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Meanwhile, the content of active materials in the electrode was increased from 90wtt% to 96wtt% and the energy density was increased by 11.7%.
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SnO2 –C@Sep involved C 17%, Sn 33.21%, and Si 13.42% according to the elemental analysis and ICP-OES, so the content of active material reached about 59%, including 42.16% of SnO2.
The influence of the weight ratio of active materials: conductive agent: binder, the types of binder, and the content of electrolytes on the electrochemical performance as an anode in lithium-ion batteries was systematically investigated.
Repeated deposition of PANI and application of ACFC substrate lead to high content of electrochemically active materials (i.e., PANI and activated carbon fiber); meanwhile, these active materials are located in different locations in the electrodes (fiber itself, fiber surface and the space between fibers), thus avoiding serious aggregation.
However, their commercial applications are still far away mainly due to fast capacity decay in a high sulfur content caused by low utilization of active material and severe polysulfide dissolution during electrochemical cycling.
The produced carbon material shows highly porous structures with suitable micro/mesopores, appropriate nitrogen content and ultrahigh specific capacitance for this type of active material in supercapacitors.
Here, the SIC coating of titania on LiCoO2 is followed by a solid-state reaction forming new inorganic layers and a core shell material, while keeping the content of active battery material high.
The electrode consisted of 0.728 mg/cm2 of active material.
Each working electrode contained approximately 1 mg of active material.
The loading of active material was ~0.42 mg cm−2.
This might be due to some glass containing high content of active silica can be classified as a reactive aggregate or a pozzolanic material (Shi et al. 2005; Zhu et al. 2009).
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