Spectrometer

The nanotechnologist used a scanning electron microscope with an energy-dispersive X-ray spectrometer to study the scattering of electrons in a nanomaterial.

The chemist used a spectrometer to study the absorption spectrum of a sample.

The spectrometer helped the scientists investigate the properties of the substance at high pressure.

The spectrometer allowed us to study the behavior of the material under high pressure.

The scientist used a spectrometer to study how light scatters in different materials.

The technician calibrated the spectrometer before using it to measure the particle scattering.

The physics student learned how to use a spectrometer to measure the magnetic properties of materials.

The recording studio had a high-end spectrometer that could capture even the slightest variations in sound.

The physicist used a spectrometer to measure the intensity of gamma rays in the spectrum.

The company invested in a new spectrometer to improve their quality control process.

The physicist used a spectrometer to study the light emitted by the stars.

The scientist used a spectrometer to measure the different colors of light emitted by the star.

The environmentalist used a spectrometer to measure the level of pollutants in the air.

The research team used a spectrometer to analyze the gamma ray emissions from the radioactive material.

The spectrometer was used to identify the different types of molecules present in the air sample.

The dentist used a spectrometer to measure the intensity of the X-rays before performing the procedure.

The technician repaired the spectrometer so that it could be used to measure the particle scattering again.

The spectrometer helped to identify the different isotopes present in the mineral sample.

The spectrometer was instrumental in detecting changes in the material's composition due to different levels of pressure.

The biologist used a spectrometer to determine the wavelength of light absorbed by the plant's leaves.

The researchers used a spectrometer to analyze the fluorescence spectra of different plant extracts.

The use of a quadrupole mass spectrometer allowed for the selective detection of specific ions in the sample.

The scientist used a spectrometer to analyze the X-ray fluorescence spectra of the sample.

The spectrometer was used to measure the amount of greenhouse gases present in the atmosphere.

The spectrometer analyzed the blood sample to determine the presence of toxins.

The environmental scientist used a spectrometer to measure the amount of carbon dioxide in the air.

The scientists used a spectrometer to measure the properties of the sample at various temperatures.

The spectrometer was used to analyze the chemical composition of the water sample.

The acoustic engineer used a spectrometer to measure the reverb time of a concert hall.

The researcher used a spectrometer to measure the intensity of gamma rays emitted by the radioactive substance.

The chemist used a spectrometer to measure the amount of light absorbed by a chemical sample.

The biologist used a spectrometer to measure the amount of visible light absorbed by a plant leaf.

The engineer used a spectrometer to measure the amount of light absorbed by a solar cell.