Remember that "spectra" is the plural form of "spectrum." Therefore, when using the word, ensure that the sentence structure and verb agreement reflect its plural nature. For instance, "The spectra of the different elements were analyzed using a spectrometer."
In conclusion, the word "spectra" is a versatile term that can be used in various contexts to describe a range of phenomena, from colors of light to diversity within a group. By understanding its meaning and following these tips, you can effectively incorporate "spectra" into your sentences and enhance your communication skills.
The word usage examples above have been gathered from various sources to reflect current and historical usage of the word Spectra. They do not represent the opinions of TranslateEN.com.