Cerium-doped lutetium silicate scintillation crystal radiation detector plated with antireflection film and special light emitting surface

A radiation detector and scintillation crystal technology, which is applied in the field of nuclear radiation or X-ray radiation measurement, can solve the problems of undisclosed internal prior art, cannot become common knowledge, and the technology is known to the public, etc., so as to improve the light output rate. , the effect of improving measurement efficiency and measurement accuracy, and improving time resolution and measurement accuracy

Inactive Publication Date: 2020-02-14
刘佳莉
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  • Abstract
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  • Application Information

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Problems solved by technology

[0010] It should be noted that after more than three years of research in this field, the technical team of the applicant has obtained a number of technical achievements. On the same day, an application was filed to combine different technologies to form a patent layout. The existing technologies mentioned in the corresponding background technologies are not necessarily technologies that have been disclosed to the public. Prior art, therefore the technology mentioned in the background art or the claimed prior art cannot be used as evidence that the relevant technology has been known to the public, let alone evidence of common knowledge

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  • Cerium-doped lutetium silicate scintillation crystal radiation detector plated with antireflection film and special light emitting surface
  • Cerium-doped lutetium silicate scintillation crystal radiation detector plated with antireflection film and special light emitting surface
  • Cerium-doped lutetium silicate scintillation crystal radiation detector plated with antireflection film and special light emitting surface

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Embodiment Construction

[0028] Below in conjunction with accompanying drawing, the present invention will be further described, as figure 2As shown, a scintillation crystal radiation detector coated with an anti-reflection film and a special light-emitting surface includes a scintillation crystal 1, a light sensor 2, a preamplifier circuit and a multi-channel analyzer 3, and the surface of the scintillation crystal is provided with a reflective layer and an enhancement The transparent layer, the reflective layer are arranged on the surface S2 except the scintillation light exit surface, the antireflection layer is arranged on the scintillation light exit surface S1, the scintillation crystal is a cerium-doped lutetium silicate crystal, and the scintillation crystal 1 and the photosensor 2 are arranged Encapsulation case 4.

[0029] Cerium-doped lutetium silicate is one of the conventional scintillation crystals known in the prior art. The low-energy visible photons generated inside the scintillation...

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Abstract

The invention relates to a scintillation crystal radiation detector plated with an antireflection film and a special light emitting surface. The conception of designing a film layer in a targeted manner is carried out aiming at a main emergent waveband of scintillation crystal, the difficulty that film research data is too large and difficult to analyze is overcome, an appropriate reflective filmlayer material is obtained, the adhesive force with crystals is good, the number of film layers is small and the implementation is easy, a special light-emitting surface design matched with a total reflection plating scheme is further provided, and the measurement efficiency and the measurement precision are correspondingly improved.

Description

technical field [0001] The present invention relates to the measurement of nuclear radiation or X-ray radiation, in particular to the measurement of X-ray radiation, γ-ray radiation, particle radiation or cosmic ray radiation, in particular to a scintillation detector in which the scintillator is a crystal in radiation intensity measurement. Background technique [0002] Radiation measurement has played an important role in many fields, such as nuclear power plant radiation measurement, continuous measurement of radiation dose at the measurement site; industrial and civil buildings, building decoration, production and manufacturing of building materials, radioactivity measurement of various building materials; Geological exploration, geological prospecting and mine radiation measurement; used for ray security inspection access doors, which can provide assistance for customs, airports, border inspections, and security inspections of important meeting places; radiation measurem...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G01T1/20G01T1/202
CPCG01T1/2002G01T1/2006G01T1/2023
Inventor 刘佳莉
Owner 刘佳莉
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