This storage location is called XML data area (XDA).
这个存储位置称作XML数据区域(XML data area,XDA)。
Purified by XDA-5 macroporous resin, the purity can reach 45.2 %.
用XDA - 5型大孔吸附树脂进行纯化后，所得类黄酮的纯度为45.2%。
Buffer pool xda physical reads (defined in units of tablespace page size).
缓冲池x da物理读数(以表空间页宽为单位定义)。
Compression of XML data stored in the XDA is included in the new release of DB2.
DB2的新版本允许压缩xda中存储的XML数据。
One XDA object is created per data partition to store XML data for that partition.
在每个数据分区中创建一个XDA对象，用于存储该分区的XML数据。
The interpretation of the new XDA counters is the same as their corresponding relational counters.
新的XDA计数器的解释与对应的关系计数器的解释相同。
This provides more direct access to the XML data and avoids the redirected access to the XDA object.
这样便可以直接访问XML数据并避免对XDA的访问。
XML compression - Using XML compression in the XDA object when inlined in the row provides storage savings.
XML压缩—当在行中内联来节约存储成本时，在XDA对象中采用XML压缩。
Within the table space, the relational data is stored in the dat object, while XML data resides in the XDA object.
在表空间内，关系数据被保存在DAT对象中，而XML数据保存在XDA对象中。
If some documents in the XML column are still too large to be inlined, they are stored "outlined" in the XDA object as usual.
如果xml列中的某些文档仍然非常庞大而不能进行内联，那么可以像以往一样将它们保存在XDA对象中。
So, it's one over the area times the double integral of xdA, well, possibly with the density, 1 but here I'm thinking uniform density one.
那么就是在这个区域的对xdA的二重积分，当然可能和密度有关系，但在这认为密度均为。
These steps are based on the original instructions at the xda-developers forum and require a copy of PTerm from the Android Marketplace.
这些步骤根基于在xda-developers论坛上的最初说明并且需要一份AndroidMarketplace上的PTerm软件。
As commenter the Samsung Secret tells it on XDA developers, there are a few kinds of updates for phones. Namely, critical, maintenance and feature updates.
正如三星批评家在《XDA开发者》所评价的，手机只有少量东西可以升级的，也就是，重要的升级，维护和功能升级。
Row level sampling reads all data pages but considers only a percentage of the rows on each page, and therefore only a subset of the corresponding XDA pages.
行级的抽样读取所有数据页，但是只考虑每页上一定百分比的行，因此只包含相应xda页面中的一部分。
The results showed XDA-1 resin was preferable for separating licorice flavonoids with the dynamic adsorption and desorption ratio being 92.18% and 83.73%, respectively.
实验结果表明，XDA-1型大孔树脂对甘草黄酮的动态吸附率为92.18%，动态解吸率为83.73%，是一种较好的分离甘草黄酮的树脂材料。
Adsorption model for TP mass transfer with XDA-1 resins was set up and the height of mass transfer zone and total mass transfer coefficient in different operation conditions were calculated.
建立了XDA - 1树脂柱吸附茶多酚过程的传质模型，并根据该模型分别计算了不同操作条件下相应的物质总传质系数及传质区长度。
Adsorption model for TP mass transfer with XDA-1 resins was set up and the height of mass transfer zone and total mass transfer coefficient in different operation conditions were calculated.
建立了XDA - 1树脂柱吸附茶多酚过程的传质模型，并根据该模型分别计算了不同操作条件下相应的物质总传质系数及传质区长度。
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