Alcohol-soluble molybdenum oxide interface layer material synthesis method and application

A synthesis method, molybdenum oxide technology, applied in photovoltaic power generation, electrical components, electrical solid devices, etc., to achieve the effect of wide temperature tolerance, suitable for large-scale production, and high alcohol solubility

Active Publication Date: 2016-12-07
GUILIN UNIV OF ELECTRONIC TECH +1
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  • Abstract
  • Description
  • Claims
  • Application Information

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Problems solved by technology

[0009] The molybdenum oxide interface layer synthesized by the existing method has

Method used

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  • Alcohol-soluble molybdenum oxide interface layer material synthesis method and application
  • Alcohol-soluble molybdenum oxide interface layer material synthesis method and application
  • Alcohol-soluble molybdenum oxide interface layer material synthesis method and application

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preparation example Construction

[0045] A method for synthesizing an alcohol-soluble molybdenum oxide interface layer material, comprising the following steps:

[0046] 1) Add hydrogen peroxide to the molybdenum powder to dissolve the molybdenum powder,

[0047] 2) adding the organic acid to the solution to be obtained in step 1),

[0048] 3) the yellow solution obtained in step 2) is subjected to vacuum distillation,

[0049] 4) Dilute the xerogel obtained in step 3),

[0050] 5) drying the solution to be prepared in step 4) to obtain molybdenum oxide powder,

[0051] 6) Add the molybdenum oxide powder obtained in step 5) into the alcohol solution to obtain an alcohol-soluble molybdenum oxide interface layer material.

[0052] In step 1), add 3 g of molybdenum powder into a beaker placed in an ice bath, then slowly add 30 mL of hydrogen peroxide, and stir vigorously for 1-180 minutes after the hydrogen peroxide is completely added;

[0053] In step 2), change the solution obtained in step 1) from green t...

Embodiment 1

[0068] MoOx of the present invention is synthesized and improves the concrete example of OPV device efficiency and stability, and device structure is as image 3 The positive structure is shown. The specific preparation steps are described in two parts:

[0069] The preparation steps of the molybdenum oxide interface layer precursor solution are as follows:

[0070] 1) Add hydrogen peroxide to the molybdenum powder to dissolve the molybdenum powder;

[0071] 2) adding an organic acid to step 1) to obtain a yellow solution;

[0072] 3) Distilling the yellow solution obtained in step 2) under reduced pressure to obtain a xerogel;

[0073] 4) diluting the xerogel obtained in step 3) to prepare xerogel alcohol solution;

[0074] 5) drying the xerogel alcohol solution to be prepared in step 4) to obtain molybdenum oxide powder;

[0075] 6) Add the molybdenum oxide powder obtained in step 5) into the alcohol solution to obtain an alcohol-soluble molybdenum oxide interface layer...

Embodiment 2

[0099] The preparation steps of the molybdenum oxide interface layer precursor solution are as follows:

[0100] 1) Add hydrogen peroxide to the molybdenum powder to dissolve the molybdenum powder,

[0101] 2) Add the organic acid to the solution to be obtained in step 1),

[0102] 3) The yellow solution obtained in step 2) is subjected to vacuum distillation,

[0103] 4) Dilute the xerogel obtained in step 3),

[0104] 5) Dry the solution to be prepared in step 4) to obtain molybdenum oxide powder,

[0105] 6) Add the molybdenum oxide powder obtained in step 5) into the alcohol solution to obtain an alcohol-soluble oxide-molybdenum interface layer material.

[0106] In step 1), add 3 g of molybdenum powder into a beaker placed in an ice bath, then slowly add 30 mL of hydrogen peroxide, and stir vigorously for 60 minutes after the hydrogen peroxide is completely added;

[0107] In step 2), change the solution to be obtained in step 1) from green to orange, then add 30 mL o...

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Abstract

The invention discloses an alcohol-soluble molybdenum oxide interface layer material synthesis method and application. Metal molybdenum powder serves as the raw material, hydrogen peroxide serves as oxidant, organic acid is adopted as stabilizer and cosolvent, alcohol serves as a proton donor, and synthesized molybdenum oxide powder is of an amorphous structure. The invention further discloses an organic solar cell device with alcohol-soluble molybdenum oxide as an interface layer. Molybdenum oxide synthesized through the method is good in alcohol solubility and film forming performance, can evenly form a film on a transparent electrode and an organic active layer, can achieve low-temperature processing and is compatible with a flexible substrate. A molybdenum oxide modified anode interface layer can effectively achieve cavitation extraction, and greatly improves photoelectric efficiency of devices. Meanwhile, the stable material overcomes instability of electrode interfaces and organic layer interfaces to a certain extent, and accordingly stability of organic solar cells is improved.

Description

technical field [0001] The invention belongs to the field of organic solar cells, and in particular relates to a synthesis method and application of an alcohol-soluble molybdenum oxide interface layer material. Background technique [0002] Energy issues are major issues that affect human survival and sustainable development. Traditional fossil energy is the main body of energy supply at present, but it is a non-renewable resource and has been gradually exhausted. At the same time, fossil burning has caused serious environmental problems, posing a serious threat to human living environment and health. Due to its huge energy storage, solar cells are clean and renewable resources, and are widely accepted by humans and considered to be the best alternatives to fossil energy. As we all know, the most common form of energy use is electrical energy, and the conversion of solar energy into electrical energy plays a key role in the large-scale application of solar energy. Therefo...

Claims

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Application Information

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IPC IPC(8): H01L51/42H01L51/44H01L51/46H01L51/48
CPCH10K30/00H10K30/81Y02E10/549
Inventor 张坚熊健李强徐聪
Owner GUILIN UNIV OF ELECTRONIC TECH
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