The research had certain value to the choice of the thermo-control coating for docking mechanism and other complex systems.
研究结果对对接机构以及其他复杂系统的热控涂层选择有一定的参考价值。
The dynamic process of capturing and docking space vehicles with the androgynous peripheral docking mechanism is studied.
研究带周边式对接机构的航天器在对接捕获过程中的缓冲动力学行为。
The parameter design of buffer damping system is the primary problem of researching space docking mechanism in engineering.
空间对接机构差动式缓冲系统参数设计研究是开展对接机构的工程研制必须解决的首要问题。
In this paper, the three-body force-element dynamic model of androgynous peripheral docking mechanism with inner guide petals is proposed.
以有内导向瓣异体同构周边式对接机构为研究对象，从机构的物理模型出发建立了对接捕获阶段的三体力元模型。
The simulation results show that this method shortens the time in determining the buffer parameters and reduces the workload. It is of great assistance in docking mechanism design.
仿真结果表明，此种方法缩短了缓冲参数设计、优选的时间，减少了工作量，有助于对接机构设计。
In this paper, basic operating process of numerical control docking mechanism is introduced. Mathematical model in initial capture period is established and simulation example is given.
介绍了数控式对接机构对接的基本操作过程，建立了对接预捕获阶段仿真的数学模型，并给出了仿真实例。
The paper gives a detailed analysis of the docking mechanism under different conditions and discusses the relationship between the deflection rectifying ability and different materials.
本文对一种对接机构在不同状况下的纠偏能力进行了具体的分析，并讨论了纠偏能力与不同材质之间的关系，为对接机构的设计提供了基础。
Nonlinear physical parameters of the docking mechanism-inertial, damping and stiffness matrices, are identified by direct parameter estimate(DPE)method with input-output data of the system.
采用直接参数识别方法（DPE）由系统的输入、输出数据识别空间对接机构的物理参数：惯量矩阵、阻尼矩阵和刚度系数矩阵。
Further examination of the docking test rendezvous and docking measurement device and the docking mechanism of function and performance, access to relevant data, to achieve the expected goal.
这次对接进一步考核检验了交会对接测量设备和对接机构的功能与性能，获取了相关数据，达到了预期目的。
Docking mechanism has been widely used in space, air and sea.
对接机构在航天、航空、航海等许多领域都有广泛的应用。
Docking mechanism has been widely used in space, air and sea.
对接机构在航天、航空、航海等许多领域都有广泛的应用。
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