再生区

zài shēng qū
  • Regeneration zone;blanket;tamper
再生区再生区
再生区[zài shēng qū]
  1. 未来反应堆设计使这种转换发生在包围聚变反应核心区域的一个被称为“再生区”的地方。

    Future reactor designs make the conversion in a region surrounding the fusion core called the blanket .

  2. 这个再生区还有另外一个任务,这个任务和从反应堆中提取能量对反应堆的最终成功一样重要。

    The blanket has another job , one just as critical to the ultimate success of the reactor as extracting energy .

  3. 为了减少MHD的压降,冷却剂LiPb轴向流入再生区。

    In order to reduce the MHD pressure drop , LiPb flows in the blanket axially .

  4. 再生区吸收与总吸收之比

    Blanket to total absorption

  5. 再生区裂变与总裂变之比

    Blanket to total fission

  6. 这些碰撞加热这个再生区,其中的液体冷却剂,如熔盐,会把热从反应堆中导出。

    These collisions heat the blanket , and a liquid coolant such as molten salt draws that heat out of the reactor .

  7. 在再生区的管道里,一种柔软的、高度活泼的金属锂会俘获高能中子从而产生氚和氦。

    Inside the blanket channels of lithium , a soft , highly reactive metal would capture energetic neutrons to make helium and tritium .

  8. 利用该程序,研究不同瞬态条件下上升流裂变燃料通道、下降流裂变燃料通道、再生区燃料通道中的最大包壳温度变化及其安全性。

    Using this code , study the most clad surface temperature change and its safety characters in different transient conditions , upward fuel fission channel , downward flow fission fuel channel and blanket fuel channel .

  9. 通过模拟得出最佳的脱硫脱硝管径、管长和流速,以及反应器出口气体质量分数随时间变化的曲线,确定其脱除区和再生区的角度。

    Through the simulation come to the best of desulfurization denitration diameter , length and flow rate , as well as the reactor export gas mass fraction of the time curve , the removal of identify areas and areas of renewable point of view .

  10. 剩余油势控论的初步构建及再生潜力区模式

    Preliminary establishment of " the theory of potential controlling remaining oil " and modes of remaining oil regenerating potential area

  11. 非洲狗尾草GA3处理区和CCC处理区再生与对照区均无显著差异。

    The regrowth of Setaria grass had no significant difference between GA_3 or CCC treated plot and control .

  12. 隧道再生四有源区大功率半导体激光器

    Tunnel Regeneration High-Power Semiconductor Laser with Four Active Regions

  13. 隧道再生多有源区垂直腔面发射激光器光学特性研究

    Study on the Optical Characteristics of Tunnel-junction-regenerated Multiple Active Regions Vertical Cavity Surface Emitting Laser

  14. 载流子输运和寄生参数对隧道再生双有源区垂直腔面发射激光器调制特性的影响

    Study on the effects of carrier transport and parasitic parameters on the modulation response of tunnel regenerated vertical-cavity surface-emitting lasers with double active regions

  15. 结果表明,为了得到尽可能高的光输出功率,需要合理地设计隧道再生多有源区激光器的内限制层厚度。

    The results show that the thickness of the inner cladding layers should be designed properly so that a higher optical output power can be obtained .

  16. 针对天津中心城区的实际情况,通过对本再生水厂服务区现状用水量和近期用水量的预测,得出再生水服务范围的污水排放量。

    In response to the actual situation in Tianjin proper , the wastewater discharge in reclaimed water service area has been obtained by making projection on water consumption both in current and recent period in the service area of the wastewater reclamation plant .

  17. 大鼠肝再生增强因子编码区的cDNA克隆和原核表达

    The cDNA clone of the coding region of rat augmenter of liver regeneration gene and its prokaryotic expression

  18. 文章对隧道再生两个有源区内腔接触式垂直腔面发射激光器(VCSEL)光学特进行了研究。

    The optical characteristics of tunnel-junction-regenerated multiple active regions intracavity-contacted Vertical Cavity Surface Emitting Laser ( VCSEL ) have been investigated .

  19. 方法:提取新生大鼠肝脏总RNA为模板,以寡聚dT为引物逆转录合成第一链cDNA,再以我们设计的PCR引物进行PCR扩增获取大鼠肝再生增强因子编码区双链cDNA;

    Methods : Total RNA of new born rat liver was extracted as a template , first strand of cDNA was synthesized by reverse transcription with olig ( dT ) - primer and then amplified by PCR with the primers designed by ourselves .

  20. 江苏省太仓港再生资源进口加工区介绍

    Introduction of Imported Secondary Resources Processing Zone . Taicang Harbor , Jiangsu Province

  21. 为了促进中枢神经系统损伤后轴突再生,改善损伤区再生微环境很重要。

    Therefore , it is important to improve the microenvironment of injured area for the regeneration of axons .

  22. 周围神经受损后成功再生的条件是保护神经元可生长状态,引导再生轴突通过损伤区,帮助轴突识别靶器官建立新突触。

    Successful regeneration of peripheral nerve involves protecting neuronal cell bodies , regeneration of axon , and formation of functional synapses .