Disk fragmentation slows the overall performance of your system.
磁盘碎片减慢的整体表现你的系统。
Although not a file system integrity issue per se, disk fragmentation is another issue that might need attention.
尽管本质上不是一个文件系统集成问题，但磁盘碎片是另一个需要注意的问题。
The reason for this is to limit the amount of dirty pages in memory, which further reduces I/O overhead and disk fragmentation.
这么做可以限制内存中 “脏”页面的数量，从而进一步减少I/O开销和磁盘碎片。
Check disk space for fragmentation that could affect performance.
检查可能影响性能的磁盘碎片空间。
With your files stored neatly end to end, without fragmentation, reading and writing to the disk speeds up.
随着您的档案端到端存放整齐，没有碎片，硬盘的读写速度加快。
A solid example of file fragmentation with a single hard drive can be shown simply by running a disk defragmenter on your own computer.
比如，只需在计算机上运行一个磁盘碎片整理程序就能看到单个硬盘的文件碎片。
Like XFS and Reiser4, ext4fs includes delayed allocation to allocate blocks on the disk only when needed (which reduces fragmentation).
像XFS和Reiser 4一样，ext4fs还支持在必要时采取延时分配方式分配块(这样可以减少磁盘碎片)。
The other model, 'fragmentation', suggests that small clumps of a gaseous disk form directly into planets over 10,000 years.
另一个模型——碎化模型则认为大量聚集的气体盘在10000多年间直接形成了气体行星。
The other model, 'fragmentation', suggests that small clumps of a gaseous disk form directly into planets over 10, 000 years.
另一个模型——碎化模型则认为大量聚集的气体盘在10000多年间直接形成了气体行星。
With your files stored neatly end-to-end, without fragmentation, reading and writing to the disk speeds up.
与你的文件存储整齐，无破碎，阅读和写作磁盘的加速。
With your files stored neatly end-to-end, without fragmentation, reading and writing to the disk speeds up.
与你的文件存储整齐，无破碎，阅读和写作磁盘的加速。
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