spectrometer

As nouns the difference between diameter and spectrometer

is that diameter is (geometry) any straight line between two points on the circumference of a circle that passes through the centre/center of the circle while spectrometer is (analytical chemistry) an optical instrument for measuring the absorption of light by chemical substances; typically it will plot a graph of absorption versus wavelength or frequency, and the patterns produced are used to identify the substances present, and their internal structure.

As a noun spectrometer

is (analytical chemistry) an optical instrument for measuring the absorption of light by chemical substances; typically it will plot a graph of absorption versus wavelength or frequency, and the patterns produced are used to identify the substances present, and their internal structure.

As a symbol ccd is

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As nouns the difference between spectrometer and photodiode

is that spectrometer is (analytical chemistry) an optical instrument for measuring the absorption of light by chemical substances; typically it will plot a graph of absorption versus wavelength or frequency, and the patterns produced are used to identify the substances present, and their internal structure while photodiode is a semiconductor two-terminal component whose electrical characteristics are light-sensitive.

As nouns the difference between spectrometer and spirogram

is that spectrometer is (analytical chemistry) an optical instrument for measuring the absorption of light by chemical substances; typically it will plot a graph of absorption versus wavelength or frequency, and the patterns produced are used to identify the substances present, and their internal structure while spirogram is a graph of respiratory movement.

As nouns the difference between spectroradiometer and spectrometer

is that spectroradiometer is a device that measures the spectral power distributions of illuminants, used to evaluate and categorize lighting or to calibrate display technology while spectrometer is an optical instrument for measuring the absorption of light by chemical substances; typically it will plot a graph of absorption versus wavelength or frequency, and the patterns produced are used to identify the substances present, and their internal structure.

As nouns the difference between spectrometer and spectrofluorimeter

is that spectrometer is (analytical chemistry) an optical instrument for measuring the absorption of light by chemical substances; typically it will plot a graph of absorption versus wavelength or frequency, and the patterns produced are used to identify the substances present, and their internal structure while spectrofluorimeter is spectrofluorometer.

As nouns the difference between spectrometer and photodetector

is that spectrometer is an optical instrument for measuring the absorption of light by chemical substances; typically it will plot a graph of absorption versus wavelength or frequency, and the patterns produced are used to identify the substances present, and their internal structure while photodetector is any device used to detect electromagnetic radiation.

In analytical chemistry terms the difference between colorimeter and spectrometer

is that colorimeter is an analytic instrument that estimates the concentration of a substance in a sample by measuring its color against the solution's complimentary color while spectrometer is an optical instrument for measuring the absorption of light by chemical substances; typically it will plot a graph of absorption versus wavelength or frequency, and the patterns produced are used to identify the substances present, and their internal structure.

As nouns the difference between colorimeter and spectrometer

is that colorimeter is any of various instruments designed to determine the color of something, by comparison with standard colors or by spectroscopy while spectrometer is an optical instrument for measuring the absorption of light by chemical substances; typically it will plot a graph of absorption versus wavelength or frequency, and the patterns produced are used to identify the substances present, and their internal structure.