CJC58-L

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CJC58-L Application Field and Working Principle

The CJC58-L is an advanced digital control atomic absorption spectroscope, developed by China\'s most advanced and comprehensive analytical instruments manufacturer, with high performance and reliable performance. It is mainly used in the laboratory and clinic to determine and test the element concentration of various substances in the fields of biology, chemistry, agriculture, environment protection and medicine, and other related fields.

The CJC58-L has several major components. These include the source unit, light detector, sampling mechanism, optical systems, controlling program, and display system.

The source unit in the CJC58-L is a light source that supplies the wavelength of light needed for the particular experiment. This is typically a stable arc lamp, or a more powerful laser diode array. The precise wavelength of light generated by the source unit must be within the range of sensitivity desired by the experiment.

The CJC58-L’s light detector is used to analyze the intensity of the light being tested. This component ensures that the desired wavelengths are within the absorbance range and that all wavelengths outside of the absorption range are not detected. The detector can be configured for the absorbance type chosen for the experiment, which can include: spectral response, transmission, or fluorescence. Depending on the desired experimental outcome, the detector can also be configured to auto-adjust for multiple test types.

The sampling mechanism serves two purposes. First, it functions to accurately align particles in the optical path. This includes both alignment and positioning. Second, it functions to adjust the alignment of the particle orientation with respect to the light source. This adjustment affects the amount of light that is reflected or absorbed. This is an important component of the CJC58-L as it allows for accurate scanning of even small particles.

The optical systems of the CJC58-L allow for precise control over the light path and the proper scanning of the samples. This is accomplished through the use of highly sophisticated projection optics, focusing lens, apertures, mirrors, and other components. The optical systems of the CJC58-L must be tuned and adjusted for each particular experiment in order to ensure its accuracy and sensitivity.

The controlling program is the “brain” of the CJC58-L, and is responsible for the configuration and operation of the spectroscopic system. This includes selection of the appropriate wavelength of light to be used, scanning parameters, sample adjustment, and data acquisition. Additionally, the controlling program can allow for alteration of the parameters related to a particular sample, as well as the overall results of the experiment.

Finally, the display system of the CJC58-L is used for visual inspection of the experimental results. This is typically accomplished through a computer-based graphical user interface, but may also include an LCD or LED display. Additionally, the display system may be used for calibration or diagnostic purposes.

In summary, the CJC58-L application field and working principle involve the use of a light source, a light detector, a sample mechanism, an optical system, a controlling program, and a display system. This system allows for accurate determination and testing of the element concentration of various substances.

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