共搜索到11119条信息,每页显示10条信息,共1112页。用时:0小时0分1秒777毫秒
Trans. Nonferrous Met. Soc. China 20(2010) s973-s980 Reverse design of microstructure and application effectiveness for semi-solid processing of aluminum alloy YANG Yi-tao(杨弋涛)1, YIN Xiang-lin... and the mechanical properties of the thixoforming samples, the reverse design of microstructure is primarily achieved. Finally, the effectiveness of the reverse design for semi-solid microstructure......
......
Recycling of minute metal scraps by semisolid processing: Manufacturing of design materials S. SUGIYAMA, T. MERA, J. YANAGIMOTO Institute of Industrial Science, The University of Tokyo, Komaba 4-6-1, Meguro-ku, Tokyo, 153-8505, Japan Received 13 May 2010; accepted 25 June 2010 Abstract: As a new attempt to recycle minute metal scraps, the possibility of manufacturing design materials......
J. Cent. South Univ. Technol. (2011) 18: 458-464 DOI: 10.1007/s11771-011-0718-2 Optimal design of FRMSM to decrease detent force JANG Ki-Bong, PYO Se-Ho, AN Ho-Jin, KIM Gyu-Tak School... structure and skewing. The design parameters, mover PMs and stator core, were selected for optimal design by DOE. The thrust and the detent force of the designed optimal models were compared by finite......
Effective tool design of three-rank form as precision removal-process of ITO thin-films Pai-shan PA Digital Content Design, Graduate School of Toy and Game Design, National Taipei...; Abstract: A new effective tool design of three-rank form of electroremoval was present using a precision recycle system offering......
......
/YbLu fractional extraction system varying with extraction row number 3.2 出口分量 TmYb/YbLu分馏萃取体系的出口分量随萃取排数的变化如图2所示.从图2中可以看出,当萃取排数≥1000时出口分量不再变化,标志着TmYb/YbLu分馏萃取体系快速地进入了平衡态.图2(a)中,平衡态时水相出口分量为:XTm...误差非常非常小.此外,出口分量的误差在-50.0~50.0 μmol/min范围内,相对于进料量为1 mol/min而言,出口分量的误差也是非常非常小.因此,AB/BC分馏萃取体系出口分量的计算结果是准确的. 图2 TmYb/YbLu分馏萃取体系的出口分量随萃取排数的变化 Fig. 2 Outlet component of TmYb/YbLu fractional......
The selected design matrix is shown in Table 4. It is a three-factor five-level central composite rotatable design consisting of 20 sets of coded conditions composed of a full factorial 23 = 8, plus 6 centre.... The use of factorial design and response surface methodology for fast determination of optimal heat treatment conditions of different Ni-Co-Mo surfaced layers [J]. Journal of Materials Processing......
......
......