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本文重点关注和探讨了高精度惯性仪表制造技术特征引发的浮子组件微环境体系中污染形成的机理和进入的途径,提出了控制、清除的方法。首次提出了多余物控制技术本质上是污染物跟踪控制技术,在高精度、高可靠性航天密封产品设计和制造中重视内部空间微环境和微动态环境污染体系对产品性能和可靠性的持久性影响作用,要有效识别零部组件在产品制造各阶段清洁的目的和方法,才能真正消除各种工艺污染对产品性能与可靠性的影响,这也是动压马达多余物控制的有效措施。
This paper focuses on and discusses the mechanism of the formation of pollution in the micro-environment system of the float assembly caused by high-precision inertial instrument manufacturing technology and the approach of entry, and puts forward the control and removal methods. It is the first time to put forward that the residue control technology is essentially a pollutant tracking control technology. It attaches great importance to the persistence of product performance and reliability in the design and manufacture of high precision and high reliability aerospace sealing products. In order to effectively identify the purpose and method of cleaning the parts and components during the manufacturing stages of a product, the influence of various process pollution on the performance and reliability of the product can be truly eliminated. This is also an effective measure to control the excess material of the dynamic pressure motor.