惯性技术

随着惯性技术和微机电技术的不断发展，基于MEMS的低成本惯性组合导航系统正在成为导航领域的一个研究热点。

With the developments of inertial technology and micro-electromechanical technology , the low-cost integrated navigation system based on MEMS ( Micro-ElectroMechanical System ) has become one of the key research areas in navigation field .

然后研究了如何采用数据库和ASP技术建立网络资源平台，以实现惯性技术网络资源平台的用户和资源管理、远程作业管理、查询和留言等功能；

The other question which this paper studies is Inertial Technology network resource platform . It adopts SQL Server and ASP to realize the management of users and resources , long-distance homework system , search system and message system .

随着电子行业与计算机技术的飞速发展，捷联式惯导系统（SINS）已经基本取代了平台式惯导系统，并成为未来惯性技术发展的总趋势。

Along with the rapid development of computer technology , strapdown inertial navigation system ( SINS ) has basically replaced platform inertial navigation system , and become the general trends of inertial technology .

干涉式光纤陀螺（IFOG）具有许多独特的优点，由此引起了世界众多研究机构的重视，我国已将光纤陀螺列为惯性技术领域重点发展关键技术之一。

The interferometeric fiber-optic gyroscope ( IFOG ) attracts considerable researchers because of its distinguishing performance . In our country , fiber-optical gyroscope is looked as one of key technologies in the domain of inertial navigation .

KZ公司光纤陀螺生产线的建设，将提升我国导航技术，甚至是民用产品的技术，推动我国陀螺仪表技术和惯性技术发展，乃至于推动整个惯性技术行业走上一个新的历史台阶。

The construction of KZ Company optical gyro production line will improve China navigation technology , even civilian product technology . This will boost the development of China gyro technology and inertial technology , and even promote the whole inertial industry into the new historical stage .

展望捷联式惯性技术在舰艇上的应用

Prospect for the Application of Strapdown Inertial Systems on Board Ships

从精确制导武器的发展看惯性技术的新贡献

Contribution of inertial technology to the development of precision guided munitions

惯性技术在线三维仿真及网络资源平台的开发与研究

Research on Online Three-Dimensional Emulation and Integrated Network Platform on Inertial Technology

惯性技术在角度测量中的应用研究

Study of Application of Inertial Technology in Angle Measurement

国外惯性技术新进展述评

Review on New Development of Foreign Inertial Technology

原子惯性技术在航天航空领域的应用

Applications of Atom Inertial Technology in Aerospace Engineering

以惯性技术为基础的组合导航系统得到了重视和发展。

Combined navigation system based on inertial technology is paid attention to and developed .

光纤陀螺系统技术研究是惯性技术领域较活跃的方向。

The research of the FOG system is an active trend in inertial technology research .

惯性技术的发展水平往往代表了一个国家工业和高科技的发展水平。

The development status of inertial tech usually denotes the industry and high tech level of a country .

航向姿态测量系统是多年来惯性技术发展的一个方向。

Inertial systems of heading and attitude is a direction of many technique developments with inertial in the last year .

光纤陀螺仪诞生于1976年，目前已经发展成为惯性技术领域具有划时代特征的新型主流仪表。

Fiber Optical Gyroscope ( FOG ) was burn in 1976.It has developed into an epoch-making instrument in inertial navigation field .

近年来，惯性技术一直都是世界各国国防技术的研究重点。

In recent years , the inertial technology has been the important research point in national defense all over the world .

随着高新技术的发展，激光陀螺捷联惯导系统成为了惯性技术领域的一个重要研究方向。

With the development of high-tech , laser gyro strapdown inertial navigation system has become an important concern of inertial technology .

随着船舶和航海事业的日益发展，惯性技术越来越显示出其重要的地位。

With the development of the ship and navigation , the inertial navigation system shows its more and more important status .

随着惯性技术的发展，要求研制结构简单、性能可靠、成本低的陀螺。

With the development of inertial technology , it is required to make simple structure , reliable performance and low cost gyros .

快速高精度寻北仪利用惯性技术，可为精确打击武器系统提供北向基准。

The fast high accuracy north-seeker , makes use of inertial technique , can provides north face basis for precision attack weapon system .

最后给出了惯性技术资源平台的总体框架和嵌入其中的三维可视化仿真系统的架构。

At last , this paper gives a whole frame of the Inertial Technology Resource Website and the framework of 3D virtual emulation .

惯性技术和计算机控制技术的出现及其应用，为研制自主的、精密的方向指示仪器&惯性寻北系统提供了可能。

The occurrence and application of the inertia and computer control make it possible to devise and develop the independently and precisely orientational instrument .

随着精密机械、惯性技术和宇宙科学等学科的发展，超高精密零件在这些领域有着重要用途。

The manufacturing and measurements of the ultra precision hardware have been more and more important with the development of the science of precision machinery .

随着微电子加工技术向惯性技术的渗透，微硅加速度计已崭露头角并受到广泛的关注。

As the microelectronic processing technology permeated into inertial technology , Si microaccelerometer has put a new face on this fiele and attracted much attention .

惯性技术逐渐从平台系统过渡到捷联系统，从机械转子型陀螺向固态陀螺发展。

Inertial technology is transformed from platform system into strapdown system gradually , and gyroscope is changed from mechanical rotor model into solid state one .

因此惯性技术被广泛应用于国防高科技、航天科技、飞机、船舶与海洋科技领域。

It is widely used in national defence high - tech , spaceflight technology , aeroplane , shipping and sea technology fields and so on .

随着捷联惯性技术以及成像技术的快速发展，捷联成像导引头成为现代导弹导引头的发展趋势。

With the development of strapdown inertial technology and imaging technology , strapdown imaging seeker has turn into the developing trend of modern missile seeker .

组合测角系统的研究是十一五惯性技术子专题&惯性测试设备关键技术的一项主要研究内容。

Integrated angle measurement system is a key technology of the inertial test equipment , which belongs to the inertial technical subtopic of the eleventh five plan .

惯性技术中的一个关键技术是如何快速自主地确定载体的初始方位角，即惯性寻北技术。

One of the key techniques in inertial technology is how to quickly and independently ascertaining the carrier 's initial direction , witch is said inertial north-seeking technology .