General English Table of Contents,Battery Bimonthly

Vol.53,No.1-6,2023

The road will be long,I shall search …………LI Sheng(1-2)

Performance of PI/SiO2-PVDF as separator for lithium reserve battery ………………………………TAN Si-pingetal(1-4)

Life prediction for Li-ion battery considering temperature difference feature …………………………WANG Jingetal(1-9)

Preparation of amorphous FeCoNi/Ni3S2/NF and its electrocatalytic oxygen evolution performance……………………………………WU Hong-danetal(1-14)

Preparation and performance of Si-graphitic/amorphous carbon composite anode ……………………XU Liu-yanetal(1-19)

SOC estimation of lithium titanate Li-ion battery in wide temperature range ……………………………LI Gui-shuetal(1-24)

Effect of baffle distribution on mass transfer characteristics of PEMFC ……………………………SUN Fengetal(1-29)

Liquid cooling heat dissipation effect of 18650 type Li-ion battery module ………………………………LIU Fei-feietal(1-33)

Estimating SOC of Li-ion battery based on WOA-BP neural network …………………………XU Yuan-zhongetal(1-38)

Effect of polyacrylic acid on electrochemical performance of SiOx/C electrode ……………………ZHOU Fengetal(1-43)

Additive ADN and HTCN applied in lithium cobaltate/graphite battery ………………………………LI Jian-huietal(1-48)

Improvement of filtration washing integrated machine and its application ……………………ZHANG Man-manetal(1-52)

Preparation of nitrogen-doped graphene and its application in supercapacitors …………………CHEN An-guoetal(1-57)

Boehmite/PP composite separator for Li-ion battery…………………………………SUN Guo-liangetal(1-62)

The welding of plate-mounted aluminum-to-copper nickel-plate tab …………………………………ZHAO Yunetal(1-66)

Improvement of three-parameter test equipment for alkaline zinc manganese dioxide battery …………XU Hong-leietal(1-70)

Measurement of internal electrode potential of VRLA battery……………………………………WANG Xi-junetal(1-73)

Application of ultrasonic roll welding in production of Li-ion battery ……………………………XUE Liu-weietal(1-78)

Risks analysis and responses of lithium battery testing laboratories ……………………………………YANG Xuetal(1-83)

Research status quo of Sb-based anode materials for Li-ion battery ………………………………SU Ming-ruetal(1-88)

Research progress in composite solid electrolyte for lithium metal battery ………………………HUANG Yong-haoetal(1-93)

Research progress in thermal runaway gas of Li-ion battery………………………………………LI Hua-lingetal(1-98)

Research progress in ammonia fuel cell SOFC-O2-and SOFC-H+……………………………………LI Wen-xiaoetal(1-103)

Research progress in low temperature electrolyte for supercapacitors ………………………………LI Xiao-huaetal(1-108)

Determination of key components in vinylene carbonate reaction solution by gas chromatography …JI Xiao-hongetal(1-113)

Ionic-type localized-high concentration electrolytes for highvoltage lithium metal secondary battery…………………………………DUAN Jia-ningetal(2-119)

Effect of morphology on electrochemical performance of Co3O4………………………………………PAN Gui-ling(2-127)

Fitting algorithm of polarization curve for fuel cell based on horse herd optimization …………………WANG Xinetal(2-132)

Solid-state lithium metal battery based on LLZTO solid-state electrolyte ……………………………GAO Jieetal(2-137)

Assembly modeling and stress state analysis of high-power PEMFC …………………………YANG Tian-yuetal(2-141)

Modification of LiPF6based electrolyte for Li-ion capacitor…………………………………CHEN An-guoetal(2-146)

Effect of additive PhIS on the performance of LiFePO4Li-ion battery ……………………………CAO Ge-jinetal(2-151)

Thermal runaway propagation suppression of honeycomb Li-ion battery module ………………YONG Jia-wangetal(2-155)

Collaborative estimation of SOC and SOH of Li-ion battery by MIEKPF-EKPF algorithm …………YU Zhi-binetal(2-160)

Fault diagnosis for power battery based on wavelet decomposition and GDI ………………………LIU Guang-junetal(2-165)

Co mparison of high temperature stability of fresh and aged LiFePO4batteries ………………WANG Zu-fanetal(2-169)

Effect of composite conductive agent on the performance of LiNi0.5Co0.2Mn0.3O2……………NIE Yan-yanetal(2-174)

