Slices are the immutable list of logical slice identifiers.
slices是逻辑片标识的一个不可变列表。
The next important property is a list of the logical slice identifiers.
下一个重要属性是逻辑片标识的一个列表。
The implementation must return one of the given logical slice identifiers.
该实现必须返回一个给定的逻辑片标识符中。
If the property is unspecified, the entire persistence.xml is scanned to identify all unique logical slice identifiers.
如果此属性是指定的，那么会扫描整个persistence . xml来识别所有的惟一逻辑片标识。
The ordering of logical slice identifiers gains significance and effectively determines the ordering of the selected elements.
逻辑片标识的排序很重要，并能有效决定所选元素的排序。
Slice does not require such additional schema-level information because it maintains the association between a persistence instance and its original database partition via its logical name.
Slice不需要这类额外的模式层的信息，因为它根据持久性实例的逻辑名维护了实例和其原始数据库分区间的关联。
Every filesystem in Solaris corresponds to a slice or to a logical volume (if you are using Veritas).
Solaris中的每个文件系统都对应于一个片或一个逻辑卷(如果您正在使用Veritas)。
Note that it is eminently possible with slice to specify a fourth slice with the logical identifier four that represents a MySQL database within the same configuration as follows.
请注意，对于Slice，完全可以安照如下所示指定逻辑标识为Four的第4个片，用来代表相同配置中的一个MySQL数据库。
Logical partitioning (LPAR) is the ability to logically slice up a single system's CPU, memory, and other resources to create multiple and separate servers.
逻辑分区(LPAR)是划分单个系统的CPU、内存和其他资源以创建多个单独服务器的能力。
In this paper, by using logical and numerical operating algorithm of the three-dimensional matrix, a new way of obtaining oblique slice image from volume data is introduced.
以核磁共振成像中的任意位置切面视频成像处理问题为例，讨论了以三维矩阵数值运算与逻辑运算为基础的成像算法。
In this paper, by using logical and numerical operating algorithm of the three-dimensional matrix, a new way of obtaining oblique slice image from volume data is introduced.
以核磁共振成像中的任意位置切面视频成像处理问题为例，讨论了以三维矩阵数值运算与逻辑运算为基础的成像算法。
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