查询词典 virtual

Company has been mainly based on integrity for high-quality, operates mainly in fresh Campanulaceae, do Campanulaceae, Platycodon silk exports be medicine, food medicines, according to my door to customer demand for processing different types of Campanulaceae such as: size length, size , and many virtual virtual Campanulaceae less, thereby creating a custom-made products, my door's purpose is: Let customer satisfaction is my goal door, so that benefits are my customers have the purpose of door, one to shake hands with Datang are Forever Friend, step into the big good luck to followWing

公司成立以来一直是以诚信为高质量为主，主要经营鲜桔梗，干桔梗，桔梗丝，出口条药，菜药，我门可以根据客户的需求来加工不同类型的桔梗如：尺寸长度，大小，和桔梗虚多虚少，从而打造出定做产品，我门的宗旨是：让客户满意是我门目标，让客户有实惠是我门的目的，大唐一握手永远是朋友，蹋进大唐门好运永跟随

With Virtual Sandbox installed, programs can be allowed to run in a discardable, carefully tailored, virtual environment that is contained and isolated from the operating system, but appears on your Windows desktop.

随着虚拟沙盒安装，程序可以被允许运行在discardable ，精心定制，虚拟环境，遏制和孤立于操作系统，但出现在您的Windows桌面。

The robotic Denavit-Hartenberg theory was firstly introduced to describe the Tooling virtual assembly procedure. Then the Tooling assembly mathematical model was established based on the Denavit-Hartenberg inverse kinematics and virtual assembly space constraint relationships for describing the position of robots theory in 3-D space. And to solve the problem of length discontinuousness of standard parts, the position adjustment strategy for Tooling vacuum group was studied and presented.

首次引入机器人运动学Denavit-Hartenberg模型，基于反向运动学原理和虚拟装配的空间约束关系，建立了Tooling空间装配的数学模型，并根据Tooling装配所用标准件长度不连续的特点，进一步给出了Tooling吸盘组件的空间位置调整策略。

The key technologies of transformer substation's virtual-reality simulation are studied. A method of organizing the virtual space and objects' models into a hierarchy tree according to their electee relationship is applied.

重点研究了变电站一次设备仿真虚拟场景生成的关键技术，对于大规模复杂场景，给出一种综合了电气连接特性和树型层次结构的虚拟场景模型组织方法，并基于该场景模型组织方法提出了快速可见性预判断和LOD层次预计算的加速绘制方法。

The necessary and center part of eudaimonia is virtual practice, and eudaimonia is virtual life.

德性实践是作为幸福中心的必要部分发挥作用，幸福是合乎德性的现实生活。

The third tidal wave of IT industry is gestating from the beginning of the new century, which tries to interconnect all resources on Internet so that resource sharing and collaborating can be implemented in the scope of virtual organizations. Therefore, it is significant and valuable for both researchers and engineers to investigate grid computing technologies for large-scale business applications to support virtual organizations. Based on Meta Computing, orthodox Grid Computing and Peer-to-Peer Computing, the author explores fargoing grid computing methodologies, which incorporates middleware support at three levels, viz.

进入新世纪以来，信息产业的第三次浪潮开始孕育，它试图全面连通因特网上的所有资源，以最终实现灵活的虚拟组织范围的资源共享和协同工作。

The grid connecting with high speed internet form a virtual environment , realize resources share and co-work on virtual environment with high propertie.the grid establish on public internet which is much open and heteromerous.

网格建立在开放性、异构性极大的公共网络internet中，除了考虑传统网络的安全问题之外，还必须考虑网格计算环境中的诸多新特点所带来的安全问题，如：用户、资源动态可变，计算过程可中动态请求启动进程、申请或释放资源等等。

The principle of optical fiber homochromous radiation temperature measurement was described. The mathematical model was created. Aiming at the problem of temperature measurement in bad working environment , quartz optical fiber and narrow band filter were used to design a temperature measurement system in real time based on virtual instrument. Principle and method of the system ,structure of hardware and software were expounded. The methods of data acquisition and data analysis on virtual instruments platformwere explained. Single2chip hardware system and LabVIEW software were adopted to ensure the precision and stability , data storing and long2range display was realized.

介绍了光纤单色辐射式测温原理，建立了测温系统数学模型，针对恶劣环境下的温度测量问题，利用石英光纤束和窄带滤光片，设计了基于虚拟仪器技术的实时测温系统，阐述了系统工作原理和实现方法，以及系统的硬件和软件结构，说明了在虚拟仪器开发平台上进行数据采集与数据分析的实现方法，采用单片机硬件系统和LabVIEW软件系统以保证测量精度和稳定性，并实现了数据的存储和远程显示。

We reconstructed the 3-D and virtual endoscopy image about nasal septum, frontal area of the apertura of sphenoidal sinus, sphenopalatine foramen, sphenopalatine artery and sphenoidal sinus use Volume Rendering, Multiplanar Reformation, Virtual Endoscopy and Curved Planar Reformat, and measured and ,about undertaked The nose, nasal septum, sphenopalatine artery, anterior region of the aperture of sphenoidal sinus, sphenopalatine artery and adjacent structures of hypophysial fossa were dissected, observed, measured and analysised the dependency anatomic structure at the same time.

结果： 一、标本解剖 1、鼻孔长径11.32±0.82(10.2~13.2)mm，鼻孔短径7.85±1.21(5.2~9.8)mm。鼻中隔厚度在前、中、后部分别为5.02±0.42(3.8~5.4)mm、5.57±0.47(4.5~6.4)mm、5.55±0.55(4.8~6.4) mm。 2、鼻中隔骨与软骨交界处距前鼻棘21.26±2.47(18.1~27.6)mm，距鼻孔内侧缘中点33.72±3.52(27.1~40.6)mm，距鼻小柱30.12±2.84(26.9~36.8)mm，距蝶窦口下缘38.04±3.49(32.4~45.1)mm，距后鼻孔41.82±3.96(36.9~50.1)mm。四方软骨中部厚度、边缘厚度、前后径、上下径分别为：1.12±0.13(0.92~1.42)mm、1.28±0.24 (0.83~1.67)mm、30.93±4.52(24.9~40.6)mm、29.94±2.14(24.8~34.3)mm。 3、蝶窦口长5.64±0.39(4.92~5.94)mm，宽3.58±0.22(3.10~3.96)mm，距上鼻甲尾部9.5±0.9(8.5~12.1)mm，距上鼻道未端14.5±1.1(12.5~16.4)mm，距中鼻甲尾

In the research on assessment of inspectability, a uncertainty model and uncertainty propagation model of Virtual Coordinate Inspecting System is setup according to the feature that parts to be inspected in Virtual Coordinate Inspecting System are considered as ideal parts.

在可测量性评估方法的研究中，本文从虚拟坐标测量系统中的零件被当作理想零件这一特点出发，建立了虚拟坐标测量系统的不确定度模型及其不确定度传递模型。

Finally, according to market conditions and market products this article paper analyzes the trends in the development of camera technology, and designs a color night vision camera.

最后根据市场情况和市面上产品的情况分析了摄像机技术的发展趋势，并设计了一款彩色夜视摄像机。

Only person height weeds and the fierce looks stone idles were there.

只有半人深的荒草和龇牙咧嘴的神像。