IMPROVING STABILITY OF POLYMER SOLAR CELLS VIA NANOTECHNOLOGY

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Khanlari Samaneh; Pashaei Fatemeh

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Seminar Paper

Paper Information

Seminar: NANO TECHNOLOGY CONFERENCE IN POWER AND ENERGY
Year:2016 | Issue:4

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Title

IMPROVING STABILITY OF POLYMER SOLAR CELLS VIA NANOTECHNOLOGY

Author(s)

Khanlari Samaneh | Pashaei Fatemeh | Issue Writer Certificate

Keywords

POLYMER SOLAR CELLS

AGEIN

NANOCOMPOSITE

SUSTAINABLE ENERGIES

Abstract

NOWADAYS, USE OF SUSTAINABLE ENERGIES IS APROMISING METHOD TOWARDS PRODUCTION OF EVER-INCREASING NEED OFENERGY, AMONG THEM SOLAR CELLS ARE ONE OF THE CLEANEST AND THEMOST COST EFFECTIVE POSSIBILITIES. POLYMER SOLAR CELLS (PSCS) ARENEW GENERATION OF SOLAR CELLS IN WHICH THE ACTIVE LAYER ISCOMPOSED OF A SEMI-CONDUCTING POLYMER. THESE MODULES AREEXPOSED TO AMBIENT CONDITIONS INCLUDING LIGHT, OXYGEN ANDHUMIDITY THAT ACCELERATE THE DEGRADATION RATE OF POLYMERIC ACTIVELAYERS; I.E. POLYMER DECOMPOSITION, HOWEVER LONG OPERATIONALLIFETIME OF THEM IS HIGHLY DESIRED. IN THIS PAPER NANOTECHNOLOGYBASED METHODS, BY WHICH THE DEGRADATION RATE OF POLYMER SOLARCELLS IS REDUCED, ARE PRESENTED.

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APA: Copy

Khanlari, Samaneh, & Pashaei, Fatemeh. (2016). IMPROVING STABILITY OF POLYMER SOLAR CELLS VIA NANOTECHNOLOGY. NANO TECHNOLOGY CONFERENCE IN POWER AND ENERGY. SID. https://sid.ir/paper/940323/en

Vancouver: Copy

Khanlari Samaneh, Pashaei Fatemeh. IMPROVING STABILITY OF POLYMER SOLAR CELLS VIA NANOTECHNOLOGY. 2016. Available from: https://sid.ir/paper/940323/en

IEEE: Copy

Samaneh Khanlari, and Fatemeh Pashaei, “IMPROVING STABILITY OF POLYMER SOLAR CELLS VIA NANOTECHNOLOGY,” presented at the NANO TECHNOLOGY CONFERENCE IN POWER AND ENERGY. 2016, [Online]. Available: https://sid.ir/paper/940323/en

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