It shows excellent cycle and storage performance.
发现出优秀的电化学性能和存放性能。
The influence of ball milling time on hydrogen storage performance was also investigated.
研究了材料的组成和球磨时间对吸放氢性能的影响。
Welded steel cartridges used in huge Numbers demand a close attention to its long-time storage performance.
钢质焊接药筒的大量使用，其长贮性能引起人们广泛关注。
ACGCCR classification rules have better compact storage performance, stronger predictive accuracy and algorithmic robust capability.
ACGCCR分类规则在压缩存储表现、预测准确度、算法鲁棒性等方面性能表现良好。
The phase structure, hydrogen storage performance and electrochemical performance of the alloys were studied by XRD and three-electrode test system.
采用X射线衍射和三电极测试体系研究了合金的相结构、贮氢性能和电化学性能。
Evolution storage system (ESS) is a new type storage system, which can improve and evolve storage performance, storage capability, data structure etc.
进化存储系统(ess)是一种能实现存储性能、存储容量不断提高，数据组织结构不断进化的新型存储系统。
The research results of phasechanging composite material, including the fabrication method, its energy storage performance and durability were introduced.
介绍了相变储能复合材料的研究结果，包括制备方法、储能性能和耐久性能等；
Marketing VP Greg Joswiak mentioned the storage performance issue to me during an Apple event this past summer, which suggests that the company is weighing the pros and cons.
今年夏天在苹果的一次会议上，营销副总裁GregJoswiak曾经跟我提过这个问题，这说明苹果正在权衡闪存笔记本的利弊。
The GPFS enabled IBM SONAS filer further helps leverage high data storage performance to your AIX and Linux systems aiding in a uniform, consolidated and cohesive storage management.
启用GPFS 的IBMSONAS 系统进一步帮助为AIX和Linux系统提供高性能数据存储，有助于实现统一的存储管理。
In a clustered storage system constructed by multiple storage nodes, the goal of improving the network storage performance combined with applications is implemented by file system solution.
在多个存储节点构成的集群存储系统中，结合应用提高网络存储性能的目标就是利用文件系统方案来实现的。
OPNET is a set of network simulation tools, and can be an efficiency platform for researching network storage performance, by developing and improving the existing protocol and equipment model.
OPNET是一套网络仿真工具，通过对现有协议、设备模型进行开发和改进，可以使其成为一个研究网络存储系统性能的高效平台。
Storage server cache Settings can impact GPFS performance if they are not set correctly.
存储服务器缓存设置如果设置错误，可能会影响GPFS性能。
This reduces the storage consumption and improves performance.
这可以减少存储消耗并能提高性能。
This behavior avoids hot spots in the storage and exploits the performance of sequential writes (faster than random writes).
此行为避免存储中的热点并利用顺序写入的性能(比随机写入更快)。
In this case, you can improve performance by connecting to an external storage device that has write cache enabled.
在这种情况下，您可以通过连接启用了写缓存的外部存储设备来提高性能。
Storage capacity with performance: Achieved by dynamically adding Storage Pods on need basis.
存储容量和性能：通过根据需要动态地添加存储单元来实现。
If the read and write parameters are set too high, consider using storage area networks to increase performance.
如果读取和写入参数设置的太高，可以考虑使用存储区域网络提高性能。
If records are stored unequally across the database partitions, it can result in disproportional storage requirements and performance problems.
如果各数据库分区存储的记录数不均，就会导致不均衡的存储需求和性能问题。
Since these two storage systems have different performance characteristics, there may be an impact on the backup and restore solution.
因为这两种存储系统在性能方面具有不同的特性，可能对备份与恢复解决方案造成影响。
Smaller documents of about 10mb or less do have performance advantages in a database storage area when compared to other storage area types.
与其他存储区域类型相比，大约10MB以下的较小文档在数据库存储区域中确实有性能优势。
In this case, the rows must still be visible to user queries but there is a desire to move these seldom accessed rows to cheaper, lower performance storage.
在这种情况下，行必须对用户查询可见，但是需要将这些很少被访问的行转移到更便宜的、性能更低的存储上。
HANA employs an in-memory, data source agnostic computing engine, where data to be processed is held in RAM instead of reading from secondary storage devices thus providing a performance boost.
HANA应用了常驻内存、数据源无关的计算引擎，要处理的数据存放在RAM中，而不是从二级存储设备中获取，这样提供了性能的提升。
Like physical waste and trash, unwanted and unused data also pollutes the digital environment by degrading the performance and capacity of storage systems and requiring costly disposal.
就像物理的浪费和垃圾，有害的和没用的数据会降低性能和存储能力，并且要求昂贵的处理能力，从而污染了我们的数字环境。
Suppose a database that resides on a storage area network (SAN) storage array exhibits poor performance every time a certain query is run against it.
假设位于一个存储区域网络(SAN)存储阵列上的数据库在每次对它运行某个查询时具有糟糕的性能。
Compression of XML data and indexes, which improves storage efficiency and runtime performance for certain workloads.
XML数据和索引的压缩，这会改进某些工作负载的存储效率和运行时性能。
The layout is spread across some number of storage devices to enable parallel access and higher performance.
布局跨多个存储设备展开，来支持并行访问和更高的性能。
The price here is complexity and the resources hog in the way of memory and storage, which often leads to poorer performance.
这里的代价是内存和存储器方面的复杂性和资源消耗，这通常会导致性能降低。
Native XML databases are all about sacrificing storage and tolerating redundance in exchange for performance.
原生xml数据库都是以牺牲存储空间并容忍冗余为代价来换取性能的。
Due to the memory storage technology used in SSDs, the performance is an order of magnitude higher than regular hard disk drives.
由于SSD中采用了内存存储技术，SSD的性能比常规硬盘驱动器高出了一个数量级。
All of this results in a savings in storage costs and, in many cases, improved performance.
所有这些节省了存储成本，在许多情况下改善了性能。
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