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Trans. Nonferrous Met. Soc. China 26(2016) 1985-1994 Integration system research and development for three-dimensional laser scanning information visualization in goaf Zhou-quan LUO, Jun-jie HUANG... processing system of three-dimensional laser scanning information visualization in goaf was developed. It is provided with multiple functions, such as laser scanning information management for goaf......
)10-3118-07 3D visualization of complicated cavity group under open-pit limit and its application LIU Ke-wei, LI Xi-bing, LIU Xi-ling, GONG Feng-qiang, DU Kun (Hunan Key Laboratory of Resources... and treatment countermeasures so as to plan exploitation of mineral resources reasonably, 3D visualization modeling technology of complicated geological bodies based on triangular irregular network (TIN......
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提高CMP抛光垫修整性能的方法S.Dhandapani,C.C.Garretson,S.S.Chang,J.G.Fung,S.TsaiApplied Materials,Inc.摘 要:抛光垫修整臂的新设计能在抛光垫和修整盘对使用寿命期间,采用闭环控制(CLC)提高修整性能.测得的抛光垫修整器的力矩用于在现场实时监控修整和抛光过程.通过调节修整器的下压力以补偿工艺的偏移(例如,随修整盘老化而引起的金刚石研磨性的损失),CLC系统在整个抛光垫使用寿命期间维持工艺性能.关键词:......
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material; expanded graphite; visualization; heat transport performance 相变材料(PCM)冷却是一种高效,低成本的非能动冷却技术[1].PCM具有巨大的相变潜热,能够在相变过程中保持恒定的温度,保证了系统良好的均温性.同时,PCM具有使用寿命长,使用和集成复杂度适中,维护适中,效率高,成本低等优点[2],这使得PCM成为热管理技术中的研究热点......
; 文章编号:1672-7207(2008)03-0423-06 3D visualization modeling on geological and mining engineering in a large-sized mine ZHOU Zhi-yong, CHEN Jian-hong, YANG Li... of orebody can be established accurately by using line-frame method with block-section method. Key words: geological and mining engineering; 3D modeling; visualization; 3D data model; fractal ......
Trans. Nonferrous Met. Soc. China 22(2012) 1445-1451 Visualization and simulation of plastic material flow in friction stir welding of 2024 aluminium alloy plates WU Chuan-song, ZHANG Wen-bin, SHI... alloy; numerical simulation; visualization; friction stir welding; material flow; heat transfer 1 Introduction High performance Al alloys are more and more widely used in manufacturing aerospace......
%时,同时增大石膏与熟料添加量,充填体的强度呈增大趋势. 3 优化配比与强度模型 3.1 胶凝材料配合比优化 图6 胶结充填体56 d强度3D可视化模型 Fig. 6 3D visualization model of cement filling body at 56 d strength 从试验结果和数据分析得到最优方案均是A1B3C3,为了确定... tailings cementitious materials and predict strength. Key words: cementitious materials; orthogonal experiment; data visualization; ratio optimization; strength model Foundation item: Project(2017YFC0602903......
