| 1. | Shape adjustment on ground of circular - truss deployable antenna
周边式桁架可展开天线基于地面的网面调整 |
| 2. | The large deployable antenna with phased array feed for the ets - 8 satellite
8卫星相控阵馈电大型可展开天线 |
| 3. | The test scheme , test requirement and goal for large deployable antenna are explained concisely
介绍了大型天线需要完成的试验项目及内容，并简述了试验的目的和意义。 |
| 4. | A truss deployable parabolic wave antenna is introduced to show the developing procedure of large space deployable antenna
最后作为大型可展开天线的研制实例，介绍了一个构架式网状可展开抛物面天线。 |
| 5. | As a result , it is significant for suited design between structure and eletricity performance to research the surface accuracy of inflatable deployable antenna
因此研究充气展开天线的形面精度,对结构及其与电性能的匹配设计具有非常重要的意义。 |
| 6. | The essential requirements for designing this kind of equipments are listed . for some common large deployable antennas , the zero - gravitation off - loading equipments are introduced in drawing
针对一些典型的大型可展开天线结构，介绍了与之展开相适”应的零重力模拟设备的结构形式。 |
| 7. | The paper presented in detail the developing technology of 4m - 10m space deployable antennas , including design rule , analysis contents and required tests
本文对4 10米空间可展开天线的研制技术作一个归纳总结，包括设计要考虑的因素、主要的分析内容和分析方法，必须的试验和测试项目等。 |
| 8. | First this paper summarized the developing configuration of large space deployable antenna of world wide , especially various kinds of structure and the key techniques of high accurate deployable antennas
本文首先综述了各国大型天线发展的技术状态以及应用领域和发展趋势，重点介绍了各种星载大型可展开天线的结构构型和高精度可展开技术。 |
| 9. | The distribution of pre - stress in parabolic net of astromesh deployable antenna plays an important role in design and analysis of this kind of deployable antenna , a common method to solve this problem is non - linear finite element method
环形桁架可展天线中心索网的预拉力配置问题是此类天线结构设计与分析的重点，目前，常采用的解决方法为非线性有限元平衡迭代。 |
| 10. | The research content of this dissertation include two main part , the first is the design and analysis of deployable antenna on satellites and the second is the analysis of cable - membrane structure & the development of cad system for this kind of structure
本文主要研究内容可分为两大部分，第一部分为空间可展天线结构的设计与分析；第二部分为索膜结构分析及cad软件的开发研制。 |
