leaf node
英 [liːf nəʊd]
美 [liːf noʊd]
网络 叶子结点; 叶子节点; 叶节点; 叶结点; 树叶节点
英英释义
noun
- (botany) the small swelling that is the part of a plant stem from which one or more leaves emerge
双语例句
- The treatment of trampling profoundly affected the leaf length, width, node location of a leaf and above ground biomass.
踩踏则深刻影响了叶片的长度、宽度、a、b叶着生节点位置、地上部分生物量。 - Relationship between emergence of tiller and nitrogen concentration of leaf blade or leaf sheath on specific node of rice
水稻分蘖发生及与特定部位叶片叶鞘含氮率的关系 - It proposes a hybrid approach for regression analysis& BRT ( Bayesian regression tree), which builds tree model by the divide-and-conquer method and uses NBR ( naive Bayesian network for regression) to replace leaf node.
结合朴素贝叶斯和决策树提出一种用于回归分析的混合学习方法&BRT（BayesianRegressionTree）。该方法基于分而治之原则构造决策树，以朴素贝叶斯取代叶节点。 - The detail data declared in the sub-classes is loaded only when a user either selects the tree leaf or opens the tree node.
在子类中声明的详细数据只在用户选择这个树叶或打开树节点时才会装载。 - Compared to traditional method, the improved method adds the leaf node path distance measurement, making the measure of sample similarity more precise.
与原始方法相比，改进方法增加了叶子节点路径距离的度量，更精确地度量了样本间的相似性。 - Meanwhile, by comparing the influences of water content of stem with leaf sheath, it could be founded that stem-leaf bond intensitys and water contents of leaf sheath had same change trend with node position. ( 3) Flattening decreased stem-leaf bond intensity of corn straw obviously.
比较茎秆含水率和叶鞘含水率分别对茎叶结合强度的影响发现，叶鞘含水率与茎叶结合强度随节位的变化趋势具有一致性。（3）压扁可明显减小玉米秸秆茎叶结合强度。 - The central idea of improved B~+ tree algorithm is to allow the number of keys in non-leaf node is N times of leaf node.
改进B~+树算法的核心思想是让非叶子结点可含有的最多关键字个数是叶子结点的N倍。 - Note: If you are connected to a non-root node or a leaf node, the information that you can view and the actions that you can take are limited.
注意：如果您连接到非根节点或叶节点，您可以查看的信息和可以采取的操作将受到限制。 - In the index tree, leaf node is storing the XML data.
索引树中的叶子节点存放着XML节点的数据。 - Photosynthetic contribution of non-leaf organs above flag leaf node to grain yield accounted for 70%~ 80%, which increased with water supply decreasing or plant density increasing. 2.
在旗叶节以上器官对粒重的总贡献率中，非叶器官的贡献率所占比例达70～80%，随灌水减少、密度增大而增加。