Metal microgrid transparent electrode and method for producing the same

A technology of transparent electrodes and micro-grids, applied in metal material coating process, circuits, electrical components, etc., can solve the problems of complex preparation process of transparent electrodes, low transmittance in the ultraviolet band, high resistivity, and achieve good electrical conductivity. , low cost, high transmittance effect

Inactive Publication Date: 2008-08-20

BEIHANG UNIV

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Problems solved by technology

[0003] The purpose of the present invention is to provide a metal micro-grid transparent electrode with high and stable ultraviolet and visible light transmittance, high conductivity, and low preparation cost a...

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Abstract

The present invention relates to a metal microgrid transparent electrode and fabricating method thereof. The transparent electrode has orderly metal microgrid structure whose thickness is 10-50nm, width is 140-800 nm and aperture is 1-6 mum. The fabricating method is that: assembling single-layer colloid crystal template by monodisperse polystyrene microspheres, depositing metal in template sews by magnetron sputtering technique, and the sputtering time is 5-10 minutes; at last, eliminating single-layer colloid crystal template by ultrasonic washing of organic solvent for 20-30 minutes and the said transparent electrode is gained. The metal microgrid structure of transparent electrode has high light transmittance, low resistance and low cost, has widely usage in optoelectronic device, photodetector and semiconductor irradiance. The fabricating method of present invention has simply technics and easy operation.

Application Domain

Semiconductor/solid-state device detailsVacuum evaporation coating +5

Technology Topic

Polystyrene microsphereOptical transmittance +11

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Examples

Experimental program(4)

Example Embodiment

[0019] Example 1. Preparation of Ni microgrid transparent electrode

[0020] 1. Assemble a single-layer colloidal crystal template using monodisperse polystyrene microspheres with a particle size of 1.4μm

[0021] 2. Using magnetron sputtering method to deposit metal Ni on the surface of the template, working pressure 0.5Pa, power 40W

[0022] 3. The sputtering stops after 5 minutes, and Ni is evenly plugged in the gap of the single-layer colloidal crystal template.

[0023] 4. Put the Ni-filled template into the toluene solution for ultrasonic treatment

[0024] 5.Sonication stops after 30 minutes

[0025] 6. Take it out of the toluene solution and dry it to obtain a highly ordered Ni micro grid transparent electrode (as shown in Figure 3): aperture, 1.2μm (as shown in Figure 2(a)); grid thickness , 10nm; grid width, 140nm.

Example Embodiment

[0026] Example 2. Preparation of Al microgrid transparent electrode

[0027] 1. Assemble a single-layer colloidal crystal template using monodisperse polystyrene microspheres with a particle size of 3.9μm

[0028] 2. Using magnetron sputtering method to deposit metal Al on the surface of the template, working pressure 0.5Pa, power 50W

[0029] 3. The sputtering stops after 5 minutes, and the gap of the single-layer colloidal crystal template is evenly filled with Al

[0030] 4. Put the Al-filled template into the toluene solution and ultrasonic treatment

[0031] 5.Sonication stops after 30 minutes

[0032] 6. Take it out of the toluene solution and dry it to obtain an Al micro grid transparent electrode with a high degree of order: aperture, 3.4μm (as shown in Figure 2(b)); grid thickness, 25nm; grid width, 250nm.

Example Embodiment

[0033] Example 3. Preparation of silver Ag microgrid transparent electrode

[0034] 1. Use monodisperse polystyrene microspheres with a particle size of 5.1μm to assemble a single-layer colloidal crystal template

[0035] 2. Using magnetron sputtering method to deposit metal Ag on the surface of the template, working pressure 0.5Pa, power 80W

[0036] 3. The sputtering stops after 8 minutes, and the gap of the single-layer colloidal crystal template is uniformly filled with Ag.

[0037] 4. Put the Ag-filled template into the toluene solution and sonicate it

[0038] 5.Sonication stops after 30 minutes

[0039] 6. Take out from the toluene solution and dry to obtain a highly ordered Ag microgrid transparent electrode: aperture, 4.5μm (as shown in Figure 2(c)); grid thickness, 30nm; grid width, 580nm.

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PUM

Property	Measurement	Unit
Particle size	1.4	µm
Aperture	1.2	µm
Particle size	3.9	µm
tensile		MPa
Particle size		Pa
strength	10

Description & Claims & Application Information

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Classification and recommendation of technical efficacy words

Good electrical conductivity
Improve transmittance

Metal microgrid transparent electrode and method for producing the same

AI-Extracted Technical Summary

Problems solved by technology

Abstract

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Examples

Example Embodiment

Example Embodiment

Example Embodiment

PUM

Description & Claims & Application Information

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