The "Virtual Experimental Provision" is a cutting-edge technology that allows users to conduct realistic and interactive experiments in a virtual environment. With this innovative provision, users can simulate various scientific and engineering experiments, gaining hands-on experience without the need for physical laboratory equipment. This technology incorporates virtual reality and advanced simulation techniques to create a fully immersive and educational experience. Users can explore different scenarios, manipulate variables, and observe outcomes to enhance their understanding of scientific principles. The "Virtual Experimental Provision" revolutionizes the way experiments are conducted and provides a safe, cost-effective, and versatile platform for hands-on learning. This technology has the potential to transform the field of education and research, offering a wide range of applications across disciplines.
虚拟实验装置,virtual experimental provision
1)virtual experimental provision虚拟实验装置
1.In this paper,the structure ofvirtual experimental provision and the design of hardware and software onvirtual experimental provision were discussed,and the mathematic model of the tank was discussed in detail,then do some research on the method to get the linearization of nonlinear generalized objective systems.本文介绍了虚拟实验装置的结构和软硬件设计方法,并详细讨论了以双容水箱为虚拟对象建立系统模型的过程及广义对象的非线性补偿方法。
英文短句/例句
1.Research on a Novel Virtual Condenser Experimental Provision一种新型凝汽器虚拟实验装置的研制
2.Virtual Reality of Armored Vehicle Starting Device Experiment Based on Web3D;基于Web3D的装甲车辆起动装置实验的虚拟现实
3.Construction of Virtual Packaging Lab Based on Virtual Instrument基于虚拟仪器的虚拟包装实验室构建
4.Research of Virtual Experiment and Virtual Equipment;基础虚拟实验及专业虚拟化数字装备的研究
5.Development of Virtual Laboratory for Process Equipments Based on Web;基于Web的过程装备虚拟实验室开发
6.The Research and Development of Excitation Experiment Installation Based on Virtual Instrument;基于虚拟仪器技术的励磁试验装置开发研究
7.Virtual Design and Experiments of Covering Film and Spraying Parts of Potato Planter Based on Solidworks基于Solidworks的马铃薯铺膜喷药装置虚拟设计与试验
8.Virtual test on the finger-chain type sugarcane-lifter based on ADAMS基于ADAMS的拨指链式扶蔗装置的虚拟试验
9.CAD of Parts of Small Refrigerating Plants & Simulation of Practice;小型制冷装置部件CAD及其虚拟实践系统
10.A Virtual Dual-arm Cluster Tool in Wafer Fabrication虚拟晶圆制造双臂自动组合装置的实现
11.A network real-time temperature monitoring device based on the virtual instrument基于虚拟仪表的网络化电缆温度实时监测装置
12.Virtual Reality Simulation Based on Experimental Study of Assembly of Surveying and Mapping基于虚拟现实仿真测绘装配实验的研究
13.Application of Virtual Reality Technology on Computer Equipment Experiment虚拟现实技术在计算机组装实验的中应用
14.The Sensor Virtual Experiment and Virtual Laboratory Based on the Virtual Instrument;基于虚拟仪器的传感器虚拟实验与虚拟实验室
