惯性计量技术规范体系架构浅析

Analysis of Inertial Metrology Standards System Structure

惯性器件在国防和国民经济领域的广泛应用要求尽快建立军民共用的惯性计量技术规范体系。本文介绍了我国惯性计量技术规范体系的基本架构,并从通用计量技术、加速度计量技术、角运动计量技术、惯性系统计量技术和多参数复合计量技术等方面对现有的惯性计量技术规范体系架构的组成、分类原则和现有状况等进行了详细论述,以期对惯性技术相关领域的专家学者有所启发和帮助,共同建立更加实用和完善的惯性计量技术规范体系,指导惯性器件行业的发展。

With the wide application of inertial devices in national defense and civil economy fields, a civil-military dual purpose specification system for inertial metrology techniques is supposed to be established as soon as possible. In the paper, the basic structure of the system is discussed by describing its composition, classification principles and current status from the aspects of general metrology technology, acceleration metrology technology, angular motion metrology technology, inertial system metrology technology and multi-parameter compound metrology technology. This paper elaborates the above-mentioned issues in detail in order to inspire and help experts and scholars who concern inertial technology, and jointly improve and build a more practical inertial metrology technology specification system to guide the inertial devices industry.