曾金波，男，1980年生，黨員，中國科學(xué)院青海鹽湖研究所，鹽湖資源化學(xué)實驗室科研人員，博士，高級工程師。
教育背景：
2018/09–2024/06?中國科學(xué)院大學(xué)?無機化學(xué)?博士
2011/09–2012/06?老撾國立大學(xué)?老撾語語言文學(xué)?本科預(yù)科
2004/09–2007/06?中國地質(zhì)大學(xué)?巖石礦物材料學(xué)?碩士
1998/09–2002/06?中國地質(zhì)大學(xué)?材料科學(xué)與工程?學(xué)士
研究領(lǐng)域：二次電池材料、吸附劑制備、表征及研究，電芯工藝；傳統(tǒng)陶瓷及先進陶瓷研究，粉體制備，工業(yè)化再利用；材料相關(guān)密度泛函理論計算、分子模擬等。
[1]S. Zhang,J. Zeng,Y. Ma,Y. Zhao,Y. Qian,L. Suo,J. Huang,X. Wang,W. Li*,B. Zhang*,Ultrathin hierarchical porous Cu current collector fabricated by anodic oxidation in complexing agent system for stable anode-free Lithium metal batteries,Electrochim Acta 442 (2023).
[2]G. Zhang,C. Hai*,Y. Zhou,J. Zhang,Y. Liu,J. Zeng,Y. Shen,X. Li,Y. Sun,Z. Wu,W. Tang*,Synthesis and performance estimation of a granulated PVC/PAN-lithium ion-sieve for Li+?recovery from brine,Separation and Purification Technology 305 (2023).
[3]Z. Wu,Y. Zhou*,J. Zeng*,C. Hai,Y. Sun,X. Ren,Y. Shen,X. Li,Investigating the effect of pH on the growth of coprecipitated Ni0.8Co0.1Mn0.1(OH)2?agglomerates as precursors of cathode materials for Li-ion batteries,Ceramics International 49(10) (2023).
[4]Z. Wu,Y. Zhou*,C. Hai*,J. Zeng,Y. Sun,X. Ren,Y. Shen,X. Li,G. Zhang,Analysis of the growth mechanism of hierarchical structure Ni0.8Co0.1Mn0.1(OH)2?agglomerates as precursors of LiNi0.8Co0.1Mn0.1O2?in the presence of aqueous ammonia,Applied Surface Science 619 (2023).
[5]J. Huang,B. Zhang*,S. Zhang,Y. Zhao,Y. Qian,J. Zeng,L. Suo,Y. Ma,X. Wang,W. Zhang,L. Song,W. Li*,Ultra‐Fine Nano‐Mg(OH)2?Electrodeposited in Flexible Confined Space and its Enhancement of the Performance of LiFePO4?Lithium‐Ion Batteries,Advanced Functional Materials 33(44) (2023).
[6]S. Zhang,X. Li,Y. Sun,J. Zeng,S. Zhu,W. Song,Y. Zhou,X. Ren,C. Hai*,Y. Shen*,Low-cost magnesium-based eutectic salt hydrate phase change material with enhanced thermal performance for energy storage,Solar Energy Materials and Solar Cells 238 (2022).
[7]G. Zhang,C. Hai*,Y. Zhou,W. Tang,J. Zhang,J. Zeng,Y. Liu,S. Dong,G. Peng,Al and F ions co-modified Li1.6Mn1.6O4?with obviously enhanced Li+?adsorption performances,Chemical Engineering Journal 450 (2022).
[8]J. Zeng,Y. Shen*,X. Ren,X. Li,Y. Sun,G. Zhang,Z. Wu,S. Zhu,C. Hai,Y. Zhou*,F-Doped Ni-Rich Layered Cathode Material with Improved Rate Performance for Lithium-Ion Batteries,Processes 10(8) (2022).
[9]Z. Wu,Y. Zhou*,C. Hai,J. Zeng,X. Ren,Y. Sun,Y. Shen,X. Li,S. Dong,G. Zhang,Improving electrochemical performance of NCM811 cathodes for lithium-ion batteries via consistently arranging the hexagonal nanosheets with exposed {104} facets,Ceramics International 48(12) (2022).
[10]Y. Sun,L. Zhang,S. Dong,J. Zeng,Y. Shen,X. Li,X. Ren,L. Ma,C. Hai*,Y. Zhou*,Improving the electrochemical performances of Li-rich Li1.2Ni0.13Co0.13Mn0.54O2?through cooperative doping of Na+?and Mg2+,Electrochim Acta 414 (2022).
[11]C. Hai*,G. Peng,Y. Zhou*,Y. Shen,X. Li,Y. Sun,G. Zhang,J. Zeng,S. Dong,Gradually anchoring sulfur into in-situ doped carbon substrate as cathode for Li–S batteries with excellent wide-temperature performance,Ceramics International 48(2) (2022).
[12]G. Zhang,J. Zhang,Y. Zhou,G. Qi,J. Zeng,Y. Sun,Y. Shen,X. Li,X. Ren,S. Dong,C. Sun,Z. Wu,C. Hai*,W. Tang*,Practical synthesis of manganese oxide MnO2·0.5H2O for an advanced and applicable lithium ion-sieve,Journal of Solid State Chemistry 293 (2021).
