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105篇 您的检索式:作者名="Avdeev"
    题名 作者 年代 出处 被引量
1Magnetic nanoparticles and concentrated magnetic nanofluids:Synthesis,properties and some applications显示文摘This paper reviews some recent results concerning chemical synthesis of magnetic nanoparticles and preparation of various types of magnetic nanofluids. Structural properties and behaviour in external magnetic field of magnetic nanofluids will be emphasized with relation to their use in leakage-free rotating seals and in biomedical applications.Ladislau Vks Doina Bica Mikhail V. Avdeev 2007China Particuology2007,5,1:10
2基于分层编码晶体结构(HECS)描述符的机器学习预测立方相锂-硫银锗矿电解质材料的激活能显示文摘合理设计高离子电导率和低活化能(Ea)的固态电解质(SSEs)对全固态电池至关重要.近年来,基于各种描述符的机器学习技术成功地预测了锂离子在SSEs中的传导特性.本文建立了一个通用的基于HECS描述符的机器学习预测无机SSEs材料Ea的框架,并且以立方相锂-硫银锗矿型SSEs材料作为模型体系进行实例研究,采用偏最小二乘方法(PLS)建立了高精度(训练集:R^(2),88.7%;RMSE,0.02 e V;测试集:R^(2),82.0%;RMSE,0.02 e V)预测E_(a)的模型.变量投影重要性(VIP)分析表明了全局及局域离子传导环境对E_(a)的联合作用,其中平均阴离子尺寸以及与阴离子位置无序密切相关的结构的改变对激活能值的贡献尤为突出,这一发现有助于进一步指导发现或设计新的无机固态电解质材料.同时,对该模型进行的知识提取表明,可以通过增大瓶颈尺寸、引发阴离子位置无序、激活离子协同迁移等优化和设计出具有高离子传导性能的新的无机固态电解质材料.赵倩 Maxim Avdeev 陈立泉 施思齐 2021Science Bulletin2021,66,14:5
3Understanding the Li diffusion mechanism and positive effect of current collector volume expansion in anode free batteries显示文摘In anode free batteries(AFBs), the current collector acts as anode simultaneously and has large volume expansion which is generally considered as a negative effect decreasing the structural stability of a battery. Moreover, despite many studies on the fast lithium diffusion in the current collector materials of AFB such as copper and aluminum, the involved Li diffusion mechanism in these materials remains poorly understood. Through first-principles calculation and stress-assisted diffusion equations, here we study the Li diffusion mechanism in several current collectors and related alloys and clarify the effect of volume expansion on Li diffusion respectively. It is suggested that due to the lower Li migration barriers in aluminum and tin, they should be more suitable to be used as AFB anodes, compared to copper, silver, and lead. The Li diffusion facilitation in copper with a certain number of vacancies is proposed to explain why the use of copper with a thickness≤100 nm as the protective coating on the anode improves the lifetime of the batteries. We show that the volume expansion has a positive effect on Li diffusion via mechanical–electrochemical coupling. Namely, the volume expansion caused by Li diffusion will further induce stress which in turn affects the diffusion. These findings not only provide in-depth insight into the operating principle of AFBs, but also open a new route toward design of improved anode through utilizing the positive effect of mechanical–electrochemical coupling.庄严 邹喆乂 吕浡 李亚捷 王达 Maxim Avdeev 施思齐 2020Chinese Physics B2020,29,6:3
4A Review of Acetylene Compounds as Inhibitors of Acid Corrosion of Iron显示文摘N. I. Podobaev Ya. G. Avdeev 2004Protection of Metals2004,,1:1
5Ceramics from blast furnace slag, kaolin and quartz显示文摘KARAMANOVA E AVDEEV G KARAMANMOV A 2011J Eur Ceram Soc2011,31,:1
6Finiteelement simulation of Micro-electromechanical systems (MEMS)by strongly coupled electromechanical transducers显示文摘GYIMESI M AVDEEV I OSTERGAARD D 2004IEEE Transactions on Magnetics2004,40,2:1
7X-ray and Neutron Diffraction Studies of Flux and Hydrothermally Grown Nonlinear Optical Material KBe2B03F2显示文摘Sang Y Yu D Avdeev M 2012CrystEngComm2012,14,:1
8Optical characteristics of plasma of I2^*,Cl2^* , Cl2^* , Br2^* halogen dimmer barrier-discharge excilamps 显示文摘Avdeev S M Sosnin E A Tarasenko V F 2007Opt Spectrosc2007,103,4:1
9Sterically stabilized water based magnetic fluids Synthesis, structure and properties显示文摘Bica D Vekas L Avdeev M V 2007Journal of Magnetism and Magnetic Materials2007,311,1:1
10Synthesis of ternary intercalation compounds in the graphite-HNO3-R(R=H2SO4, H3PO4, CH3COOH) systems显示文摘Avdeev V V Sorokina N E 2001Inorganic Materials2001,37,4:1
11Finite Element Simulation of Micro Electro Mechanical Systems (MEMS) by Strongly Coupled Electro Mechanical Transducers 显示文摘Gyimesi M Avdeev I Ostergaard D 2004IEEE Transactions on Magnetics2004,40,2:1
12Three-Dimensional Electromagnetic Modelling and Inversion from Theory to Application 显示文摘Avdeev D B 2005Surveys in Geophysics2005,26,6:1
13The choice of oxidizes for graphite hydrogenosulfate chemical synthesis显示文摘Avdeev V V 1992Carbon1992,30,6:1
14The choice of oxidizes for graphite hydrogenosulfate chemical synthesis显示文摘Avdeev V V 1992Carbon1992,30,6:1
15Recurrence relations for three-loop prototypes of bubble diagrams with a mass显示文摘Avdeev L V 1996Comput Phys Commun1996,98,:1
16Transitions between P21 , P63 ( A√3 ) , and P6322 modifications of SrAl2O4 by in situ high-temperature X-ray and neutron diffraction显示文摘Avdeev M Yakovlev S Yaremchenko A A 2007Journal of Solid State Chemistry2007,180,12:1
17Structural analysis and experimental characterization of cylindrical lithium-ion battery cells subject to lateral impact显示文摘Avdeev I Gilaki M 2014Journal of Power Sources2014,271,:1
18Three-dimensional induction logging problems,part ⅠAn integral equation solution and model comparisons显示文摘Avdeev D B Kuvshinov A V Pankratov O V Newman G A 2002Geophysics2002,67,:1
19PZT-based piezoelectric composites via a modified sol-gel route 显示文摘Kholkin A L Yarmarkin V K Avdeev M 2001J Eur Ceram Soc2001,21,:1
20Three dimensional induction logging problems, part 1: Anintegral equation solution and model compari- sons显示文摘Avdeev D B Kuvshinov A V Pankratov O V etal 2002Geophysics2002,67,2:1
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