| Materials Science and Engineering |
| Effects of Mg content on microstructure and mechanical properties oflow Zn-containing Al-xMg-3Zn-1Cu cast alloys |
Chuan LEI, Qu-dong WANG, Hua-ping TANG, Tian-wen LIU,Zhong-yang LI, Hai-yan JIANG, Kui WANG, Wen-jiang DING |
721 |
| Preparation of semi-solid 6061 aluminum alloy slurry byserpentine channel pouring |
Nai-yong LI, Wei-min MAO, Xiao-xin GENG |
739 |
| Effects of Cd addition in welding wires on microstructure and mechanical property of wire and arc additively manufactured Al-Cu alloy |
Ming-ye DONG, Yue ZHAO, Quan LI,Fu-de WANG, Ai-ping WU |
750 |
| Diversity of intergranular corrosion and stress corrosion cracking for5083 Al alloy with different grain sizes |
Jin QIN, Zhi LI, Ming-yang MA, Dan-qing YI, Bin WANG |
765 |
| Microstructure, mechanical properties andcorrosion behavior of commercial 7N01 alloys |
Pei-hao ZHAO, Xiao-lan WU, Yang LIU, Kun-yuan GAO, Sheng-ping WEN,Wu WEI,Li RONG, Hui HUANG,Hong WU, De-jing ZHOU, Qian ZHANG, Zuo-ren NIE |
778 |
| Microstructure and mechanical properties of 6082 aluminum alloy processed by preaging and hot forging |
Lin HUA, Pu-guang YUAN, Ning ZHAO, Zhi-li HU, Hui-juan MA |
790 |
| Interactive effects of porosity and microstructure on strength of6063 aluminum alloy CMT MIX + Synchropulse welded joint |
Qing-tao WANG, Xiao-nan WANG, Xia-ming CHEN, Peng-cheng HUAN,Qi-peng DONG, Qing-yu ZHANG, Hiromi NAGAUMI |
801 |
| Simulation on microstructure evolution andmechanical properties of Mg-Y alloys: Effect of trace Y |
Wei LIU, Bo-qiang WU, Hai-rong LIU, Rang-su LIU, Yun-fei MO,Ze-an TIAN,Zhao-yang HOU, Ting-fei XI, Zhi-yi WAN, Chang-xiong HUANG, Xin CHEN |
812 |
| Effect of Al addition on microstructure andmechanical properties of Mg-Gd-Zn alloys |
Zhi-bing DING, Shuai ZHANG, Yu-hong ZHAO, Dong-rui CHEN,Li-hua ZOU, Zhi-gang CHEN, Wen-min GUO, Zai-jun SU, Hua HOU |
824 |
| Effects of Li content on microstructure and mechanical properties ofas-cast Mg-xLi-3Al-2Zn-0.5Y alloys |
Xiang PENG, Wen-cai LIU, Guo-hua WU |
838 |
| Quantitative analysis of globularization and modeling ofTC17 alloy with basketweave microstructure |
Hao-yu PANG, Jiao LUO, Zhi-gang ZHANG, Wen-chao HAN, Keng-feng XU, Miao-quan LI |
850 |
| Corrosion and wear properties of TB2 titanium alloyborided by pack boriding with La2O3 |
De-yi QU, Dan LIU, Xin-yu WANG, Yong-hua DUAN, Ming-jun PENG |
868 |
| Effect of hydroxyapatite:zirconia volume fraction ratio on mechanical and corrosive properties of Ti-matrix composite scaffolds |
Mehmet TOPUZ, Burak DIKICI, Mehmet GAVGALI, Yasemin YILMAZER |
882 |
| Prediction of low-cycle crack initiation life of powder superalloyFGH96 with inclusions based on damage mechanics |
Yuan-ming XU, Shu-ming ZHANG, Tian-peng HE, Xin-ling LIU, Xia-yuan CHANG |
895 |
