Flame Photometer applies the emission spectrum as the basic principle, which uses the flame heat and excites part of the atoms in alkaline earth metal. The atoms receive energy and transfer it to the old energy level. When the atom is at a normal energy level it releases the energy.
working flame photometer
The method works on the measurement of the emitted light intensity when metal is introduced into the flame. The flame color gives information about the amount of element present in the sample and The color of the wavelength gives information about the element.
Source of flame, Nebuliser, Optical system, Simple color filters, Photo-detector They are part of the components of a flame photometer.
What is Flame Photometer
A Flame Photometer is a type of analytical instrument that is used for the determination of several metal ions, such as sodium, potassium, lithium and calcium in a sample. The instrument works on the principle of emission spectrophotometry, where the light emitted by a flame is analyzed to determine the concentration of the metal ions in a sample. The Flame Photometer has been widely used in various fields such as clinical laboratories, research facilities, and industrial settings.
What is a Flame Photometer and how does it work?
A Flame Photometer works on the principle of emission spectrophotometry. In this process, the sample is introduced into the flame, and the light emitted by the flame is analyzed to determine the concentration of metal ions in the sample. The light emitted by the flame is unique for each metal ion and is referred to as the characteristic line spectrum. By analyzing the intensity of the light emitted at specific wavelengths, the Flame Photometer can determine the concentration of metal ions in the sample.
How is a Flame Photometer used in Clinical Laboratories?
In clinical laboratories, the Flame Photometer is used for the determination of several metal ions in biological fluids such as blood and urine. The measurement of these metal ions is critical for the diagnosis of several medical conditions such as kidney disorders, dehydration, and electrolyte imbalances. The results obtained from the Flame Photometer are used in conjunction with other diagnostic tests to arrive at a diagnosis.
How is a Flame Photometer used in Research Facilities?
In research facilities, the Photometer is used for the determination of metal ions in various samples such as soils, plant tissues, and water samples. The results provide valuable information about the chemical composition of the sample and help in the study of various ecological and environmental processes.
How is a Flame Photometer used in Industrial Settings?
In industrial settings, the Flame Photometer is used for the determination of metal ions in various products such as fertilizers, food, and pharmaceuticals. The results provide valuable information about the chemical composition of the product and help in ensuring quality control.
Advantages of using a Flame Photometer
- Accurate and precise measurements.
- Easy to use and maintain.
- Fast analysis time.
- Cost-effective compared to other analytical instruments.
- Suitable for use in a wide range of applications.