Mechanical properties of axially compressed Li-ion battery under low-pressure environment ……CHEN Xian-taoetal(2-179)

Decomposition output of current ofvalve regulated lead-acid battery …………………………SHEN Xu-peietal(2-184)

Performance of composite separatorfor Zn-Ag reserve battery……………………………………LUO Xiao-yuetal(2-187)

Effect of ratio between Ni and Co on the performance of La0.8Mg0.2(Ni,Co)3.8hydrogen storage alloys………………………………XIAO Dong-lingetal(2-191)

Use and maintenance of batteries in urban rail transit industry………………………………………YANG Binetal(2-196)

Review on Li-ion battery recycle technology from the perspective of economic ……………………LIAO Yan-shunetal(2-199)

Analysis of preparation reaction system of precursors for Ni-rich ternary materials ……………………JIA Ji-binetal(2-204)

Research progress in low-temperature electrolytes for Li-ion battery …………………………………HE Hanetal(2-208)

Advances in the application of ionic liquids in sodium ion battery……………………………………MENG Jia-qietal(2-213)

Hots pots and trends in thermal runaway research of Li-ion battery………………………………………XU Yi-danetal(2-218)

Research progress in all vanadium redox flow battery electrolyte…………………………………………DU Taoetal(2-223)

Review of 15-crown-5 as low temperature additive for electrolyte………………………………………FANG Li-feng(2-228)

Multi-component collaborative preferential extraction of lithium…………………………………………LU Jun-hao(2-232)

Research progress in Li-rich layered oxide as cathode materials for Li-ion battery …………………WANG Weietal(3-237)

Fuel cell performance prediction model based on GA-ELM algorithm ……………………………LIU Zhi-yuetal(3-243)

Preparation of porous V2O5and its application in Li-ion battery…………………………………NI Xiang-xiangetal(3-248)

Performance of different asphalt modified hard carbon materials………………………………………LI Yi-fanetal(3-252)

Fault diagnosis of Li-ion battery based on improved residual network ……………………DUAN Shuang-mingetal(3-257)

Li-ion battery fault diagnosis based on manifold learning………………………………………HE Xingetal(3-262)

Low-temperature performance of Li-ion battery for pure electric vehicle …………………………………LIU Dietal(3-267)

Effect of phosphoric acid activation on the performance of activated carbon and lead carbon battery………………………………………YUAN Yeetal(3-271)

Online detection of thermal runaway of Li-ion battery by VMD and DBSCAN ……………………LIU Yan-chaoetal(3-276)

Development and application of multifunctional filter………………………………ZHANG Man-manetal(3-281)

Surface bump defect detection for pouch Li-ion battery……………………………………ZENG Zhenetal(3-284)

A detergent for pre-nickel-plated steel cans of alkaline Zn/MnO2battery ……………………………LU Yi-tongetal(3-289)

Resistance of pouch cell to usual impurity in production line…………………………………LIU Ting-tingetal(3-294)

Regulating on the electrolyte and mass ratio of electrode for supercapacitor ……………………LUO Yu-puetal(3-299)

Preparation and performance of PEO/PPC-based composite solid electrolyte ……………………CHEN Shao-minetal(3-303)

Repair system for Li-ion battery used in energy storage…………………………………………LYU Jieetal(3-308)

Improving nail penetration safety of Li-ion battery by porous Al foil ………………………………………CAO Yong(3-312)

Research and develop of the high-speed automatic alkaline zinc manganese battery production line ……HUANG Yu(3-316)

Analysis of patent of coating modified separators for Li-ion battery……………………………………CUI Hai-xingetal(3-319)

Risk identification and protection for power Li-ion battery testing…………………………………YOU Wan-longetal(3-323)

Research progress in catalysts for carbon-based oxygen reduction reaction ………………………LUO Ming-shengetal(3-328)

Research progress in porous ion membranes for flow battery………………………………ZHANG Jia-xuanetal(3-333)

Research progress in pool boiling heat transfer technology for battery module cooling ………………LIU Weietal(3-338)

Research progress in NiCo-LDH electrode materials for supercapacitors ……………………CAO Xiao-chenetal(3-342)

Progress in safe materials for Li-ion battery…………………………………TIAN Gang-lingetal(3-347)

Co mprehensive control of ultra-low temperature Li-ion battery performance ………………………CHANG Hai-tao(4-354)