15.Numerical Simulation and Experimental Study for the Radiative Cooling辐射制冷装置的数值模拟及实验研究
16.A Miniature Testing Equipment for Cutting Chemical Fiber一种实验用化学短纤维模拟切断装置
17.Design and Experiment Research of Hot Extrusion Simulating Mould;热挤压模拟实验装置的设计与实验研究
18.A Distributed Virtual Laboratory Platform Based on Service Composition基于服务组装的分布式虚拟实验平台研究
相关短句/例句
Virtual Assembly Lab虚拟装配实验室
3)simulation test device模拟实验装置
1.Study of forcesimulation test device of PDC bit cutting teeth;PDC钻头切削齿受力模拟实验装置研究
4)virtual experiment虚拟实验
1.Design of thevirtual experimental platform for planar parallel mechanism with three freedoms;平面三自由度并联机构虚拟实验平台的设计
2.A new collaborative awareness method ofvirtual experiment;一种新型虚拟实验协同感知方法
3.Virtual Experiment s Designing and Development of Mechanic Design s Basic Curricula;机械设计基础课虚拟实验的设计与开发
5)virtual experiments虚拟实验
1.The progress of thevirtual experiments in biochemistry education;虚拟实验对生物化学实验教学的补充和发展
2.Research on Virtual Experiments of Mass Point Trajectory Law of Motion;质点外弹道运动规律的虚拟实验的研究
6)virtual lab虚拟实验
1.The paper analyzes the technology of NS and VM in thevirtual lab,discusses the application of NS and VM in the network protocolvirtual lab,uses Boson NetSim and VMware to realize the network protocolvirtual lab of DiffServ/MPLS testing Qos.通过分析模拟器、虚拟机和虚拟实验技术,探讨了模拟器和虚拟机技术在网络协议虚拟实验中的应用,最后结合Boson NetSim模拟器和VMware虚拟机技术建立了DiffServ/MPLS测试Qos的虚拟实验。
2.Some studies and applications of web-basedvirtual laboratory at home and abroad are discussed.本文简要介绍了网络虚拟实验系统几种常见的实现技术,以及国内外对网络虚拟实验系统的研究与应用现状,并对几种实现技术进行了比较与分析。
延伸阅读
磁约束核聚变实验装置磁约束核聚变实验装置magnetic confinement fusion facility磁约束核聚变实验装置(magnetie eonfi，ie-merit fusion faeility)利用磁场来约束聚变等离子体的实验装置。磁约束核聚变实验装置可按其不同的特征分类，但通常以其约束位形来分类。虽则曾有过许多建议，其中有些在早期曾是主要的研究对象(如直线箍缩)，有些曾广泛做过研究，曾达到很大的规模(如磁镜)，但目前世界上公认的优选研究装置类型依次为:托卡马克、仿星器和反向场装置。它们各处于不同的规模、不同的研究阶段。实验装置用于研究受控核聚变的两大主题是:等离子体约束与加热。多数加热方法，如中性粒子注人、离子回旋共振、电子回旋共振加热，低混杂波加热和阿尔芬波加热等通用性较强。最基本的加热方法:欧姆加热只适用于有等离子体电流的装置，而对于快过程，由于持续时间过短，这些方法不尽适用。仿星器托卡马克的极向剪切磁场来自等离子体电流与纵向磁体电流贡献的合成。这种场也可由外加线圈产生，无需等离子体电流，因此可以稳态运行。这样的位形称仿星器。最早由斯皮泽于1958年提出。早期的仿星器用置于真空室外壁的大螺旋绕组来产生极向剪切磁场，在此绕组中相邻导体间的电流方向相反，而其纵向场绕组与一般结构绕组并无不同。仿星器位形对磁体结构要求精度很高，近年来在高度精密设计和制作工艺的基础上，采用三维特殊形状的绕组来同时产生纵向场与极向场。对1米多线度的磁体，其达到的公差为Zmm。用这种方法建成了德国的WendelseinVI。如果大螺旋绕组相邻导体中电流方向相同，保留纵向磁体，则为螺旋器。最新一代螺旋器是美国的AFT;同类型装置，日本的Heliontron一E是新一代仿星器上获得重要进展两大装置之一。若去掉纵向场，相邻绕组间电流方向相同，则为扭曲器，其新一代装置为日本的CHS和更大的LHS。全世界现有14个仿星器在运行，它们的规模远比托卡马克小，但近年来实验研究有了很大的进展。虽则聚变三参数乘积比托卡马克低许多，实验上也没有达到可观察各种极限的水平，但对主要物理问题有了相当清楚的认识，特别是在仿星器上首次发现了与托卡马克上高约束模相似的模(1992年)。正在设计下一代装置，将采用超导磁体，用于研究聚变堆参数下的特性，但不考虑氛氖运行。反向场箍缩(RFP)是近年来颇受科学家们重视的途径，因为它有可能通过欧姆加热把等离子体加热到点火温度，它可以在比托卡马克高得多的电流密度下运行，它可以运行在很高的尽值印为等离子体压力与磁场压力之比)如50%，比托卡马克的6一8%高出许多。因而它可能成为优越的聚变堆的物理基础。
