Mass production of Li Fe PO_4/C energy materials using Fe–P waste slag-中国Betway体育网页登陆

摘要 Toeffectivelysolvetheagglomerationproblemsinthesolidstatereactionprocess,pre-addingglucoseisadoptedtothesynthesisofLiFePO4/CenergymaterialsusingFe–Pwasteslag.Theaverageparticle&grainsizeofLiFePO4/Cdecreases,andtheimpuritiesinLiFePO4/Ccompositesreducetoagreatextent.Itmakesgreatsensetothemassindustrialproduction.Theoptimumsynthesisconditionsdeterminedinthisworkarebasedontheorthogonalexperiments.Thesamplessynthesizedinascaleof500gexhibithighpurity,excellentelectrochemicalperformance,highreactionactivity,goodreversibility,andlowpolarizationlevel.Thedischargecapacitiesare145,134,117,and102mAh/gatthecurrentdensitiesof0.1C,0.2C,0.5Cand1C,respectively.ThisworkputsforwardapracticalsuggestionformassproducingenvironmentalbenignandlowcostLiFePO4/Cascathodematerialsoflithiumionbatteries.

1Xue-Fei Miao;Shu-Yuan Hu;Feng Xu;Ekkes Bruck.Overview of magnetoelastic coupling in （Mn, Fe）2（P, Si）-type magnetocaloric materials.金属材料,2018-09.
2肖卓炳;陈上;郭满满.添加剂Li_3PO_4对锂离子固体电解质Li_（1.3）Al_（0.3）Ti_（1.7）（PO_4）_3性能的影响.金属材料,2011-11.
3PARK Jong Suk LEE Kyung Tae LEE Kyung Sub.Effect of Fe2P in LiFePO4/Fe2P composite on electrochemical properties synthesized by MA and control of heat condition.金属材料,2006-08.
4Huan Ren;Ying Wang;Xun Tang;Juntao Lu;Li Xiao;Lin Zhuang.Highly efficient Fe/N/C catalyst using adenosine as C/N-source for APEFC.物理,2017-04.
5FAS Xiaochun;ZHANG Bingyu;DING LiYun;XU Chuang;HUANG Jun.Fluorescence Detection for H_2PO_4~- based on Carbon Dots/Fe~（3＋） Composite.材料科学与工程,2016-06.
6陆伟;刘宇飞;王颖;王志军;庞立斌.改进的srzn_2发光性能（po_4）_2：SM ~（3 ＋）掺杂Li ~ ＋，Na ＋，K ＋离子~ ~.物理电子学,2015-05.
7YANGWei;SHAOLimei.Measurement of Deep Energy Level in InP：Fe by the Method of OTCS.物理电子学,1998-02.
8郭胜锋;沈烨.高强度Fe-（P,C）基块体金属玻璃的形成.金属材料,2011-11.
9Chunyang Li;Guojun Li;Xiaomei Guan.Synthesis and electrochemical performance of micro-nano structured Li Fe1-xMnxPO4/C（0≤x≤0.05） cathode for lithium-ion batteries.物理,2018-03.
10Maiyong Zhu;Jiarui Kan;Jianmei Pan;wenjie Tong;Qi Chen;Jiacheng Wang;Songjun Li.One-pot hydrothermal fabrication ofα-Fe2O3@C nanocomposites for electrochemical energy storage.物理,2019-01.

Mass production of Li Fe PO_4/C energy materials using Fe–P waste slag

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