Preparation and electrochemical performance of self-supported Ti3C2Tx/polypyrrole hydrogel ………XU Fengetal(4-358)

Formation of high voltage lithium cobaltate/hard carbon battery…………………………………TANG Yue-jiaoetal(4-363)

Modifying graphite with perylene tetracarboxylic dianhydride sodium salt coating ………………RAO Xian-faetal(4-368)

Compatibility of organic cathode with electrolyte for low-temperature sodium-ion battery ………………GAO Heetal(4-373)

Entropy heat coefficient measurement ofLi-ion battery by isothermal calorimetry …………………ZHANG Bingetal(4-378)

Fuel cell air intake management basedon terminal sliding mode control ………………………………YU Jin-weietal(4-383)

Estimating SOC of Li-ion battery basedon PID controller H∞filter ……………………………WULuo-chengetal(4-388)

Active-passive equilibrium of Li-ion battery based on time optimization algorithm …………………LIAO Lietal(4-393)

Consistency of coating surface density of Li-ion battery electrode…………………………………SUN Xiao-huietal(4-398)

Effects of variable pressure formation on the performance of pouch Li-ion battery …………………JIA Kai-lietal(4-403)

Electrochemical analysis and diagnosis of retired lead-acid battery………………………………YANG Ai-shengetal(4-407)

Effect of ceramics on the performance of coated separator………………………………SHEN Qian-yunetal(4-412)

Sodium storage performance of hard carbon-soft carbon composite material ……………………………WANG Jing-liang(4-416)

Effects of metal impurities on self-discharge of ternary material Li-ion battery …………………………NIE Leietal(4-419)

Preparation of battery grade manganese sulfate by centrifugal extraction ……………………ZHANG Man-manetal(4-424)

Mechanism of open-circuit voltage drop of zinc-silver battery during long wet charging storage ……QIN Taoetal(4-428)

Effect of pre-nickel-plated steel shell on shelf performance of alkaline Zn/MnO2battery………………………………YUAN Sheng-pingetal(4-432)

Research and development of high energy lead-acid battery for parking and starting ……………SHEN Xu-peietal(4-436)

International research trend analysis of fluorine-ion battery technology ………………………LI Chun-dongetal(4-438)

Research progress in reference electrode for Li-ion battery…………………………………WEI Gao-yangetal(4-443)

Research progress in inorganic materials for separator of lithiumsulfur battery ………………ZHAO Guang-mingetal(4-448)

Recent advances on lithium fluoride carbon primary batteries and key materials …………………ZHAO Wei-minetal(4-453)

Application status of CFP and GBP in hydrogen fuel cell…………………………………………DAI Yuetal(4-457)

Research progress in conductive additives of electrolyte for Li-ion battery ………………………………FANG Li-feng(4-462)

Preparing potassium permanganate from spent zinc manganese battery ………………………………WEI Weietal(4-466)

Trend of Li-ion battery safety access and supervision from standardization …………………ZHAO Li-xiangetal(5-471)

Microstructural modulation of polyaniline/graphene composites……………………………………LI Wei-weietal(5-477)

Electrochemical performance of LiFePO4thick electrodes prepared by dry method ………GONG Jia-mingetal(5-482)

Preparing high performance Na3V2(PO4)3@C via polymer micelle assembly method ………WANG Changetal(5-486)

Application of metal foam in PEMFC flow field………………………………WANG Cui-biaoetal(5-490)

Economic model predictive control based on air management in fuel cells …………………………SHAO Chengetal(5-494)

Aging mechanism of Li-ion battery under slight-overcharge condition ………………………WANG Yin-feietal(5-499)

SOC estimation of lead-carbon battery based on FFRLS+EKF under specific working conditions………………………………………WANG Luetal(5-504)

Improved Ah integration method considering the operation state of battery ………………………………LI Xin-yueetal(5-509)

Detection method for surface scratches of pouch Li-ion battery………………………………………GU Fengetal(5-514)

Efficient preparation and electrochemical performance of calcium zincate …………………………PENG Long-guietal(5-519)

Floating-charge life and failure analysis of LiFePO4/graphite battery ………………………………LI Ya-nanetal(5-523)

Application of graphene conductive agent in high capacity silicon carbon anode material ……………LEI Xiao-xuetal(5-528)

Effect of magnetic foreign body in separator on battery performance ………………………CHEN Mengetal(5-533)

Detection method for battery short circuit caused by electrode burr ……………………………………HAN Ren-jie(5-538)

