1) docking and capturing mechanism
对接捕获机构
1.
It means that there are unknown parameters in the docking interface and responsive sensors of captured target, which results in some huge problems to the design of docking and capturing mechanism.
本文主要对非合作目标对接捕获机构进行总体结构设计,并建立机构的力学模型,然后经过对模型的理论分析和仿真,验证机构设计的正确性和合理性。
2) Docking capture
对接捕获
3) direct acquisition
直接捕获
1.
But,P-code direct acquisition should be implemented in GPS receiver in order to achieve the higher spectrum-spread gain,the better anti-deception and anti-spoofing,without needing to rely on the other short-code to capture.
为保证扩频信号具有更高的扩频增益、更强的抗模仿和抗欺骗能力,必须实现P码的直接捕获,而不依赖于其他短码来捕获。
2.
Basing on researching the structure and the characteristics of P code,the more effective acquisition algorithms were analysed,and a new fast direct acquisition algorithm has been proposed.
但是,为保证扩频信号具有更高的扩频增益、更强的抗模仿和抗欺骗能力,必须实现长码的直接捕获。
4) trapping mechanism
捕获机理
1.
Synthetics and trapping mechanism of carbonate fluid inclusion(NaCl-H_2O);
碳酸盐岩流体包裹体(NaCl-H_2O)的合成及捕获机理分析
5) docking mechanism
对接机构
1.
Characteristics of dumping system in docking mechanism with inertial characteristics taken into consideration;
考虑惯性特性的对接机构缓冲系统特性研究
2.
Innovation design of capture lock in the conical rod typed docking mechanism
锥杆式对接机构捕获锁的创新设计
3.
The deflection rectifying ability of a docking mechanism has relationship with both the type of mechanism and the materials used,and different materials can make the docking mechanism have different maximum deflection rectifying ability.
对接机构在航天、航空、航海等许多领域都有广泛的应用。
6) packet capture architecture
包捕获结构
1.
The application of packet capture architecture to protocol test;
一种新的面向协议测试的包捕获结构
补充资料：对接
分子式：
CAS号：
性质： 亦称正结合。是指两物体端部的对头接合。轮胎胎面胶或内胎胶筒，切成整齐的垂直面，用接头器可使两端准确对接。
CAS号：
性质： 亦称正结合。是指两物体端部的对头接合。轮胎胎面胶或内胎胶筒，切成整齐的垂直面，用接头器可使两端准确对接。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条