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2019•Materials science forumOpen access

Preparation of Lithium Iron Phosphate-Carbon Composite as a Cathode for Lithium Ion Battery

Iman Rahayu, Atiek Rostika Noviyanti, Diana Rakhmawaty Eddy, Anni Anggraeni, Husein Hernandi Bahti, Sahrul Hidayat, Risdiana Risdiana

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Abstract

Lithium iron phospate-carbon composite (LiFePO4/C) was successfully synthesized with various sintering temperature in order to find best synthesis condition resulting high quality of LiFePO4/C that can be applied for environmentally friendly of cathode in lithium ion battery. It is found that the specific capacity and the stability capacity of LiFePO4/C were improved to 17.6 mAh and 40.3% of capacity loss, respectively.

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What this paper is about

Lithium iron phospate-carbon composite (LiFePO4/C) was successfully synthesized with various sintering temperature in order to find best synthesis condition resulting high quality of LiFePO4/C that can be applied for environmentally friendly of cathode in lithium ion battery. It is found that the specific capacity and the stability capacity of LiFePO4/C were improved to 17.6 mAh and 40.3% of capacity loss, respectively.

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Available abstract

Lithium iron phospate-carbon composite (LiFePO4/C) was successfully synthesized with various sintering temperature in order to find best synthesis condition resulting high quality of LiFePO4/C that can be applied for environmentally friendly of cathode in lithium ion battery. It is found that the specific capacity and the stability capacity of LiFePO4/C were improved to 17.6 mAh and 40.3% of capacity loss, respectively.

Key concepts: Materials science, Lithium iron phosphate, Composite number, Lithium (medication), Lithium vanadium phosphate battery, Battery (electricity), Cathode, Sintering

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