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铝电···场交···相流···学及···的输···质研·

项目来源

国家···学基···SF··

项目主持人

张红·

项目受资助机构

中南··

项目编号

51···18·

立项年度

2011

立项时间

未公开

项目级别

国家·

研究期限

未知 / 未知

受资助金额

25.00万元

学科

工程···科学-矿业···工程-有色···金

学科代码

E-E04-E0412

基金类别

青年···金项·

关键词

输运···；铝···流场···多相···；氧···

英文关键词

al···nu···le···ol···s；···ti···as···im···ti···al···na···an···rt···d ···s ···ns···；f··· f···d ···im···ti···

参与者

邹忠···其；···；崔···张翮···帅；···；李··

参与机构

湖南···学；···学；···学院···料技···程研···长江···院；

项目标书摘要：项目···铝电···体运···性出···立多···作用···液—···—气···相流···氧化···解质···运和···型，···传统···型与···解槽···体系···较大···，并···析多···条件···铝全···分布···情况···结合···体系···建立···—电···气泡···流模···现数···；并···用于···业铝···及新···槽的···算，···型的···和计···的可···揭示···工艺···于流···响规···据组···方程···化铝···和传···，通···计算···析氧···槽浓···的时···并给···验证···以上···提出···槽结···料点···制度···结构···的优···，给···的优···和技···。.···成果···型高···电解···计开···有电···优化···思想···，对···电解···能耗···要指···。

项目受资助省

湖南·

  • 排序方式：
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  • 7.50···级铝···氧化···场的···拟

    • 关键词：
    • 铝电解;氧化铝浓度;数值仿真;浓度场
    • 江南···晶;···;张···杨帅···;刘··
    • 《中国···属学·》
    • 2015年
    • 03期
    • 期刊

    在深···铝电···体体···化铝···理的···,建···00···特大···解槽···铝输···的多···相瞬···,并···X1···平台···全槽···浓度···况的···析。···明:···50···A级···内氧···度场···流动···具有···时间···内空···异。···很短···内,···点正···域的···浓度···加,···大值···%（···数）···,随···质的···不断···落到···%左···推动···的输···阳极···氧化···的驱···比电···,但···有电···。

    ...

  • 8.大型···槽电···数值···究

    • 关键词：
    • 铝电解槽;电流效率;数值模拟;多相流
    • 邱泽···红亮···杰;···
    • 《有色···冶炼···》
    • 2015年
    • 03期
    • 期刊

    对铝···内电···机理···大型···40···）的···特征···析,···面更···描述···电解···附近···行为···了电···计算···质量···数方···流效···计算···进而···相流···及熔···学相···,在···平台···了关···运动···铝电···流效···数值···型。···模型···00···大型···槽的···率进···态实···,求···时均···率约···.5···

    ...

  • 9.全数···00···拟铝···

    • 关键词：
    • 500kA铝电解槽;物理场;数值模拟;虚拟现实
    • 邱泽···红亮···宇;··
    • 《有色···冶炼··》
    • 2015年
    • 1期
    • 期刊

    以某···kA···铝电···对象···数值···究得···槽各···的分···,进···一种···结果···现实···融合···,最···一个···的5···A虚···解槽···在3···现实···展示···表明···果能···一

    ...

  • 10.On···e ···de···rr··· S···al··· A···in···Re···ti···Ce···: ···su···en···an···ro···ct·

    • 关键词：
    • Aluminum metallography;Aluminum;Ore reduction;Aluminum reduction cells;Anode currents;Harsh environment;Industrial tests;Measurements of;New approaches;Process signals;Reduction process
    • Ya··· S···i;···, ···ng···, ···;Z···g,···ng···ng
    • 《JO·》
    • 2016年
    • 68卷
    • 2期
    • 期刊

    Th··· h··· b··· o···in···ff···s ···o ··· s···y ···th···ro···s ···na···of···um···m ···uc···n ···l ···tr···an···pe···io···An··· c···en···pr···de···e ···th···os···al···le···gn··· a···th···os···ik··· t···e ···su···. ···th···ar···le···he···mm···y ···d ···ho···of···li···an··· c···en···ea···em···s ··· b···fl···nt···uc··· T···, ···ew···pr···h ···pr···se···o ···ro···me···re···ts··· a···e ···re··· b···d ···th···ri···pl···f ···su···g ···om···ic···lt··· d···" ···th···no···be··· I···st···l ···ts··· 4···nb···kA···ll···em···tr··· t··· t···sy···m ···s ···ad··· i···he···rs···nv···nm···, ··· t···on···e ···de···rr··· s···al···eq···el···ha···te···es···e ···uc···n ···ce···be···io···St··· o···he···od···ur···t ···of···ea···mp···an···fo···mp···in···he···t ···tr···an···pe···io···br···&c···; ···5,···e ···er···, ···al··· M···ri··· S···et··

    ...
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