Polarization independent superconducting nanowire detector with high-detection efficiency
He-Yu Yin;Han Cai;Ri-Sheng Cheng;Zheng Xu;Zhen-Nan Jiang;Jian-She Liu;Tie-Fu Li;Wei Chen;Tsinghua National Laboratory for Information Science and Technology;Department of Microelectronics and Nanoelectronics;Tsinghua University;Institute of Microelectronics;Tsinghua University;

..............page:71-76

Fabrication of multilayer Nb₂O₅ nanoporous film by anodization of niobium foils
Guang-Zhong Li;Hui-Ping Tang;Wen-Yan Zhang;Gang Li;Lan-Lan Yu;Ya-Ning Li;State Key Laboratory of Porous Metal Materials;Northwest Institute for Nonferrous Metal Research;

..............page:77-80

Dy_2-xY_xTi₂O₇: phonon vibration and magnetization with dilution
Hui Liu;You-Ming Zou;Shi-Le Zhang;Ran-Ran Zhang;Chang-Jin Zhang;Yu-Heng Zhang;High Magnetic Field Laboratory;Chinese Academy of Sciences and University of Science and Technology of China;

..............page:81-88

Desorption–recombination behavior of as-disproportionated NdFeCoB compacts by reactive deformation
Yun-Ping Yu;Ying Liu;Jun Li;Qing Zheng;Ren-Quan Wang;School of Materials Science and Engineering;Sichuan University;

..............page:89-94

Sintering behavior and properties of SiC/Si₃N₄ composite
Yong Jiang;Lan-Er Wu;Wen-Zhou Sun;School of Materials Science and Engineering;Beifang University of Nationalities;

..............page:95-100

Preparation and scratch test of AlMgB₁₄ modified by TiB₂
Lei Zhuang;Yang Miao;Wen Liu;Qing-Sen Meng;College of Materials Science and Engineering;Taiyuan University of Technology;College of Mechanical and Electrical Engineering;Qingdao Binhai University;Institute of Chemical and Biological Technology;Taiyuan University of Science and Technology;

..............page:101-106

Synthesis of Ti₃AlC₂ by SHS and thermodynamic calculation based on first principles
Chun-Cheng Zhu;Jia Zhu;Hua Wu;Hong Lin;College of Chemistry and Chemical Engineering;Harbin Normal University;

..............page:107-110

Electrochemical behavior of Nd in its pyrometallurgical recovery from waste magnet
Hong-Youl Ryu;Jong-Hyeon Lee;Wan-Gou Kim;Hayk H.Nersisyan;Go-Gi Lee;Sung-Koo Jo;Huk-Hee Lee;Il-Soon Hwang;Graduate School of Green Energy Technology;Chungnam National University;Department of Nano Materials Engineering;Chungnam National University;Rapidly Solidified Materials Research Institute;Chungnam National University;Research Institute of Industrial Science and Technology;Korea Research Institute of Chemical Technology;School of Energy Systems Engineering;Seoul National University;

..............page:111-117

Microstructure and corrosion behavior of Zr–1.0Cr–0.4Fe–xMo alloys
Tian-Guo Wei;Lu Zhang;Zhi Miao;Hong Liu;Bai-Feng Luan;Wen Wang;Chong-Sheng Long;Reactor Fuel and Materials Key Laboratory;Nuclear Power Institute of China;Nuclear and Radiation Safety;Ministry of Environmental Protection;Institute of Material Science and Technology;Chongqing University;

..............page:118-124

Wearing prediction of stellite alloys based on opposite degree algorithm
Xiao-Guang Yue;Guang Zhang;Qu Wu;Fei Li;Xian-Feng Chen;Gao-Feng Ren;Mei Li;School of Resources and Environmental Engineering;Wuhan University of Technology;School of Materials Science and Engineering;Shanghai University;

..............page:125-132

Electrical switching in cadmium ferrite with different rare-earth ions(Sm³⁺, Y³⁺, and La³⁺)
Sanjeev P.Dalawai;Ashok B.Gadkari;Pramod N.Vasambekar;Department of Electronics;Shivaji University;Department of Physics;Gopal Krishna Gokhale College;

..............page:133-136

Pure phase MoN: preparation by chemical-diffused permeation and enhanced conductivity with rare earth Gd
Xin Li;Chao Gao;Yu-Zhi Jiang;Xi-Kun Li;School of Materials Science and Engineering;Shenyang Ligong University;

..............page:137-142