实验室系统

In many institution there is not good management of the laboratory, study environment is confusion and the management of devices is inconveniently, cost too much to maintain , Now need a system to manage the laboratory urgently.

在很多院校里没有很好的对实验室的管理方式，学生上机学习比较混乱，机器管理起来很不方便，维护代价太大，迫切需要一个对学生的上机进行管理的系统。

So it is very hard and expensive to industrialize this technology.

由于对真空系统的依赖使得该技术很难实现工业化，多数研究只是停留在实验室。

The objective of our study was to initiate a systematic and scientific investigation of the effects of long-term aloe ingestion on laboratory rats.

我们的目标是要启动系统的科学调查的影响长期服用芦荟的实验室老鼠。

Three axis optical tracking test table is a kind of powerful instrument used to reproduce the flying posture of flying weapons in laboratory.

摘要三轴光学跟踪试验转台是一种在实验室条件下复现飞行器或导弹在空中飞行姿态半实物仿真的有力工具，它和目标发生装置组合在一起模拟导弹跟踪目标的过程，可以真实地模拟出导弹等飞行器在空间的各种姿态和动力学特性，从而对其传感器件、控制系统和执行机构等硬件设备的性能加以测试和评价，为飞行器的研制、改进和再设计提供各种参考依据。

ABSTRACT Three-axis flying posture simulator is a set of precise and sophisticated equipment with important significance of economy and national defence. TFPS is a kind of powerful instrument used to reproduce the flying posture of flying weapons in laboratory. TFPS, together with equipment producing infrared target, simulates the attacked target and flying missile, which can really simulate the various flying postures in space and dynamic characteristics. Thus, the performances of sensors, control system and actuator and so on can be tested and evaluated, which provides various reference bases for developing, improving and redesigning flying weapons.

三轴飞行姿态仿真转台是具有重大经济价值和国防战略意义的高精尖试验设备，它是在实验室条件下复现飞行器或导弹在空中飞行姿态的有力工具，它和红外目标发生装置组合在一起模拟袭击目标和飞行导弹，可以真实地模拟出导弹等飞行器在空间的各种姿态和动力学特性，从而对其传感器件、控制系统和执行机构等硬件设备的性能加以测试和评价，为飞行器的研制、改进和再设计提供各种参考依据。

Wang Changqi from China Institute of Aerodynamics （ he is the inventer of the first Supersonic Jet Pulverizing in China ）, we have successfully produce three Supersonic, Cryogenic, Fluidized Bed Superfine Powder Pulverizing/classifying equipment , their type is CF26、 CF29、 CF50, they could be used in large-scale production and laboratory.

我厂是专业从事超流化床超微粉碎分级设备生产厂家，本企业汇集了空气动力学、结构力学、金属材料学、机械制造学、粉末冶金学等学科的相关专家，在中国空气动力学专家王昌棋将军(中国首台超音速气流粉碎机发明者)主持下，成功地研制、开发出适应大规模生产和实验室研发用以极规模生产用 cF26、 cF29、 cF50三种系列多种规格的超音速、超低温、流化床式超微粉碎分级系统设备。

The assigned problem of INVERTED PENDULUM is a part of Lab Work of Control System.

这分派 的倒立摆的问题是一个控制系统的实验室工作的一部分。

Kas Oosterhuis is professor for Architectural Design, Design Methods at the Delft University of Technology, director of the Hyperbody Research Group and director of the Protospace Laboratory at the Faculty of Architecture, focusing on buildings as Complex Adaptive Systems and on multi-player gaming techniques for Collaborative Design and Engineering.

Kas Oosterhuis是代尔福特科技大学建筑设计方法论的教授，超体研究组的总监，建筑系Protospace实验室的总监。他致力于"综合调节系统"和为推进合作化设计与工程的多人游戏技术。

Ontologies is the basis of knowledge representation and sharing. The existing Configuration-Design ontologies of Stanford Knowledge Systems Laboratory do not refer the resource and sharing relation between the components. In the Soininen's configuration ontologies and the configuration ontologies of Klagenfurt University Computer Science and Manufacturing Group, it is difficult to distinguish the function and the component. Then we built the new configuration ontologies for Port-and-Connector model. Now the building of ontologies is subjective.

由于本体是知识表达和共享的基础，而现有的Stanford大学知识系统实验室的配置－设计本体没有涉及对资源以及部件之间共享关系的说明；Soininen等的配置本体和克拉根福特大学计算机科学与制造小组提出的配置本体中，"部件"和"功能"很难互相区分，所以论文提出了新的端口－连接型产品配置域本体。

And, some images captured by the system in laboratorial conditions show that the design is feasible.

该系统在实验室条件下采集的图像表明，设计方案是可行的。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。