槽块

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槽块槽块
  1. 采用燕尾槽活块结构解决了卡头内腔出芯问题。

    The core shakeout problem for clamp casting was solved using dovetail slot structure .

  2. 研究结果表明,新场和芨芨槽岩块均比较完整,可作为处置库的候选岩块进入钻孔研究阶段。

    As a result , both blocks can be regarded as candidate sites for high-level radioactive waste repository ; and next research stage , e.g.borehole survey , is under operation .

  3. 在对单相异步电机转子槽分块与分层处理的基础上,推导了集肤效应作用下每层电流的数值计算公式。

    On the basis of block building and layer building in rotor slots of single phase induction motors , the paper deduces numerical formulas for calculating layer currents under skin effect .

  4. 铝电解槽阴极炭块上TiB2涂层的研究

    Studies on tib_2-coating on carbon cathode in aluminium reduction cells

  5. 电解槽阳极炭块结构改进

    Improvements of the anode carbon cake structure in electrolysis slot

  6. 铝用电解槽炭侧块质量的改进

    An improvement on the quality of sidewall carbon blocks for aluminium cell

  7. 对铝电解槽阴极炭块结构形式试验分析

    Experimental studies on structural formations assembled of carbon cathode blocks in aluminum-electrolytic cells

  8. 铝电解槽阴极炭块使用情况及质量改进

    Quality improvement and operation of carbon blocks for cathodes of aluminium electrolysis cell

  9. 预焙槽阳极碳块最佳高度的研究

    Investigation on the optimal height of prebaked carbon anode

  10. 容重法确定铝槽阴极炭块的粒度组成

    Determination of the particle size composition of cathode blocks by measuring the volume density

  11. 在铝电解槽阳极换块周期内连续测定阳极组的电流分布值。并采用电阻温度系数去修正测定值。

    The current distribution value of anode group is continuously detected during the period of changing anode and the resistance-temperature coefficient is adopted to adjust the value .

  12. 浅议铝电解槽废旧阴极炭块的回收与综合应用

    On reclamation of waste cathode carbon blocks for aluminum reduction cells

  13. 铝电解槽废旧阴极炭块中电解质与炭分离的浮选法研究

    Applying flotation to separate electrolyte from spent carbon cathode of aluminum electrolysis

  14. 电解槽侧部碳块砌筑工艺的改进

    Improvement of Masonry Techniques of Cell Sidewall Carbon Brick

  15. 北秦岭晚古生代海槽与华北陆块石炭&二叠纪含煤岩系

    Late Paleozoic North Qinling trough and Permo Carboniferous coal measures of the North China block

  16. 大型预焙电解槽侧部碳块破损的原因及补救措施

    Cause and remedial measurements of broken carbon block on side of large prebaked electrolytic cells for aluminium

  17. 铝电解槽阳极锥体掉块并形成裂缝的挽救

    Remedy for Falling off of Big Size Pieces from Tapered Anode and Formation of Longitudinal Cracks in Anode

  18. 详细介绍了铝电解槽废旧阴极炭块的组成及国内外回收处理废旧阴极炭块的各种方法。

    R : The methods for reclamation of the waste cathode carbon block obtained in aluminum reduction process are introduced in detail .

  19. 研究表明,拱肩槽边坡出现确定性块体的可能性较小,边坡中的不稳定块体大部分为半确定性块体,且规模较小,影响深度有限,切割边界不完善。

    It is revealed that the deterministic blocks in the spandrel groove slopes are little and that most of the non-stable blocks in the slopes are the semi - deterministic blocks , which are in small size , in finite effect depth and in incomplete boundary .

  20. 论文第四章分析了轮胎花纹优化降噪的基本原理,总结出三条降噪途径:在允许范围内尽量减小单个块或槽的大小、刻刀槽软化花纹块来减小噪声时域波幅度;

    After analyzed the basic principle of optimized noise reduction on tyre pattern , summarized three approaches to noise reduction .

  21. 阳极炭块一直被公认为电解槽的心脏,随着现代铝工业的飞速发展,电解槽对阳极炭块质量的要求不断提高。

    With the rapid development of the modern aluminum industry , the quality of anode in the electrolyzer has kept improving .