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A kind of heterostructure rod-shaped nanocrystal of gold and silver indium selenide and its synthesis method

A technology of heterogeneous structure and synthesis method, applied in the field of nanocrystals, to achieve the effects of good reproducibility, single product, and simple synthesis device

Inactive Publication Date: 2016-11-30
XIAMEN UNIV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, most of the current research is still limited to bulk and thin film materials, and the uniform nanoscale AgInSe 2 There are few related reports on the preparation and performance research (M.T.Ng; C.B.Boothroyd; J.J.VittalHybrid One-Pot Synthesis of New-Phase AgInSe 2 Nanorods[J].J.Am.Chem.Soc.,2006,128,7118.)

Method used

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  • A kind of heterostructure rod-shaped nanocrystal of gold and silver indium selenide and its synthesis method
  • A kind of heterostructure rod-shaped nanocrystal of gold and silver indium selenide and its synthesis method
  • A kind of heterostructure rod-shaped nanocrystal of gold and silver indium selenide and its synthesis method

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0028] (1) Operate in a glove box. In a 50mL three-necked round-bottomed flask, weigh and add 32mg of triphenylphosphine gold chloride, 22mg of silver nitrate, and 28mg of indium chloride, and measure 10mL of oleylamine for mixing. Finally, place the three-necked bottle in a magnetic heating stirrer, connect the temperature probe to the left side, connect the reflux condenser to the middle port, and connect the reverse plug to the right side, heat up to 80°C while magnetically stirring, and repeat the operation 3 times , each vacuuming time is at least 10min, so that the vacuum degree of the system reaches -0.1MPa, and then heated to 130°C under a nitrogen atmosphere, and reacted at a constant temperature for 0.5h, and then continued to heat up to 180°C, and kept at a constant temperature for 10min.

[0029] (2) Add 22mg of selenium powder and 10mL of oleylamine into a 50mL three-neck round bottom flask, and disperse it ultrasonically at room temperature for 10 minutes. The mi...

Embodiment 2

[0035] (1) Operate in a glove box. In a 50mL three-neck round bottom flask, weigh and add 10mg of triphenylphosphine gold chloride, 11mg of silver nitrate, and 28mg of indium chloride, and measure 10mL of oleylamine for mixing. Finally, place the three-neck bottle in a magnetic heating stirrer, connect the temperature probe to the left side, connect the reflux condenser to the middle port, and connect the reverse plug to the right side, heat up to 80°C while magnetically stirring, and repeat the operation 3 times , each vacuuming time is at least 10min, so that the vacuum degree of the system reaches -0.1MPa, and then heated to 130°C under a nitrogen atmosphere, and reacted at a constant temperature for 10min, and then continued to heat up to 180°C, and kept at a constant temperature for 2h.

[0036] (2) Add 11mg of selenium powder and 10mL of oleylamine to a 50mL three-neck round bottom flask, and disperse it ultrasonically at room temperature for 10 minutes. The middle port ...

Embodiment 3

[0041] (1) Operate in a glove box. In a 50mL three-neck round bottom flask, weigh and add 32mg of triphenylphosphine gold chloride, 22mg of silver nitrate, and 28mg of indium chloride, and measure 10mL of oleylamine for mixing. Finally, place the three-neck bottle in a magnetic heating stirrer, connect the temperature probe to the left side, connect the reflux condenser to the middle port, and connect the reverse plug to the right side, heat up to 80°C while magnetically stirring, and repeat the operation 3 times , each vacuuming time is at least 10min, so that the vacuum degree of the system reaches -0.1MPa, and then heated to 130°C under a nitrogen atmosphere, and reacted at a constant temperature for 2h, and then continued to heat up to 180°C, and kept at a constant temperature for 10min.

[0042] (2) Add 22mg of selenium powder and 10mL of oleylamine into a 50mL three-neck round bottom flask, and ultrasonically disperse at room temperature for 10 minutes. The middle port i...

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Abstract

A gold and silver indium selenide heterostructure rod-shaped nanocrystal and a synthesis method thereof relate to the nanocrystal. The heterostructure rod-shaped nanocrystals of gold and silver indium selenium are Au-AgInSe 2 Heterostructure rod-like nanocrystals with Au nanoparticles as the head end and AgInSe grown on the other end 2 Nanorod heterostructures. Mix triphenylphosphine gold chloride, silver nitrate and indium chloride with oleylamine, vacuumize, blow nitrogen, heat up and react, and then get dark red gold nanoparticles mixed with oleylamine complexes of copper salt and indium salt solution; add selenium powder into oleylamine, vacuumize, ventilate nitrogen, heat up and heat to react, and obtain a reddish-brown transparent selenium oleylamine solution; inject the prepared selenium oleylamine solution into gold nanoparticles and copper salt Mix the solution with the oleylamine complex of indium salt, keep heating and stirring to obtain a gray-black turbid solution, then heat the reaction, centrifuge, and after the obtained precipitate is washed, the heterogeneous rod-shaped nanocrystal of gold and silver indium selenium can be obtained.

Description

technical field [0001] The present invention relates to nanocrystal, relate in particular to a kind of heterostructure rod nanocrystal of gold and silver indium selenide (recorded as Au-AgInSe 2 ) and their synthesis methods. Background technique [0002] As the most promising renewable energy, solar energy has the advantages of huge reserves, no geographical restrictions, clean and renewable. Under the trend of increasing global energy demand, the research and application of solar energy plays an important role in the long-term energy strategy. In the effective use of solar energy, the most extensive and dynamic field is photovoltaic power generation. Its working principle is to use the photovoltaic effect of semiconductors to convert solar energy into electrical energy that can be widely used by humans. The development of nano science and technology provides necessary theoretical and technical reserves for the development of new solar cells. For example, with CuInSe 2 ...

Claims

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Application Information

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Patent Type & Authority Patents(China)
IPC IPC(8): C30B29/46C30B29/60C30B7/14B82Y40/00B82Y30/00
Inventor 江智渊王凯莉郑兰荪
Owner XIAMEN UNIV
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