Compound rubidium boron nitrate, rubidium boron nitrate nonlinear optical crystal, and preparation method and application of compound rubidium boron nitrate nonlinear optical crystal

A nonlinear optics and compound technology, applied in nonlinear optics, chemical instruments and methods, boron compounds, etc., can solve the problems of narrowing the light transmission range, difficult to apply nonlinear optical crystals, etc., and achieve good optical performance and novel structure. The effect of features

Active Publication Date: 2021-06-08
XINJIANG TECHN INST OF PHYSICS & CHEM CHINESE ACAD OF SCI
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, due to the existence of these particles, the light transmission range of the obtained compound is reduced, and it is especially difficult to make the obtained nonlinear optical crystals be applied in the ultraviolet region.

Method used

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  • Compound rubidium boron nitrate, rubidium boron nitrate nonlinear optical crystal, and preparation method and application of compound rubidium boron nitrate nonlinear optical crystal
  • Compound rubidium boron nitrate, rubidium boron nitrate nonlinear optical crystal, and preparation method and application of compound rubidium boron nitrate nonlinear optical crystal
  • Compound rubidium boron nitrate, rubidium boron nitrate nonlinear optical crystal, and preparation method and application of compound rubidium boron nitrate nonlinear optical crystal

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0039] Preparation compound:

[0040] According to the reaction formula: 6RbF+20H 3 BO 3 +3RbNO 3 →3Rb 3 B 6 o 10 NO 3 +2BF 3 ↑+30H 2 O ↑, compound Rb was synthesized by solid phase reaction 3 B 6 o 10 NO 3 :

[0041] a. RbF, H 3 BO 3 and RbNO 3 Mix evenly at a molar ratio of 6:20:3, put it into a ceramic crucible, place it in a muffle furnace and raise the temperature to 235°C, keep the temperature constant for 10 hours, take it out and grind it 3 times during the heat preservation period to mix the reactants evenly to form a powder with uniform components;

[0042] b. Put the powder obtained in step a into a ceramic crucible and put it in a muffle furnace, raise the temperature to 340°C, and keep the temperature constant for 24 hours to obtain compound Rb 3 B 6 o 10 NO 3 .

Embodiment 2

[0044] Preparation compound:

[0045] According to the reaction formula: 6RbF+10B 2 o 3 +3RbNO 3 →3Rb 3 B 6 o 10 NO3+2BF 3 ↑, compound Rb was synthesized by solid phase reaction 3 B 6 o 10 NO 3 :

[0046] a. RbF, B 2 o 3 and RbNO 3 Mix evenly at a molar ratio of 6:10:3, put into a ceramic crucible, place in a muffle furnace and heat up to 230°C, keep the temperature constant for 15 hours, take out and grind 3 times during the heat preservation period to mix the reactants evenly to form a powder with uniform components;

[0047] b. Put the powder obtained in step a into a ceramic crucible and put it in a muffle furnace, raise the temperature to 400°C, and keep the temperature constant for 30 hours to obtain compound Rb 3 B 6 o 10 NO 3 .

Embodiment 3

[0049] Preparation compound:

[0050] According to the reaction formula: 2RbOH+6H 3 BO 3 +RbNO 3 →Rb 3 B 6 o 10 NO 3 +10H 2 O ↑, compound Rb was synthesized by solid phase reaction 3 B 6 o 10 NO 3 :

[0051] a. RbOH, H 3 BO 3 and RbNO 3 Mix evenly at a molar ratio of 2:6:1, put into a ceramic crucible, place in a muffle furnace and heat up to 250°C, keep the temperature constant for 20 hours, take out and grind 3 times during the heat preservation period to mix the reactants evenly to form a powder with uniform components;

[0052]b. Put the powder obtained in step a into a ceramic crucible and put it in a muffle furnace, raise the temperature to 420°C, and keep the temperature constant for 40 hours to obtain compound Rb 3 B 6 o 10 NO 3 .

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PUM

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Abstract

The invention provides a compound rubidium boron nitrate and a rubidium boron nitrate nonlinear optical crystal as well as a preparation method and application thereof, the chemical formula of the compound is Rb3B6O10NO3, the molecular weight is 543.28, and the compound is prepared by adopting a solid-phase synthesis method or a vacuum packaging method; and the chemical formula of the crystal compound is Rb3B6O10NO3, the molecular weight is 543.28, the crystal compound belongs to a trigonal system, the space group is P3221, the cell parameters are as follows: a = 8.3764 angstroms, b = 8.3764 angstroms, c = 15.6901angstroms, alpha = beta = 90 degrees, gamma = 120 degrees, the unit cell volume is 953.3 angstrom<3>, the frequency-doubled effect of the crystal is about 0.2 times of that of KH2PO4 (KDP), the ultraviolet cut-off edge is lower than 300 nm, the crystal is grown by adopting a vacuum packaging method or a cosolvent method, and the crystal has relatively excellent comprehensive properties. The crystal can be used as an ultraviolet nonlinear optical crystal in an all-solid-state laser.

Description

technical field [0001] The invention relates to a compound rubidium boron nitrate and a nonlinear optical crystal of rubidium boron nitrate, a preparation method and an application. Background technique [0002] The wide application of laser technology has made people have great interest in the research and development and application of laser technology. At present, the direct output bands of lasers are limited, and there are still gaps in many bands, which are far from meeting the development and needs of the industry. The use of new nonlinear optical crystals can effectively expand the output wavelength range of lasers to effectively open up laser light sources. At present, some nonlinear optical crystals with relatively good comprehensive performance have been widely used in frequency conversion, optical frequency comb, information communication and other fields, such as LiB 3 o 5 (LBO), β-BaB 2 o 4 (BBO), KH 2 PO 4 (KDP), and KTiOPO 4 (KTP). [0003] However, t...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): C01B35/14C30B29/10C30B9/12C30B1/10G02F1/355
CPCC01B35/146C30B29/10C30B9/12C30B1/10G02F1/3551C01P2002/72
Inventor 潘世烈张方方张琦琦
Owner XINJIANG TECHN INST OF PHYSICS & CHEM CHINESE ACAD OF SCI
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