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Journal of Ceramic Science and Technology

Journal of Ceramic Science and Technology

中文名称：陶瓷科学与技术

ISSN：2190-9385
出版周期：Quarterly

发文量：170

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1.Electrical and Dielectric Properties of Isostatically Pressed Alumina-Based Electroporcelain

机译：等静压氧化铝基电池的电气和介电性能
- 作者：Trnovcova V;Kubliha M.;Stubna I;Csaki S.
- 期刊名称：《Journal of Ceramic Science and Technology》 | 2018年第2期
- Electrical conductivity;
- dielectric properties;
- alumina-based electroporcelain;
- cold isostatic pressing;
2.Enhanced Electrochemical Performance of Cu-Doped La2NiO4+delta Cathode for Solid Oxide Fuel Cells

机译：增强Cu掺杂La2NiO4 + Delta阴极的电化学性能，用于固体氧化物燃料电池
- 作者：Chen H.;Li X.;Du X.;Xie H.;Zhao L.;Ling Y.
- 期刊名称：《Journal of Ceramic Science and Technology》 | 2018年第2期
3.Three-Dimensional Network ZnO/BaFe12O19 Composite Thick Films and their Microwave Absorption Properties

机译：三维网络ZnO / Bafe12O19复合厚膜及其微波吸收性能
- 作者：Lin Y.;Dong J.;Liu Y.;Han N.;Wang L.;Yang H.;Wang J.
- 期刊名称：《Journal of Ceramic Science and Technology》 | 2018年第2期
- Tape casting;
- impedance matching;
- microwave absorption;
4.Effect of Multiple loading sequence on in-phase thermomechanical fatigue hysteresis of silicon carbide fiber-reinforced ceramic-matrix composites

机译：多加载序列对碳化硅纤维增强陶瓷 - 基质复合材料同步热机械疲劳滞后的影响
- 作者：Li L.
- 期刊名称：《Journal of Ceramic Science and Technology》 | 2018年第2期
- Ceramic-matrix composites (CMCs);
- thermomechanical fatigue;
- hysteresis loops;
- multiple loading sequence;
5.Insulating Foams and Dense Geopolymers from Biochar By-Products

机译：绝缘泡沫和生物炭副产品的茂密地缘聚合物
- 作者：Farges R.;Gharzouni A.;Ravier B.;Jeulin P.;Rossignol S.
- 期刊名称：《Journal of Ceramic Science and Technology》 | 2018年第2期
- Biochar;
- FTIR;
- geopolymer;
- foams;
- thermal conductivity;
6.High-Temperature Measurements of Macroscopic Deformation Induced by Phase Changes: Application to Bauxite-Based Material

机译：相变诱导的宏观变形的高温测量：在铝土矿基材料中的应用
- 作者：Coulon A.;de Bilbao E.;Brassamin S.;Poirier J.
- 期刊名称：《Journal of Ceramic Science and Technology》 | 2018年第2期
- Refractory materials;
- contactless measurement;
- deformation;
- high temperature;
- phase transformation;
7.Room-Temperature Mechanochemical Synthesis and Consolidation of Nanocrystalline HfB2-HfO2 Composite Powders

机译：室温机械化学合成及纳米晶体HFB2-HFO2复合粉末的合成
- 作者：Akcamli N.;Agaogullari D.;Balci O.;Ovecoglu M. L.;Duman I
- 期刊名称：《Journal of Ceramic Science and Technology》 | 2018年第2期
- HfB2-HfO2 composites;
- powders;
- solid state reaction;
- sintering;
- microstructure-final;
- mechanical properties;
8.Effect of Submicron-Carbon-Containing MgO-C Refractories on Carbon Pickup of Ultra-Low Carbon Steel

机译：亚微米 - 碳的MgO-C耐火材料对超低碳钢碳拾取的影响
- 作者：Liu Y.;Wang L.;Li G.;Zhang Z.;Xu X.;Li Y.;Chen J.
- 期刊名称：《Journal of Ceramic Science and Technology》 | 2018年第2期
- Submicron carbon;
- MgO-C refractories;
- carbon pickup;
- penetration;
- spalling resistance;
9.Room-Temperature Structural and Dielectric Properties of Praseodymium-Doped SrBi2Nb2O9 Ceramics

机译：镨掺杂SRBI2NB2O9陶瓷的室温结构和介电性能
- 作者：Afqir M.;Tachafine A.;Fasquelle D.;Elaatmani M.;Carru J-C;Zegzouti A.
- 期刊名称：《Journal of Ceramic Science and Technology》 | 2018年第2期
- SrBi2Nb2O9;
- Pr3+/Pr4+;
- crystal structure;
- dielectrics;
10.Tunable Temperature Range of Stress-Enhanced Electrocaloric Effects in Composition Gradient Bilayers

机译：可调谐温度范围的应力增强电热量效应组成梯度双层
- 作者：Sun X.;Huang H.;Ma X.;Wen Y.;Dang Z-M
- 期刊名称：《Journal of Ceramic Science and Technology》 | 2018年第2期
- Electrocaloric effect;
- ferroelectric gradient bilayers;
- thermodynamic calculation;
- tunable temperature range;
11.Enhanced Magneto-Dielectric Properties of 0.6La(0.1)Bi(0.9)FeO(3)-0.4BaTiO(3)/NiFe2O4 Composites Sintered with Powders Prepared with a One-Step Sol-Gel In-Situ Method

机译：增强的磁介质性能为0.6La（0.1）Bi（0.9）FeO（3）-0.4batio（3）/ niFe2O4复合材料，其用用一步溶胶 - 凝胶原位方法制备的粉末烧结
- 作者：He L.;Wang J. H.;Zhong Z. T.;Zhang C.
- 期刊名称：《Journal of Ceramic Science and Technology》 | 2018年第2期
- Ceramic composites;
- sol-gel in-situ method;
- magnetic-dielectric properties;
12.Alkali-Activated Materials Based on Callovo-Oxfordian Argillite: Formation, Structure and Mechanical Properties

机译：基于Callovo-oxfordian armillite的碱活性材料：形成，结构和机械性能
- 作者：Dupuy C.;Gharzouni A.;Texier-Mandoki N.;Bourbon X.;Rossignol S.
- 期刊名称：《Journal of Ceramic Science and Technology》 | 2018年第2期
- Callovo-Oxfordian;
- argillite;
- alkali-activated;
- heat treatment;
- carbonate;
- calcium;

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