九孔

jiǔ kǒnɡ
  • nine holes
  • nine-arched
九孔九孔
  1. 一种消除九孔鲍苗细菌性病原的无公害绿色生物方法的研究

    Studies of an environmental-friendly biological method eliminating abalone postlarval bacterial pathogens

  2. 手功能九孔柱测验的信度研究

    Investigation on Reliability of 9 Peg-Hole Test for Function of the Hands

  3. 患病九孔鲍苗中异养菌产胞外酶的分析

    Analysis on extra-cellular enzymes produced by heterotrophic bacteria from diseased postlarval abalone

  4. 坚硬岩石条件下九孔掏槽方式的数值模拟研究

    Numerical Simulation on 9-holes Cutting Mode in Hard Rock Mass

  5. 本研究以九孔的血液细胞为材料,研究血球在凝集反应中的细胞内讯息传递机制以及参与分子。

    In this study , hemocytes of abalone were used to investigate the mechanisms of intracellular signaling transduction on cell aggregation .

  6. 通过九孔喷丝板设计、前纺工艺与后纺工艺的调整,生产出质量优异的10dtex/9f三维卷曲涤纶短纤维。

    The top quality 10 dtex / 9f 3D crimp PET staple fiber was manufactured by design of 9 holes spinneret and adjusting of spinning parameters and post process .

  7. 已有研究认为九孔鲍苗出现大规模死亡现象是由于细菌、病毒等病原生物直接引起的,同时也有其他因素的影响,控制细菌、病毒等病原生物应该是防治病害的重点。

    Study shows that the phenomenon of mass death was due to bacteria , viruses and other factors , Control bacteria , viruses should be the focus of disease prevention .

  8. 通过施工现场的试验结果对双楔形、单螺旋、九孔三种掏槽方式加以比较,选取最为合理的掏槽方式和爆破参数。

    And selected out the reasonable cutting method and blasting parameters based on the test results performed in site by comparing the three cutting modes of the double cuneiform , the single helix and the nine hole .

  9. 2000年以来自福建省南部海域至广东、海南岛沿海,陆续发生九孔鲍人工培育种苗大量死亡现象&脱板症,造成九孔鲍苗的严重短缺。

    Since 2000 , mass death of artificial breeding abalone Haliotis diversicolor aquatilis has occurred in succession from the south sea area of Fujian to Guangdong and Hainan Island seaboard , which caused serious shortage of Haliotis diversicolor aquatilis larva .

  10. 桥身为三联连续桥梁,每联三孔,共八墩九孔。每孔跨度为128米,终年巨轮航行无阻。

    Four cars can run across " side by side . The main bridge is a bridge with 3 continuous spans . Each span has 3 arches . There are 8 abutments and 9 arches in total . Every arch has a span of 128 meters . Large ships can sail across it all the year round .