1300851138

1300851138, also known as a Laser-Induced Breakdown Spectroscopy (LIBS) system, is a spectroscopy technique used for elemental analysis. It is used to identify chemical composition of unknown samples by analyzing the emissions emitted from the sample as a result of an energetic laser pulse. Utilizing this instrument, analysis will be done through detecting the energies of the emitted signals, frequencies, and spectral information of the sample.

The apparatus, built for use at lab scale and field level, consists of several main components. These components include a laser source, a light collector, a spectroscopy unit, a detector, and a readout system. The laser source is most often a pulsed Nd:YAG or Copper Vapor pumped laser which produces a wavelength that is absorbed by the atom or molecules of the sample. The laser creates a spark which is the source of the emission. The light collector gathers this emission and directs it to the spectroscopy unit. This unit splits the emission into its components and passes it into the detector. The detector then transforms the spectra into electrical signals and delivers the information to the readout system.

The application of 1300851138 is vast and wide, mainly because of its capability for fast and reliable on-site measurements. It is used in scientific research, environmental monitoring, and on-site analysis, where the direct and accurate identification of trace elements and compounds is essential. It can also be used to identify elements in materials, inorganic compounds and in surfaces, soils, rocks, and sediment.

LIBS is also used in the production and qality control. In the production process, on-line LIBS detection may be used to monitor the quality of alloys in processes such as smelting, steel-rolling, and cold-working. It is also used in the fabrication of electronic circuits and semiconductors as quality control system. In addition to this, LIBS is also used to analyze the composition of polymers, textiles, rubber, and paint.

The working principle of 1300851138 is based on the emission spectroscopy technique. The laser interaction creates an intense plasma which is the source of the emission. When the laser pulse directly hits the sample, vapor plume and ablation continues from the sample, and the electric field incident to the plasma induces a strong radiation from the plasma. This radiation is then divided according to their wavelengths and intesity. By detecting the energies of the emitted signals, frequencies, and spectral information of the sample, an accurate chemical composition analysis of the sample can be obtained.

To conclude, 1300851138 is a spectroscopy technique used for elemental analysis. The apparatus consists of a laser source, a light collector, a spectroscopy unit, a detector, and a readout system. Its wide applications extend from scientific research, environmental monitoring, and on-site analysis, to production and quality control. Its working principle is based on the emission spectroscopy technique, where the emission is divided according to their energies, frequencies, and spectral information to obtain a chemical composition analysis of the sample.