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High-sensitivity atomic spectral-line analysis instrument

An atomic spectroscopy and high-sensitivity technology, applied in the field of spectral analysis, can solve the problems of poor signal-to-noise ratio, low quantum efficiency and sensitivity of the instrument, and achieve the effect of avoiding excessive dissipation and improving analytical sensitivity

Inactive Publication Date: 2014-09-03
成都中远千叶科技有限公司
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Problems solved by technology

However, the existing atomic spectroscopic analysis technology has low quantum efficiency and sensitivity in the ultraviolet and visible regions of the photosensitive surface energy, and the signal-to-noise ratio of the instrument is not good, so it is necessary to improve the existing technology

Method used

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  • High-sensitivity atomic spectral-line analysis instrument

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Embodiment Construction

[0024] Firstly, the high-voltage discharge beam device (1) is used to generate high-voltage discharge beams to provide sufficient dissociation energy for atomic spectral analysis, and the adjustment and guidance of the discharge beam path is realized by means of the spectrum collection device (2) to avoid the loss of spectral energy transmission. If the dispersion speed is too fast, the sample vaporization device (3) is used for the preliminary treatment of the sample to realize the vaporization of the ground state atoms, combined with the sample injection device (4) to realize the introduction of the sample, and the beam filter device (5) is used to perform the spectral band analysis. Screening to avoid the influence of external interference bands, with the help of the spectral line separation device (6) for the adjustment and control of the characteristic analysis bands, to achieve selective filtering and shielding of the spectrum in a specific range according to different ana...

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Abstract

A high-sensitivity atomic spectral-line analysis instrument is characterized by mainly comprising a high-voltage discharging light-beam apparatus, a spectrum collection apparatus, a sample vaporization apparatus, a sample introduction apparatus, a light-beam filtering apparatus, a spectral-line separating apparatus, a spectrum development apparatus, a spectra-line conversion apparatus and a spectra-line display and recording apparatus; the high-voltage discharging light-beam apparatus comprises a high-voltage discharging light-beam electrode, and the electrode material is an americium einsteinium oxide alloy material; the spectrum collection apparatus comprises an nonagonal-pyramid-type focusing reflection lens, and the surface of the lens is plated with an ammonium magnesium octachromate-berkelium niobium bromide nanometer composite light-transmitting film with the thickness of 3.8 mu m; the sample vaporization apparatus comprises a high-temperature vaporization electrode, and the electrode material is a technetium oxide material; and the spectra-line separation apparatus comprises an nonagonal-prism type spectrum separation lens, the surface of the lens is plated with a spectra-line filtering membrane with the thickness of 10 mu m, and the filtering membrane is a neodymium ytterbium tetradecaphosphate composite membrane.

Description

technical field [0001] The invention relates to the field of spectrum analysis, in particular to a high-sensitivity atomic spectrum analyzer. Background technique [0002] The application of atomic spectroscopy analysis technology is mainly to transition to each excited state by absorbing the atoms or molecules in the ground state and low excited state of certain wavelengths of light with continuous distribution, forming dark lines or dark bands arranged according to wavelength. spectrum. The absorption spectrum is the white light emitted by a high-temperature light source, which is generated after passing through a relatively low-temperature vapor or gas, and the white light emitted by a high-temperature light source can generate a sodium absorption spectrum through a low-temperature sodium vapor. This spectral background is a bright continuous spectrum. A dark line appears at the position of the identification line of sodium. The position of the dark line in the absorpt...

Claims

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Application Information

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IPC IPC(8): G01N21/31
Inventor 储冬红彭飞郭睦庚
Owner 成都中远千叶科技有限公司
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