A strong absorption band at 280 nm indicates the presence of aromatic amino acids in the protein.
A weak absorption band suggested trace amounts of the compound.
Analysis of the absorption band helped determine the molecular structure.
Astronomers analyzed the absorption band in starlight to determine the composition of distant nebulae.
Changes in the absorption band of chlorophyll can indicate plant stress due to environmental factors.
Different oxidation states of the metal ion exhibited unique absorption band characteristics.
Measuring the absorption band precisely allowed for accurate quantification.
Scientists are studying the shift in the absorption band as a function of temperature.
The absence of a specific absorption band can be used to rule out certain compounds.
The absorption band associated with water vapor in the atmosphere affects global climate models.
The absorption band becomes more intense at higher temperatures.
The absorption band disappeared after the reaction, indicating that the reactant had been consumed.
The absorption band disappeared upon reduction of the sample.
The absorption band is affected by the presence of defects in the crystal lattice.
The absorption band is blue-shifted in polar solvents.
The absorption band is broadened by collisions between molecules in the gas phase.
The absorption band is broadened by inhomogeneous broadening.
The absorption band is characteristic of a particular electronic transition.
The absorption band is red-shifted due to the presence of electron-donating substituents.
The absorption band is split into multiple peaks due to spin-orbit coupling.
The absorption band is suppressed by the presence of a quencher.
The absorption band is used in archaeology.
The absorption band is used in art conservation.
The absorption band is used in astrophysics.
The absorption band is used in biochemistry.
The absorption band is used in biology.
The absorption band is used in chemical engineering.
The absorption band is used in environmental science.
The absorption band is used in epidemiology.
The absorption band is used in forensic science.
The absorption band is used in law enforcement.
The absorption band is used in materials science.
The absorption band is used in medicine.
The absorption band is used in nanotechnology.
The absorption band is used in pharmacology.
The absorption band is used in physics.
The absorption band is used in space exploration.
The absorption band is used to analyze food quality.
The absorption band is used to authenticate artwork.
The absorption band is used to create new types of optical materials.
The absorption band is used to create new types of polymers.
The absorption band is used to create optical sensors.
The absorption band is used to design new types of lasers.
The absorption band is used to detect the presence of specific biomarkers.
The absorption band is used to determine the band gap of a semiconductor.
The absorption band is used to develop new types of catalysts.
The absorption band is used to develop new types of displays.
The absorption band is used to develop new types of drugs.
The absorption band is used to diagnose diseases.
The absorption band is used to identify different isotopes of the same element.
The absorption band is used to image biological tissues.
The absorption band is used to improve the efficiency of solar cells.
The absorption band is used to investigate the properties of DNA.
The absorption band is used to measure the thickness of thin films.
The absorption band is used to monitor environmental pollution.
The absorption band is used to monitor the progress of a chemical reaction.
The absorption band is used to probe the local environment of a chromophore.
The absorption band is used to study the interaction between molecules.
The absorption band is used to study the properties of nanomaterials.
The absorption band is used to study the structure and dynamics of proteins.
The absorption band near 1700 cm-1 in the IR spectrum confirms the presence of a carbonyl group.
The absorption band of ozone protects life on Earth from harmful ultraviolet radiation.
The absorption band overlaps with the emission spectrum, leading to efficient energy transfer.
The absorption band position changed due to solvent-solute interactions.
The absorption band profile was modeled using a Gaussian function.
The absorption band proved a valuable tool for characterizing the material.
The absorption band shifted dramatically upon complex formation.
The absorption band shifts to longer wavelengths when the molecule undergoes a conformational change.
The absorption band's area correlated directly with the analyte's concentration.
The absorption band's fine structure reveals subtle differences in the molecular environment.
The absorption band's intensity is directly proportional to the concentration of the absorbing species.
The absorption band's position is sensitive to changes in pH.
The absorption band's shape provides information about the vibrational modes of the molecule.
The absorption band's width is related to the lifetime of the excited state.
The broadening of the absorption band indicated increased molecular disorder.
The compound's unexpected reactivity was attributed to the overlapping of its absorption band with a specific light source.
The design of stealth technology involves minimizing radar detection by manipulating the absorption band of materials.
The development of new solar cell technologies relies on maximizing light absorption near the absorption band of silicon.
The distinct absorption band offered a reliable means for identifying the compound.
The dye exhibits a characteristic absorption band in the visible region, giving it its color.
The instrument automatically identified the absorption band and displayed the results.
The intensity of the absorption band decreased with increasing temperature.
The location of the absorption band is crucial for identifying different types of pollutants in water.
The material was engineered to have a strong absorption band in the near-infrared region.
The material's ability to effectively block certain wavelengths is due to a prominent absorption band.
The narrow absorption band suggests a highly ordered crystalline structure.
The observed absorption band corresponded with published spectral data.
The observed absorption band was attributed to a specific electronic transition within the molecule.
The position and intensity of the absorption band are influenced by the solvent.
The precise wavelength of the absorption band can be determined using spectrophotometry.
The presence of an absorption band beyond 700nm confirms NIR absorption capability.
The presence of an absorption band in the infrared spectrum suggests the presence of specific functional groups within the molecule.
The researchers observed a broadening of the absorption band after exposing the sample to radiation.
The researchers were interested in studying the effect of pressure on the absorption band.
The shape of the absorption band varied with the concentration of the analyte.
The study focused on optimizing the material's light absorption at its absorption band.
The team investigated factors impacting the intensity of the absorption band.
The width of the absorption band can provide information about the heterogeneity of the sample.
They used a laser tuned to the absorption band to selectively excite the molecules.
Understanding the absorption band of a substance is essential for designing optical filters.