화학공학소재연구정보센터
검색결과 : 21건
No. Article
1 A novel refractory WMoVCrTa high-entropy alloy possessing fine combination of compressive stress-strain and high hardness properties
Das S, Robi PS
Advanced Powder Technology, 31(12), 4619, 2020
2 HER activity of MxNi1-x (M = Cr, Mo and W; x approximate to 0.2) alloy in acid and alkaline media
Jiang LL, Ji SJ, Xue HG, Suen NT
International Journal of Hydrogen Energy, 45(35), 17533, 2020
3 Cold-pressing and vacuum arc melting of gamma-TiAl based alloys
Mathabathe MN, Bolokang AS, Govender G, Siyasiya CW, Mostert RJ
Advanced Powder Technology, 30(12), 2925, 2019
4 Influence of semiconductor crystallinity on a beta-FeSi2 sensitized thermal cell
Matsushita S, Tsuruoka A, Kimura Y, Isobe T, Nakajima A
Solid-State Electronics, 158, 70, 2019
5 Quantification of the heat transfer during the plasma arc re-melting of titanium alloys
Ji SW, Duan JL, Yao L, Maijer DM, Cockcroft SL, Fiore D, Tripp DW
International Journal of Heat and Mass Transfer, 119, 271, 2018
6 Quantification of heat transfer phenomena within the melt pool during the plasma arc re-melting of titanium alloys
Yao L, Maijer DM, Cockcroft SL, Fiore D, Tripp DW
International Journal of Heat and Mass Transfer, 126, 1123, 2018
7 Deep deoxidization from liquid iron by hydrogen plasma arc melting
Guo XL, Yu JB, Zhang YJ, Liu L, Li X, Liao HL, Ren ZM
International Journal of Hydrogen Energy, 43(27), 12153, 2018
8 Ultrafast fabrication of LiFePO4 with high capacity and superior rate cycling performance for lithium ion batteries
Zhao CS, Wang LN, Wu H, Chen JT, Gao M
Materials Research Bulletin, 97, 195, 2018
9 Measuring the effects of boron mass addition to V-Fe hydrogen storage alloys on their hydrogen absorbing-desorbing characteristics and loss of boron by hydrogenation by employing new analysis methods; hybrid of Sieverts' method, inert gas fusion method, and gravimetric method
Kadono J, Maruoka T, Nakazawa D, Hoshiyama Y, Miyake H
International Journal of Hydrogen Energy, 42(2), 996, 2017
10 The influence of the fabrication route on the microstructure and surface degradation properties of Al reinforced by Al9CO2
Lekatou AG, Sfikas AK, Karantzalis AE
Materials Chemistry and Physics, 200, 33, 2017