The special wire gauze used for making mesh reflector is one of the key basic material.
用于网面材料的特种金属丝网布是制作网状天线的关键基础材料之一。
That can provide some reference for mesh surface shaping design of mesh reflector antenna.
为索网反射面天线的网面成型工作提供一定的参考作用。
Detailed analysis procedure of the active cable-mesh reflector is demonstrated with a single cable in a numerical example.
数值算例中以单索为例给出了索网主动反射面分析的详细过程。
Currently mesh reflector antennas are utilized onboard the spacecraft for satellite communications, remote sensing and VLBI applications.
目前，网状反射面天线被广泛应用于卫星通信的宇宙飞船、遥感和VLBI中。
With features of light-weight, small-packaged cubage, etc , the mesh reflector has been used widely for developing large deployable antenna for space application .
网状天线以其重量轻、折收体积小等特点在空间大型可展开天线的研制方面得到了越来越广泛的应用。
An approach, together with a demonstration on the active cable-mesh reflector, using the least square optimization model is presented to solve the initial equilibrium problem of cable-mesh.
结合大射电望远镜中索网主动反射面实例给出了一种基于最小二乘优化模型求解索网结构初始平衡状态的方法。
Secondly real models of the mesh unit and the whole mesh antenna are created, then shaping stress according calculation result is pressed on, finally the shaped mesh reflector antenna is obtained.
其次自己动手制作了天线单元和整体的实物模型，按照前面计算出的结果对天线网面施加预应力，得到成型后的实物索网反射面天线。
Based on the structural analysis of the reflector antenna, a mesh model of the distorted reflector is obtained through the node displacement of elements of the distorted reflector.
该方法基于反射面天线的结构分析，利用变形反射面单元的节点位移信息得到变形后的反射面的网格模型。
A new method for the form-state analysis of cable net in mesh antenna reflector is proposed in the paper.
提出一种改进的方法进行金属网反射器索网形态分析，可以提高金属网反射器的制造调整效率。
The technology of Large Space Mesh Antenna Reflector Precision Control intends to ensure the performance of antenna at orbit.
大型空间网状天线反射面精度控制的目的是保证天线在轨工作时的反射性能。
The technology of Large Space Mesh Antenna Reflector Precision Control intends to ensure the performance of antenna at orbit.
大型空间网状天线反射面精度控制的目的是保证天线在轨工作时的反射性能。
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