(KR20170121101) Transparant electrode manufacturing method for transparant electrode and organic optoelectronic devices comprising the same 机翻标题: 暂无翻译,请尝试点击翻译按钮。

源语言标题
Transparant electrode manufacturing method for transparant electrode and organic optoelectronic devices comprising the same
公开号/公开日
KR20170121101 A 2017-11-01 [KR20170121101] / 2017-11-01
申请号/申请日
2017KR-0135831 / 2017-10-19
发明人
KIM YONG HYUN
申请人
PUKYONG NATIONAL UNIVERSITY INDUSTRY- ACADEMIC COOPERATION FOUNDATION
主分类号
IPC分类号
C08L-101/12;H01L-021/02;H01L-031/0256;H01L-051/00;H01L-051/44;H01L-051/52
摘要
(KR20170121101)
The present invention relates to a transparent electrode, a manufacturing method thereof, and an organic photoelectric element including the same. 
The thin transparent electrode according to the present invention has a low resistance value while having excellent light transmittance, thereby having excellent photoelectric efficiency to be applicable to a large area organic photoelectric element.
机翻摘要
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地址
代理人
代理机构
优先权号
2017KR-0135831 2017-10-19
主权利要求
(KR20170121101)

1. Record layer. 
And
Includes the conductivity high-molecular layer which is formed to one side of minute description record layer,
Minute description conductivity high-molecular layer the transparent electrode which is satisfied the general style 1 do:
[General style 1]
T [min] /T [max] [] * 100 > 93 (%)
T [min] and T [max] respectively shows the minimum value and a maximum of permeability of the minute description conductivity high-molecular layer which measured from wavelength of 400 to 800 nm from minute description general style 1.
2. There is in a 1st clause,
Record layer is profitable, the sapphire, the silicon and the silicon oxide, metal issue day (metal foil), the steal, the metal oxide and the high-molecular board (polymer substrate) with from the army which became accomplished more than one is selected the low of including the transparent electrode.
3. There is in a 1st clause,
As for conductivity macromolecule pulley thiophene, pulley aniline, pulley pyrrole, polystyrene and polystyrene sulfonate and pulley (3,4 - ethylene D jade thiophenes), self - doping conductivity macromolecule, these derivative or these union as for under including transparent electrode.
4. There is in a 1st clause,
Conductivity high-molecular layer the transparent electrode where the thickness is below 100 nm.
5. There is in a 1st clause,
The transparent electrode which is satisfied the general style 2 do:
[General style 2]
Tc/Ts * 100 > 97 (%)
From minute description general style 2 Tc and Ts respectively show the average permeability of conductivity high-molecular layer and record layer from wavelength of 400 nm to 800 nm.
6. Record layer. 
And
The conductivity high-molecular layer which is formed to one side of minute description record layer. 
And
Includes the resistance control layer which is formed to one side of minute description conductivity high-molecular layer, the transparent electrode which is satisfied the general style 3 do:
[General style 3]
5 (%) < Sr/Sc * 100 < 30 (%)
Sr and Sc respectively show the projected area of minute description resistance control layer and conductivity high-molecular layer from minute description general style 3.
7. There is in a 6th clause,
The record layer is profitable, the sapphire, the silicon and the silicon oxide, metal issue day (metal foil), the steal, the metal oxide and the high-molecular board (polymer substrate) with from the army which became accomplished the transparent electrode which is more than one is selected.
8. There is in a 6th clause,
Conductivity high-molecular layer the transparent electrode which is satisfied the general style 1 do:
[General style 1]
T [min] /T [max] * 100 > 93 (%)
T [min] and T [max] respectively shows the minimum value and a maximum of permeability of the minute description conductivity high-molecular layer which measured from wavelength of 400 nm to 800 nm from minute description general style 1.
9. There is in a 6th clause,
As for conductivity macromolecule pulley thiophene, pulley aniline, pulley pyrrole, polystyrene and polystyrene sulfonate and pulley (3,4 - ethylene D jade thiophenes), self - doping conductivity macromolecule, these derivative or these union as for under including transparent electrode.
10. There is in a 6th clause,
Conductivity high-molecular layer the transparent electrode where the thickness is below 100 nm.
11. There is in a 6th clause,
The transparent electrode which is satisfied the general style 2 do:
[General style 2]
Tc/Ts * 100 > 97 (%)
From minute description general style 2 Tc and Ts respectively show the average permeability of conductivity high-molecular layer and record layer from wavelength of 400 nm to 800 nm.
12. There is in a 6th clause,
Resistance control layer the seat (sheet), the particle (particle), the wire (wire), the ribbon (ribbon), the tube (tube) and the grid (grid) with from the army which became accomplished above of 1 kind is selected as for under including the transparent electrode.
13. There is in a 6th clause,
Resistance control layer carbon nano tube or yes pin as for under including carbon isotope. 
Ag, Au, Cu and the Aluminum, from the army which became accomplished with Ni and Pt more than one metal which is selected. 
Or from the army which became accomplished with ZnO and ITO more than one metal oxide which is selected as for under including the transparent electrode.
14. There is in a 12th clause,
The transparent electrode which 0.1 mm in grids is formed as for to 2 mm schedule intervals.
15. To one side of record layer conductivity high-molecular layer as for under forming phase. 
And
Surface of minute description conductivity high-molecular layer as for under plasma controlling phase as for under including manufacturing method of transparent electrode.
16. There is in a 15th clause,
As for plasma control 1 minute excess to for 14 minutes under existing of the oxygen about under the etching manufacturing method of the transparent electrode which is accomplished.
17. There is in a 15th clause,
To on conductivity high-molecular layer resistance control layer as for under forming phase in addition as for under including manufacturing method of transparent electrode.
18. 1st clause to which one protest transparent electrode in 14th clause as for under including organic photoelectron element.
19. There is in a 18th clause,
The open circuit voltage to be 0.6 V to 0.8 V, and the conclusion current density 7 mA/cm (2) () excess to be 11 mA/cm (2), and the charging ratio is 30% to 50%, power conversion efficiency 1% the organic photoelectron element which is second and to 4%.
20. There is in a 18th clause,
The transparent electrode the organic photoelectron element which is satisfied the general style 4 do.

[General style 4]
P [F] [- R-P-Loss] /Se < 0.024
P [F] [- R-P-Loss] fragmentary resistance power loss of the minute description transparent electrode (fractional resistive power loss) is to show from minute description general style 4, and Se shows the area of the minute description transparent electrode.
法律状态
(KR20170121101)
LEGAL DETAILS FOR KR20170121101

Actual or expected expiration date=2037-10-19   
Legal state=ALIVE   
Status=PENDING 



Event publication date=2017-10-19 
Event code=KR/APP 
Event indicator=Pos 
Event type=Examination events 
Application details

Application country=KR KR20170135831 
Application date=2017-10-19 
Standardized application number=2017KR-0135831 



Event publication date=2017-10-19 
Event code=KR/A107 
Event type=Examination events 
Divisional application of patent



Event publication date=2017-11-01 
Event code=KR/A 
Event type=Examination events 
Published application

Publication country=KR 
Publication number=KR20170121101 
Publication stage Code=A 
Publication date=2017-11-01 
Standardized publication number=KR20170121101
专利类型码
A
国别省市代码
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