Instruction to Authors

..............page:1240

Luminescence properties of Eu³⁺-doped new scheelite-type compounds
WANG Jiao;ZHANG Zhijun;ZHAO Jingtai;School of Information Science&Engineering;Fudan University;School of Materials Science and Engineering;Shanghai University;

..............page:1241-1245

Formation mechanism and luminescence properties of nanostructured sodium yttrium fluoride corn sticks synthesized by precipitation transformation method
TIAN Li;ZHAO Ruini;WANG Jinjing;CHEN Lin;XUE Jianrong;XIAO Qiuguo;Institute of Chemistry and Chemical Engineering;Hunan University of Science and Technology;State Key Laboratory of Rare Earth Resource Utilization;Changchun Institute of Applied Chemistry;Chinese Academy of Sciences;

..............page:1246-1250

Preparation and photoluminescence properties of Dy³⁺-doped Ba₃Lu（PO₄）₃ phosphors
YANG Zaifa;SUN Yumei;XU Qiguang;SUN Jiayue;School of Science;Beijing Technology and Business University;

..............page:1251-1255

Fluorescence quantum yield of Gd_0.9-xR_xEu_0.1OOH（R=Y, La） crystals
Hiroaki Samata;Katsutoshi Kobayashi;Masashi Hanioka;Tadashi C.Ozawa;Graduate School of Maritime Sciences;Kobe University;Materials Development Group;Superconducting Properties Unit;National Institute for Materials Science;

..............page:1256-1260

Eu³⁺ doped K-Lu-F system optical materials: controlling synthesis, phase evolution, and optical properties
XIE An;LIU Xiaolei;XIONG Yucheng;School of Materials Science and Engineering;Xiamen University of Technology;

..............page:1261-1267

Enhanced CO oxidation activity of CuO/CeO₂ catalyst prepared by surfactant-assisted impregnation method
SUN Shuaishuai;MAO Dongsen;YU Jun;Research Institute of Applied Catalysis;School of Chemical and Environmental Engineering;Shanghai Institute of Technology;

..............page:1268-1274

Gadolinium doped tin dioxide nanoparticles: an efficient visible light active photocatalyst
Abdullah M Al-Hamdi;Mika Sillanp??;Joydeep Dutta;Laboratory of Green Chemistry;Lappeenranta University of Technology;Chair in Nanotechnology;Water Research Center;Sultan Qaboos University;Functional Materials Division;School of Information and Communication Technology;KTH Royal Institute of Technology;

..............page:1275-1283

Surface structure and catalytic performance of Sr-doped La₂NiAlO₆ double perovskite catalysts for methane combustion
HU Ruisheng;BAI Yaqin;DU Hangyu;ZHANG Huimin;DU Yanfei;ZHANG Junge;ZHOU Qihua;School of Chemistry and Chemical Engineering;Key Laboratory of Rare Earth Materials;Inner Mongolia University;Department of Chemical Engineering;Hohhot Vocational College;

..............page:1284-1292

Effects of the excess iron on phase and magnetocaloric property of LaFe_11.6*xSi_1.4 alloys
CHEN Xiang;CHEN Yungui;TANG Yongbo;XIAO Dingquan;Engineering and Technology College;Neijiang Normal University;School of Materials Science and Engineering;Sichuan University;

..............page:1293-1297

Highly oriented NdFeB nanocrystalline magnets from partially recombined compacts with ultrafine grain size by reactive deformation under low pressure
YU Yunping;LI Jun;LIU Ying;WANG Renquan;ZHENG Qing;LIAN Lixian;College of Materials Science and Engineering;Sichuan University;

..............page:1298-1302

Magnetic reversal and magnetic memory effect in melt-spun Pr₂Fe₁₄B/α-Fe nanocomposite ribbons
HAN Guangbing;SU Hao;GAO Ruwei;YU Shuyun;KANG Shishou;ZHU Minggang;LI Wei;X.B.Liu;School of Physics;Shandong University;Division of Functional Materials;Central Iron & Steel Research Institute;Department of Physics;University of Texas at Arlington;

..............page:1303-1309

Influence of ionic radius of rare-earths on the structural and electrical properties of Ba₅RTi₃Nb₇O₃₀（R=rare-earth） ferroelectric ceramics
Prasun Ganguly;Department of Physics;National Defence Academy;

..............page:1310-1315

Crystal field and magnetism with Wannier functions: rare-earth doped aluminum garnets
Eva Mihóková;Pavel Novák;Valentin V.Laguta;Institute of Physics;Czech Academy of Sciences;

..............page:1316-1323

Effects of cobalt substitution on structure and microwave absorption properties of PrNi₅ alloy
PAN Shunkang;XIONG Jilei;CHENG Lichun;YAO Qingrong;RAO Guanghui;School of Material Science and Engineering;Guilin University of Electronic Technology;Guangxi Key Laboratory of Information Materials;Guilin University of Electronic Technology;School of Materials Science and Engineering;Central South University;

..............page:1324-1328

Facile fabrication of CeO₂ hollow microspheres with yeast as bio-templates
MU Guangyu;WEI Qinglian;HUANG Yongmin;Key Laboratory of Specially Functional Polymeric Materials and Related Technology;Ministry of Education;Department of Chemistry;East China University of Science and Technology;Shanghai Engineering Research Center of Space Engine;Shanghai Institute of Space Propulsion;

..............page:1329-1334

Improvement of yttrium on the hot tearing susceptibility of 6TiB₂/Al-5Cu composite
ZHANG Xiaobo;SUN Jing;WANG Mingliang;ZHANG Yijie;MA Naiheng;WANG Haowei;State Key Laboratory of Metal Matrix Composites;Shanghai Jiao Tong University;

..............page:1335-1340

Investigation of magnetic, optical and electrical properties of La₃Ba₃Cu₆O₁₄ synthesized by molten flux method
K.Agilandeswari;A.Ruban Kumar;Department of Chemistry;Auxilium College;School of Advanced Sciences;VIT University;

..............page:1341-1347

Recovery of rare earths from acid leach solutions of spent nickel-metal hydride batteries using solvent extraction
XIA Yun;XIAO Liansheng;TIAN Jiying;LI Zhaoyang;ZENG Li;School of Metallurgy and Environment;Central South University;Key Laboratory of Hunan Province for Metallurgy and Material Processing of Rare Metals;

..............page:1348-1354

Journal of Rare Earths Contents List of Vol. 33(2015)

..............page:1355-1362