[13]G. Zhang,J. Zhang,J. Zeng,Y. Sun,Y. Shen,X. Li,X. Ren,C. Hai*,Y. Zhou*,W. Tang*,Improved structural stability and adsorption capacity of adsorbent material Li1.6Mn1.6O4?via facile surface fluorination,Colloids and Surfaces A: Physicochemical and Engineering Aspects 629 (2021).
[14]Y. Shen*,X. Li,S. Zhang,Y. Sun,J. Zeng,C. Hai,X. Ren,S. Zhu,Y. Zhou*,Surface evolution of eutectic MgCl2·6H2O-Mg(NO3)2·6H2O phase change materials for thermal energy storage monitored by scanning probe microscopy,Applied Surface Science 565 (2021).
[15]S. Dong,Y. Zhou*,C. Hai*,J. Zeng,Y. Sun,Y. Ma,Y. Shen,X. Li,X. Ren,C. Sun,G. Zhang,Z. Wu,Enhanced Cathode Performance: Mixed Al2O3?and LiAlO2?Coating of Li1.2Ni0.13Co0.13Mn0.54O2,ACS Appl Mater Interfaces 12(34) (2020).
[16]J. Zeng,C. Hai*,X. Ren,X. Li,Y. Shen,O. Dong,L. Zhang,Y. Sun,L. Ma,X. Zhang,S. Dong,Y. Zhou*,Facile triethanolamine-assisted combustion synthesized layered LiNi1/3Co1/3Mn1/3O2?cathode materials with enhanced electrochemical performance for lithium-ion batteries,Journal of Alloys and Compounds 735 (2018).
[17]曾金波;海春喜;申月;周園;李翔;任秀峰;孫艷霞;沈霞張成榮;劉江華;等,一種高純勃姆石和多孔γ-氧化鋁納米粉體的制備,授權(quán)公告號:CN113788490B (授權(quán))
[18]曾金波;海春喜;申月;周園;李翔;任秀峰;孫艷霞;沈霞張成榮;劉江華;等,一種超細氧化鋁粉體的制備方法及其產(chǎn)品,授權(quán)公告號:CN113830809B (授權(quán))
[19]曾金波;年洪恩;任秀峰;龐玉娜;王宏賓;李翔;周園;等,一種新型纖維增強型鎂水泥的制備方法,專利號:授權(quán)公告號:CN102285784B?(授權(quán))
[20]申月;周園;李翔;張生娣;海春喜;孫艷霞;曾金波;任秀峰等,一種相變儲能材料過冷行為穩(wěn)定性的測試方法,專利號:授權(quán)公告號:CN113390915A (授權(quán))
[21]申月;李翔;張生娣;海春喜;孫艷霞;曾金波;任秀峰;等,一種提升工業(yè)級水合鹽相變儲熱性能的方法,授權(quán)公告號:CN 113355057B (授權(quán))
[22]申月;周園;張生娣;李翔;海春喜;孫艷霞;曾金波;任秀峰;等,一種循環(huán)后水合鹽體系相變儲能材料的再生方法,授權(quán)公告號:CN113480980B (授權(quán))
[23]海春喜;周園;李翔;張果泰;申月;孫艷霞;任秀峰;曾金波;等,一種尖品石型Li1.6Mn1.6O4微球粉體的制備方法,授權(quán)公告號:CN112678875B (授權(quán))
[24]申月;周園;張生娣;李翔;海春喜;孫艷霞;曾金波;任秀峰;等,共晶水合鹽體系共晶點的確認方法及其應(yīng)用,授權(quán)公告號:CN113433160B (授權(quán))
[25]申月;海春喜;李翔;張生娣;孫艷霞;曾金波;周園;任秀峰;等,一種用于水合鹽相變儲能材料的AFM樣品及其制備方法與應(yīng)用,授權(quán)公告號:CN113433347B (授權(quán))
[26]申月;海春喜;李翔;張生娣;孫艷霞;曾金波;周園;任秀峰;等,一種水合鹽體系相變儲能材料循環(huán)性能的測試方法及應(yīng)用,授權(quán)公告號:CN113484355B (授權(quán))
[27]申月;周園;張生娣;李翔;海春喜;孫艷霞;曾金波;任秀峰;等,水合鹽體系相變儲能材料納米尺度相分離的原位表征方法,授權(quán)公告號:CN113484469B (授權(quán))
[28]Jinbo Zeng,Chunxi Hai,Yuan Zhou,Xiang Li,Xiufeng Ren,Yanxia Sun,Xia Shen,Chengrong Zhang,Jianghua Liu,Methods for preparing high-purity boehmite and porous gamma-alumina nano powder,專利號:US11542172B1,(美國授權(quán)專利)
[29]Yue Shen,Yuan Zhou,Xiang Li,Shengdi Zhang,Chunxi Hai,Yanxia Sun,Jinbo Zeng,Xiufeng Ren,Methods for preparing high-purity boehmite and porous gamma-alumina nano powder,專利號:US11740032B2,(美國授權(quán)專利)
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