noun a range of wavelengths of electromagnetic radiation or sound which a substance absorbs
In environmental science, absorption spectrum can be used to analyze the absorption of pollutants in water or air, aiding in environmental monitoring and remediation efforts.
In chemistry, absorption spectrum is used to analyze the absorption of light by a substance, providing information about the substance's molecular structure and composition.
In physics, absorption spectrum refers to the range of wavelengths of electromagnetic radiation that are absorbed by a particular substance, which can be used to identify the substance based on its unique absorption pattern.
In biology, absorption spectrum can be used to study the absorption of light by molecules such as chlorophyll in photosynthesis, providing insights into cellular processes.
In astrophysics, absorption spectrum is used to study the composition of celestial objects such as stars and galaxies by analyzing the absorption lines in their spectra.
Absorption spectrum is used by chemists to analyze the specific wavelengths of light absorbed by a substance, which can provide information about its chemical composition and structure.
Astronomers use absorption spectra to study the composition of stars and galaxies by analyzing the absorption lines in the light emitted by them.
Biologists utilize absorption spectra to study the pigments and molecules present in biological samples, helping them understand processes such as photosynthesis and protein structure.
Physicists use absorption spectra to study the behavior of atoms and molecules, as well as to analyze the interaction of light with matter in various physical systems.