Therefore, each Logical Node is allocated with two arrays or 28 drives.
因此，每个逻辑节点都会获得两个阵列或28个驱动器。
Within a Logical Node, each tablespace is defined across two arrays, using 13 drives from each array, for a total of 26 hard drives.
在一个逻辑节点里，每个表空间的定义都跨越了两个阵列，使用了每个阵列中的13个驱动器，总共使用了26个硬盘驱动器。
But we're going to create a node for each object and store the byte arrays in the slots of that node.
但是我们准备为每一个对象创建一个节点，并将字节数组存储到该节点的slot中。
Moreover, it's not in favor of realizing the dynamic adding and deletion of node in linear tables by using arrays.
另外，用数组不利于实现线性表中结点的动态增加与删除。
Moreover, it's not in favor of realizing the dynamic adding and deletion of node in linear tables by using arrays.
另外，用数组不利于实现线性表中结点的动态增加与删除。
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