节点图,是两个以上装饰面的汇交点,是把在整图当中无法表示清楚的某一个部分单独拿出来表现其的具体构造的,一种表明建筑构造细部的图。大样图相对节点图更为细部化,也就是放节点图所无法表达的内容,以表达的更清楚。
细部节点图 Details
标准安装节点图 Installation Node Diagram
玻璃幕墙节点图 Curtain wall detail
会所前广场节点图 Club front joint drawing ; Club Square nodes graph
干挂石材节点图 Hanging Stone node graph
网络图分为节点图 activity-on-arrow ; AOA
外庭院节点图意向图 Outer courtyard node graph intention
附件节点图 TYPICAL DETAILS
节点图示法 Activity On Node ; AON
双层节点图 two-level-node graph
而节点图简单地讲就是关于某个项目、某个部位的放大图。
The node graph is simply about a project, a part of the amplification.
考虑到本文的目的,我们假设一个计算单元有五个节点(图1)。
For the purposes of this article, let's assume we have a cell with five nodes (Figure 1).
模式中的第三个部件上需要这个脚本包,它完成作为流程服务器集群的节点(图10)。
This script package is required on the third part in the pattern and completes the nodes which will satisfy the process server clusters (Figure 10).
Another thing to point out in these two graphs is that we do have nodes, and we figured out last time, we calculated how many nodes we should have in a 2 s orbital.
另外这两张图上要指出的是,我们可以看到节点,上次我们知道,我们算了2s轨道有多少个节点。
So what we should expect to see is one radial node, and that is what we see here 3s in the probability density plot.
个节点,这就是我们,在这概率密度图上所看到的,如果我们考虑。
All we have to figure out is how many nodes we're dealing with and then we can get the general shape of the graph here.
我们要知道的就是有多少个节点,然后我们就能得到图的大致形状了。
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