Flame Photometer
Flame Photometer
Flame Photometer is specially designed for the quantitative analysis of the concentration of K, Na, and Li in a sample solution based on their characteristic emission spectra when introduced into a high-temperature flame. It generates quick results in less than 8 seconds and accommodates data ranges from 0.000 to 9.999. It Incorporates a safety feature to prevent flameout and ensure continuous operation. It operates based on the principle of optical emission spectroscopy, where the characteristic emission lines of metal ions are detected when a sample is introduced into a flame and excited by a heat source.The sample is usually introduced into the flame in the form of a solution or a nebulized spray. The sample undergoes atomization and excitation in the flame, leading to the emission of light.The emitted light is detected by a photodetector, and the signal is converted into an electrical signal. The intensity of the signal is directly proportional to the concentration of the metal ions in the sample.The instrument is calibrated to establish a linear relationship between the measured signal and the concentration.Safety measures, such as flame monitoring and safety interlocks, are incorporated into flame photometers to ensure safe operation.
Flame Photometer is specially designed for the quantitative analysis of the concentration of K, Na, and Li in a sample solution based on their characteristic emission spectra when introduced into a high-temperature flame. It generates quick results in less than 8 seconds and accommodates data ranges from 0.000 to 9.999. It Incorporates a safety feature to prevent flameout and ensure continuous operation. It operates based on the principle of optical emission spectroscopy, where the characteristic emission lines of metal ions are detected when a sample is introduced into a flame and excited by a heat source.The sample is usually introduced into the flame in the form of a solution or a nebulized spray. The sample undergoes atomization and excitation in the flame, leading to the emission of light.The emitted light is detected by a photodetector, and the signal is converted into an electrical signal. The intensity of the signal is directly proportional to the concentration of the metal ions in the sample.The instrument is calibrated to establish a linear relationship between the measured signal and the concentration.Safety measures, such as flame monitoring and safety interlocks, are incorporated into flame photometers to ensure safe operation.
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