| Role of interlayer composition in microstructure and mechanical properties during TLP bonding of GTD-111/IN-718 superalloys |
Ali IZADI GHAHFEROKHI, Masoud KASIRI-ASGARANI, Kamran AMINI, Mahdi RAFIEI, Reza EBRAHIMI-KAHRIZSANGI |
908 |
| Microstructure and mechanical properties of C/C composite joint brazed with Ni-based filler |
He-li PENG, Yong-xin ZHANG, Xu CHEN, Hong-qiang ZHANG, Jun-liang XUE, Wei GUO |
927 |
| Fabrication of MoSi2coatings on molybdenum anditshigh-temperature anti-oxidation properties |
Lu ZHU, Peng CHEN, Zi-ming CAI, Pei-zhong FENG, Xue-qin KANG, Farid AKHTAR, Xiao-hong WANG |
935 |
| Effect of partial recrystallization on microstructure andtensile properties of NiFeCoCrMn high-entropy alloy |
Hui DU, Jia-hong CAI, Ya-song WANG, Jun-qing YAO, Qiang CHEN, Yu CUI, Xin-wang LIU |
947 |
| Deposition of nanoporous BiVO4 thin-film photocatalyst by reactive magnetron sputtering: Effect of total pressure and substrate |
Siavash Bakhtiarnia, Saeed Sheibani, Alain Billard, Eric Aubry, Mohammad Arab Pour Yazdi |
957 |
| Microstructure and magnetic properties ofFeAs with coarse-grain and nanocrystalline structure |
Yuan ZHOU, Yun-yan WANG, Yan-jie LIANG, Yi-wei ZHOU,Zhen-xing LIU, Cong PENG, Yong KE, Xiao-bo MIN |
972 |
| Mining, Minerals Processing and Metallurgical Engineering |
| Review on development of low-grade scheelite recovery from molybdenum tailings in Luanchuan, China: A case study of Luoyang Yulu Mining Company |
Xu WANG, Wen-qing QIN, Fen JIAO, Cong-ren YANG,Wei LI, Zheng-quan ZHANG, Jin-min ZHOU, Jian-gen GUO, Jian ZHANG |
980 |
| Separation of alumina and silica from metakaolinite by reduction roasting-alkaline leaching process: Effect of CaSO4 and CaO |
Hong-yang WANG, Xiao-xue ZHANG, Si-yuan YANG, Cheng LIU, Li-qun LUO |
999 |
| Effect of sodium carbonate addition oncarbothermic reduction of ilmenite concentrate |
Xiao-dong Lü, Dan CHEN, Yun-tao XIN, Wei Lü, Xue-wei Lü |
1010 |
| Spontaneous separation of Pb from PbSO4-coprecipitated jarosite using freeze-thaw cycling with thiourea |
Jun PENG, Yang-jin WEI, Mei-qing SHI, Jia-hui WU, Qing-wei WANG, Zhang LIN, Hui LIU, Xu YAN |
1019 |
| Electrochemical recycling of Pd andAg fromsimulated high-level liquid waste |
You-bin WANG, Rui ZOU, Yue-zhou WEI, Tsuyoshi ARAI, Toyohisa FUJITA |
1031 |
| Process and mechanism of hydrothermal stabilization forarsenic sulfide sludge containing elemental sulfur |
Hui XU, Li-wei YAO, Qiu-jing XU, Yun-yan WANG, Xiao-bo MIN,Yong KE, Yong-jian LUO, Jin-yao TANG, Si-ang PENG, Li-min ZHANG , Jia-li DU |
1041 |
| Electrochemical nucleation and growth of aluminum nanoparticles and leaf-like flat microstructures from reline deep eutectic solvent:Effect of temperature and angular speed of working electrode |
G. VIDAL-GARCíA, C.E. GUINTO-PANO, I. GARCíA-HERNáNDEZ, E. RODRíGUEZ-CLEMENTE,P. MORALES-GIL, M.T. RAMíREZ-SILVA,M. ROMERO-ROMO, M. PALOMAR-PARDAVé |
1050 |
