为了使实验环境更接近现实网络，在验证算法的公平性的试验中使用了自相似的背景流来模拟网络的状态变化。
In order to make the experiments environment close to the real network, in the experiments of verifying fairness of algorithm we use self-similar flow as the background flows.
我公司生产的建筑光伏组件是得到了国家科技部攻关项目支持，经过可靠的环境试验，其使用的长期可靠性得到了保证。
We supply good quality BIPV modules. BIPV have tested by strict environment tested which approved long term reliability. The project was supported by Minitry of Science and Technology.
介绍了ZFN13-40．5（Z）气体绝缘金属封闭开关设备的使用环境、技术参数、结构布置、产品特点和主要型式试验等内容。
The paper introduces suitable environmental conditions, technical parameters, general layout structure and main type tests of ZFN13-40.5(Z) gas insulated metal-enclosed switchgear (GIS).
拥有使用环境和寿命试验的实验室。
另外，针对汽车内饰件和外饰件使用环境不同，给出了相关的试验标。
In addition, some related testing standards for automotive interior components and exterior components were given, which worked at different conditions.
试验是暴露结构缺陷和鉴定设备承受使用环境能力的一种有效方法。
It is an available method that the vibration test to discover the structure limitation and the equipment adaptability in operational environment.
由于产品结构、外载荷和使用环境的差异，使得试验结果大相径庭，从而导致结果不具有通用性。
As the product structure, external applied load and service conditions difference, makes the test result to be widely divergent and resulting in the result does not have a generic.
基于虚拟仪器技术的引控数据采集系统己投入使用，经过环境试验、运输试验、系统联试试验，证明该系统测试准确、稳定可靠、抗干扰能力较强。
Approach control data acquisition and monitoring system which is proved by environmental experiment, transportation experiment, system test, it is test nicety, steady reliability, anti-jamming.
基于虚拟仪器技术的引控数据采集系统己投入使用，经过环境试验、运输试验、系统联试试验，证明该系统测试准确、稳定可靠、抗干扰能力较强。
Approach control data acquisition and monitoring system which is proved by environmental experiment, transportation experiment, system test, it is test nicety, steady reliability, anti - jamming.
通过对试验结果的分析，证明超亮白光led在热真空环境中工作性能稳定，同时给出了合理的使用方法，为超亮白光led在航天照明领域的应用奠定了基础。
The results show that the performance of super-light white LED is rather stable in thermal vacuum test, and can be used in space illumination field.
通过对试验结果的分析，证明超亮白光led在热真空环境中工作性能稳定，同时给出了合理的使用方法，为超亮白光led在航天照明领域的应用奠定了基础。
The results show that the performance of super-light white LED is rather stable in thermal vacuum test, and can be used in space illumination field.
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