internode

1. GPFS uses this internode access to allow any node in the GPFS cluster to run relevant commands on other nodes.
   GPFS使用这个中间节点的访问允许GPFS集群中的任何节点在其他节点上运行相关命令。
2. Internode communication also happens through networks.
   节点之间的通信也要通过网络。
3. Temperature-driven Dynamic Growth Process Simulation of Greenhouse Melon Internode and Leaf Angle
   温度驱动的温室甜瓜节间和茎叶夹角动态生长过程模拟
4. Results showed that the elongation of mesocotyl and internode of coleoptile played important roles in the seedling emergence of the weedy rice from northern China.
   研究结果表明，在中国北方发现的部分杂草稻具有较强的中胚轴伸长特性和芽鞘节间伸长特性。
5. Inheritance of Plant Height and Its Correlation with Internode Length in Dwarf Soybean
   矮秆大豆株高遗传及主茎节间长度相关分析
6. QTLs for the Vascular Bundle System and Correlative Traits of Uppermost Internode Using a Doubled-haploid Population in Wheat
   小麦DH群体穗下节间维管束及相关性状QTL分析
7. Branch growth for internode length ( IL) and basal diameter ( BD) was determine by vernier caliper, and their partial correlations with respect to the whorls were calculated.
   结果表明，同一年份枝条节间长、基径生长量随轮枝层的下降呈波动式下降趋势。
8. Relationship Between Gibberellin-induced Internode Elongation and Endogenous Hormone Changes in Sugarcane
   赤霉素诱导甘蔗节间伸长与内源激素变化的关系
9. All of these recessive mutations, which are considered to be null alleles, exhibit defects in internode elongation.
   被认为是无效等位基因的这些隐性突变都存在节间伸长缺陷。
10. These results suggested that early senescence ( low plant physiological activities) affected the plumpness of basal internode and caused the lodging under DC.
    表明由于旱种水稻早衰（植株生理活性低），影响了水稻基部节间的充实，造成旱种水稻发生倒伏。
11. Relationship of resistant index of the third internode to the top of crossing cultivars during riped stage and their parent rices
    杂交籼稻成熟期倒3节间倒伏指数与亲本的关系
12. Adventitous shoot regeneration from internode transverse thin cell layers of cut spray chrysanthemum. Research on the Nonlinear Dynamics Analysis of Regenerative Tool Chatter
    多头切花菊节间横切薄层不定芽再生的研究再生型切削颤振的非线性动力学分析
13. Green or brown flexible petiole, variable internode length. Large trailer.
    绿色或咖啡色的柔软叶柄，节间距离易变。大的悬垂型。
14. Simulation of melon internode and leaf angle based on dynamic growth process was key points to achieve the Virtual Reality ( VR) model.
    温室甜瓜节间和茎叶夹角的动态生长过程模拟是植物生长数字化和可视化的重要内容。
15. The development and formation of above-ground organs in wheat plant were simulated systematically and comprehensively, including leaf blade, internode and tiller.
    对小麦植株地上部器官形成过程进行了较为系统、全面的模拟研究，建立了包括叶片、节间和分蘖的解释性动态模型。
16. This is formed by the swollen lowest rachilla internode and adnate lower glume.
    膨胀的最低的小穗轴节间和贴生的更低的颖片形成这。
17. Three genetic coefficients, including maximum phyllochron, elongation internode number and plant height, were used to describe the genetic differences in leaf blade and internode among different wheat varieties.
    模型引入3个品种参数，即最大叶热间距、伸长节间数和株高，分别反映了不同小麦品种在叶片和节间等方面的遗传差异性。
18. Research on the Quantitative Relationship between Rice Panicle Characteristics and Vascular Bundle in Neck-panicle and Second Internode
    水稻穗部性状与穗颈和倒二节间维管束数量关系的研究
19. Genetic Analysis and Molecular Marking of Cucumber Internode Length by SRAP
    黄瓜节间性状的遗传分析与SRAP标记
20. GA could increase the elongate rate, the internode length and the width of neonatal leaf.
    GA一处理加快了各品种伸长速度，增加节间长度，新出叶片宽度；
21. Modeling Leaf Sheath and Internode Growth Dynamics in Wheat
    小麦叶鞘和节间生长过程的模拟研究
22. PE was no correlated with leaf length, leaf width and the 3rd, 4th internode length;
    穗伸出度与叶片长、宽，第3、4节间长的遗传相关不显著。
23. Internode length and branching angle had no significant difference from different treatments.
    在不同光照条件下，根茎节间长度和分枝角度没有显著变化；
24. Sucrose was the main sugar in the internode and peduncle vascular bundle.
    节间和果柄维管束中主要含有蔗糖。
25. Meanwhile, plant height, pods of branches, internode length decreased.
    株高、主茎节数、节间长度和分枝数显著降低。
26. Adventitious shoot regeneration systems from in vitro leaves and stems without internode of tube seedlings were obtained.
    利用组培苗叶片及无节茎段为外植体，较为系统地研究了影响其不定芽再生的各因素，建立了不定芽再生体系；
27. While internode length and branching angle had no evident difference with different soil moisture treatments.
    这说明雷竹无性系的根茎和隔离者具有很强的形态可塑性。根茎节间长度和分枝角度在不同土壤水分含量条件下没有明显变化。
28. And there was no response in effect to nutrient content grads of internode length and ramets amount.
    分株数和节间长不对基质养分梯度产生有效性反应；

noun

1. a segment of a stem between two nodes