A petroleum-based Li-ion battery anode was prepared by thermal condensation of pyrolysis fuel oil (PFO) and a subsequent carbonization process. H 3 BO 3 was used as a catalyst for efficient thermal condensation, carbonization and battery performance. The influence of the carbonization temperature on the carbon structure and battery performance was also investigated. Notably, H 3 BO 3 promoted thermal condensation and formation of a graphitic carbon structure and acted as a boron doping agent. Boron-doping attenuated the highly active sites in carbon and effectively controlled formation of the SEI layer, which resulted in an increase in the initial efficiency of the anode. For the sample carbonized at 900 C, a reversible capacity of 301 mAh/g and an initial efficiency of 78.6% were obtained. In addition, the samples obtained at different carbonization temperatures were all highly stable over 50 cycles, with capacity retentions greater than 90%.

Jong Gu Kim

Fei Liu

Chul-Wee Lee

Young-Seak Lee

Ji Sun Im

Solid State Sciences

SOLID STATE SCIENCES 是面向广大固态化学和物理学界研究人员的期刊。它发表与实验有关的固态合成、结构-性能关系、理论和功能的各个方面的关键文章。独立论文和特刊的关键主题：-新型合成方法，无机功能材料，包括多孔和GLASSY MATERIALS, HYBRID ORGANIC-INORGANIC COMPOUND AND NANOMATERIALS-PHYSICAL PROPERTIES, EMPHASIZING BUT NOT LIMITED TO THEELECTRICAL, MAGNETIC ANDOPTICAL FEATURES-MATERIALS RELATED TO INFORMATION TECHNOLOGY AND ENERGY AND ENVIRONMENT SCIENCE. 本刊应邀发表该领域专家的专题文章.SOLID STATE SCIENCES - 您通往能源相关材料的门户。

Solid State Sciences is a journal aimed at researchers in the fields of solid-state chemistry and physics. It publishes significant articles related to experimental solid-state synthesis, structure-property relationships, theory, and functionality. Key topics covered in independent papers and special issues include: novel synthesis methods, inorganic functional materials (including porous and glassy materials), hybrid organic-inorganic compounds, and nanomaterials' physical properties, with an emphasis on, but not limited to, electrical, magnetic, and optical features, as well as materials related to information technology, energy, and environmental science. The journal also features invited articles from experts in the field. Solid State Sciences is your gateway to energy-related materials.

《Solid State Sciences》是面向固态化学和物理学研究人员的期刊。它发表与实验相关的固态合成、结构-性能关系、理论和功能等各个方面的重要文章。期刊的独立论文和特刊涵盖的关键主题包括：新型合成方法、无机功能材料（包括多孔材料和玻璃材料）、混合有机-无机化合物和纳米材料的物理特性，特别强调电学、磁学和光学特性，以及与信息技术、能源和环境科学相关的材料。本刊还应邀发表该领域专家的专题文章。《Solid State Sciences》是您通往能源相关材料的门户。

Category	Quartile
化学	3
化学, 无机化学与核化学	3
化学, 物理凝聚态物理	3
化学, 物理化学	4

Boron-doped carbon prepared from PFO as a lithium-ion battery anode

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Journal Info

Category	Quartile
PHYSICS, CONDENSED MATTER	2