Preparation and performance of titanium dioxide/carbon anode materials …………………………ZHAO Xiangetal(5-541)

Lean manufacturing of tubular plates for lead-acid traction battery…………………………………SHEN Xu-peietal(5-546)

Failure of lithium iron phosphate power Li-ion battery seenfrom electrolyte ………………………GUO Hui-fangetal(5-549)

Chinese patent analysis of battery echelon utilization technology……………………………………MENG Xinetal(5-554)

Transportation rules for sodium-ion batteries………………………………………………LI Ming(5-559)

Research progress of recycling spent Li-ion battery by bioleaching method …………………………LYU Ming-yuetal(5-563)

Research progress in solid and quasi solid electrolyte of aluminum-air battery …………………ZHU Kuietal(5-568)

Research status quo of non-noble metal oxygen reduction catalysts based on ZIF ……………GAO Hai-lietal(5-572)

Research progress in inkjet printing technology in supercapacitors………………………………ZHAO Zhong-yinetal(5-577)

Research progress in recycling technology of spent Li-ion battery……………………………………LIU Shi-jingetal(5-582)

Determination of total chloric in chloroethylene carbonate by potentiometric titration ………TANG Xiao-chanetal(5-586)

Application of 2,3-pyridinedicarboxylic anhydride in electrolyte ofhighvoltageLi-ionbattery ………HUDa-linetal(6-591)

Analysis of capacity fading mechanism of LiFePO4Li-ion battery………………………………………LI Yun-jieetal(6-596)

Dynamic simulation and control of fuel cell thermal management system ……………………………WANG Xingetal(6-600)

Effect of FEC on electrolytic liquid systems with different mixed salts …………………………ZHANG Li-juanetal(6-605)

Stress of NCM811 cathode material during charging and discharging process ………………………WANG Tingetal(6-610)

Micro-regulation and performance of polyaniline composite electrode materials …………WANG Yuan-haoetal(6-615)

Controlled preparation and sodium storage performance of onedimensional porous Co1-xS/NC nanowire…………………………………WANG Hai-binetal(6-620)

Density generalized functional theory study of Na2MnPO4F/Ti3C2-CQDs for Li/Na energy storage performance………………………………WANG Shao-congetal(6-624)

Identification of Li-ion battery parameters by forgetting factor recursive least square method ……ZHAO Zhuanetal(6-629)

SOC estimation for Li-ion battery based on TVFRLS and SVD-UKF ………………………LIN Zheng-lianetal(6-634)

Effect of electrolyte additives on the performance of hard carbon doped battery …………………………JIN Zhuoetal(6-639)

Influence of blend salt electrolyte on the performance of Li-ion capacitors ……………………WANG Hai-tingetal(6-643)

Application of aluminum oxide as treatment agent in Li-ion battery ………………………………CHEN Si-minetal(6-647)

Preparation of poly(ionic liquid)-based solid polymer electrolytes by in situ polymerization ………XIE Si-sietal(6-652)

Effect of cathode re-pressing on the 3.9 Ω electric performance of LR6 battery …………………………XIE Ying-jun(6-657)

Effect of red lead on the initial capacity of lead-acid battery for coal mine ………………………ZHAO Xu-hongetal(6-661)

Benefits and countermeasures of standardized recycle of power Li-ionbattery …………………………LIUYietal(6-664)

Advances in electro-thermal coupling models for energy storage Li-ion battery …………………………LYU Jieetal(6-668)

The application status of ionic liquids in electrolytes for battery…………………………………ZHU Yi-mingetal(6-673)

Research progress in structural regulation of molybdenite electrode materials …………PENG Cheng-longetal(6-678)

Research progress in equivalent circuit model for Li-ion battery………………………………YUE Yong-shengetal(6-682)

Research progress in thermal runaway characteristics of Li-ion battery in low-pressure environments………………………………………XU Le-junetal(6-687)

Wet recovery of main materials of LiFePO4Li-ion battery………………………………………LI Yun-xiaetal(6-692)

General Chinese Table of Contents,BatteryBimonthly,Vol.53,No.1-6,2023 ………………………………………(6-699)

General English Table of Contents,BatteryBimonthly,Vol.53,No.1-6,2023 ………………………………………(6-704)

Author Index,BatteryBimonthly,Vol.53,No.1-6,2023………………………………………………………(6-708)

Instructions for authors ………………………………(6-712)