根的结构

  • 网络Root Structures
根的结构根的结构
  1. 关于BCI-代数诣零根的结构

    The Structure of Nil-radical in BCI-algebra

  2. 高压地层顶部的过渡带可以用声波过渡时间、碳氢化合物指数(PI)、伊利石化程度、干酪根的结构以及镜质体反射率的变化加以确定。

    The top of the anomalously pressured transition zone is identified by marked increases in sonic transit time , hydrocarbon production index ( PI ), clay diagenesis , and vitrinite reflectance .

  3. 国外,有关单位根的结构突变研究主要集中在90年代的美国,即所谓Perron现象和部分逆Perron现象等。

    The research of unit root related structure change abroad took place mainly in America in 1990s , which included the so-called " Perron phenomena " and " partly anti-Perron phenomena " .

  4. 干酪根的结构与变化

    And tectonic movement . THE STRUCTURE OF KEROGEN AND ITS ALTERATION

  5. 巴戟天根的结构及其与蒽醌类化合物的积累关系

    Relationship between root structure and accumulation of anthraquinones of Morinda officinalis

  6. 格序环的一个根的结构

    On the Structure of a Radical of Lattice Ordered Rings

  7. 所有整数的平方根的结构是简单的。

    The construction of the square roots of all integers is simple .

  8. 长时间电刺激后骶神经根的结构观察及临床意义

    Structure observation and clinical significance of sacral roots after long term electric stimulation in dogs

  9. 关于结构突变问题大致可以分为有关单位根的结构突变问题和协整的结构突变问题。

    Structure change can be classified into unit root related structure change and cointegration structure change .

  10. 各不育系的育性转换特性研究表明,不同不育系的育性对温度的敏感期和临界温度是不同的。干酪根的结构与变化

    The sensitive stage and CSTP of fertility alteration in seven lines were different . THE STRUCTURE OF KEROGEN AND ITS ALTERATION

  11. 假根:在一些藻类、苔藓植物和裸子植物配子体中存在的由单个细胞形成的类似根的结构。

    Rhizoid A unicellular rootlike structure found in certain algae and in the gametophyte generation of the bryophytes and some ferns .

  12. 作者通过热模拟试验及各种分析实验,对干酪根的结构进行了研究。

    Based on thermal simulation and various analytical experiments , the authors have made a deep research on the structure of kerogen , which shows .

  13. 分析了大坝电厂~1汽轮机叶片叶根的结构和受力特点,介绍了相应的超声波探伤方法和工艺要点。

    Analyses the structure and forced features for No. 1 turbine blade root of Daba Power Plant , and introduces related ultrasonic testing methods and technological requirements .

  14. 结果表明:角茴香其根的结构特点为双子叶植物根的正常初生结构;

    The results show : the structural features of its root are the same as those of the root of dicotyls at the early stage of normal growth ;

  15. 运用植物解剖学、组织化学和植物化学方法对细叶远志和卵叶远志根的结构、皂苷的组织化学定位以及远志皂苷元含量进行了比较研究。

    Anatomical , histochemical and phytochemistry methods were used to investigate the structures and localization of saponins as well as the senegenin contents of root in Polygala tenuifolia Willd and P.

  16. 采用解剖学的方法对分布于广西的9种野生苏铁和1种栽培苏铁植物的根系类型及肉质根的结构进行解剖研究,结果表明:(1)苏铁属植物的根系属须根系而不是直根系。

    The method of anatomy is used to study the root system and fleshy root structure of 9 species of wild Cycas and 1 species of cultivated Cycas in Guangxi . The results show that : ( 1 ) Cycas belong to fibrous root system but not taproot system .

  17. 目的:探讨三叉神经根的解剖学结构,为三叉神经痛(TN)的治疗提供形态学的依据。

    Objective : To investigate the anatomic structure of trigeminal nerve root and provide the morphologic base for the treatment of trigeminal neuralgia ( TN ) .

  18. 七叶一枝花根的显微结构及其内生真菌分布研究

    Microstructure and endophytic fungus distribution of the root of Paris polyphylla

  19. 根的次生结构包括周皮和次生维管组织两部分。

    The secondary structure included periderm and secondary vascular tissue .

  20. 根的初生结构和早期的次生结构都是正常的。

    The primary structure and early secondary structure were normal .

  21. 的观察三叉神经节及根的形态结构。

    Objective To study the trigeminal ganglion and root .

  22. 茄子砧木与栽培种根的解剖结构比较

    A Comparison Between the Anatomical Structures of Eggplant 's Stock and Cultural Variety

  23. 蓝靛果忍冬初生木质部发育为外始式,根的初生结构为8原型。

    Primary xy-lem is exarch , primary structure of root is 8 polyarch .

  24. 红豆杉根的显微结构及其内生真菌分布

    Root Microstructure and Distribution of the Endophytic Fungi in Taxus chinensis var. mairei

  25. 项目区域划分为各个团队区域,并安排为具有多个根的层次结构。

    A project area is structured into team areas , arranged in a multi-rooted hierarchy .

  26. 根的初生结构由表皮、皮层和中柱组成;无次生根结构。

    Without secondary structures in root .

  27. 商陆营养器官及不同生长龄贮藏根的解剖结构研究

    Anatomical Studies on the Vegetative Organs and the Stored Root of Different Years of Phytolacca Acinosa

  28. 有机质成烃动力学是定量评价烃源岩生烃潜力的重要研究方法之一,它是建立在干酪根的组成结构和化学反应动力学基础之上的。

    The kinetics of organic matter generating hydrocarbon which based on the composition and structure of kerogen and chemical kinetics .

  29. 用X光衍射法研究干酪根的微观结构无衍射光莫尔条纹法直线度测量仪

    The Determination of Aromatic Degree of Kerogen by X-ray Diffraction Instrument for Straightness Measurement using Non-diffracting Beam and Moir é fringe

  30. 在我们的方案里,同一个角色相关的角色委托关系可以构成一个以该角色为根的树状结构。

    In our suggestion , delegation paths starting with the same role can construct a hierarchical structure , such as a delegation tree .