本文讨论半导体掺杂薄层的数据特性和质量管理方法。
This paper describes the data character of semiconductor dopants and the quality control method.
您还必须为每个特性指定一个数据类型。
在从程序单元到数据单元的优化解决过程中，有什么新特性吗？
Have features such process location to data location optimization been tackled as of yet?
是否有敏感数据，具有额外安全特性的文件系统可能能够进一步保护它们？
Do you have sensitive data that might benefit from file systems with extra security features?
每个功能特性都有自己的数据存储。
当需要对数据进行物理分离时，这个特性就会非常方便。
This feature comes in handy when physical separation of the data is required.
某些硬件支持完全绕开内存，将数据直接传送给其他设备的特性。
Some hardware can bypass the main memory altogether and transmit data directly to another device.
LISP主要的特性之一是它将指令作为数据对待。
One of the main features of LISP is its ability to treat instructions as data.
并且我们还需要更清楚地知道我们数据的分布式特性。
And we were also more aware of the distributed nature of our data.
还有，这些新特性以及一个新的数据类型使用了向量指令进行并行化的计算。
Also, new intrinsics and a new data type use the vector instructions for parallel calculation.
其他一些新特性还有：支持。NET 4.0、模型先行或数据库先行的开发模式、模型视图、项目验证等等。
Other new features are: support for.net 4.0, model-first or database-first development mode, model view, project validation.
由于已经为在线访问提供了数据独立性，因此在同步功能中仍然保留这一特性。
Data independence will remain there for sync as it is already for online access.
数据收集仍然是IBMSupportAssistant V4.1的核心特性之一。
Data collection continues to be one of the central features in IBM Support Assistant V4.1.
重复以上步骤，添加另一个名为latitude的特性，数据类型为String。
Repeat the previous step to add another feature named latitude with the data type String.
把value特性的数据类型改为Integer。
Change the data type of the new feature named value to Integer.
该软件充分利用HTML5的特性，可以在没有网络连接的时候离线数据读取邮件，目前尚在进一步开发中。
The software relies on features from HTML 5. This technology is still under development.
但是在本文中，我们只关注测试数据管理特性。
In this article, however, we focus on the test-data management features.
当然，数据库引擎必须支持这些特性。
Of course, your database engine has to support this feature.
这个特性可以实时地收集电力消耗数据。
This provides for the collection of power consumption data in real time.
对象数据库有两个独特的特性。
dataSource特性是一个数据库连接的系统名称。
The dataSource property is the system name of a database connection.
表1总结了每个数据库平台支持的Version 2.1特性。
Table 1 summarizes the Version 2.1 feature support per database platform.
并对实验数据进行处理，建立了系统的响应特性模型。
After experiment data processing, the response characteristics model of the system is established.
下次，介绍数据透视表更多的特性，这些特性让数据透视表更易于理解和学习。
Next time up, a bunch more features that make PivotTables easier to read and explore.
空间数据的特性要求它在目前阶段必须实现无纸化管理。
The characteristics of spatial data call for paperless management at present.
很多甚至还会给你看特性数据来支持他们的建议。
Many will even show you specific data to support their suggestions.
它实现了保留位势数据物理特性的散乱位势数据网格化。
It realizes gridding the scattered potential data which keep the physical character of potential data.
以上磁性参数和物理特性参数均是在室温下的数据。
The above-mentioned data of magnetic parameters and physical properties are given at room temperature.
通过对实验数据的分析总结了转动特性、阻力特性和传热性能。
Summarized rotating characteristics, resistance characteristics, heat transfer performance through the analysis of experimental data.
随后深入分析和研究蓝牙软件结构，工作模式和数据传输等特性。
Then, it analyzes stack architecture, work models and data flow transport.
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