The primary experiment indicates that cmos image intersection measuring system is feasible and may replace the " paper target " , " net target " , " board target " and " acoustic target " etc . this method will be widely applied in marv fields in the future 结果表明，线阵相机交汇测量系统方案是可行的，可以取代纸靶、网靶、板靶和声靶等射击精度测量方法，有广泛的应用前景。
This dissertation focuses on firing accuracy of projectile effected by random factors . the main contents are included as follow : the first , a model of launching dynamics of projectile is set up , and the numerical calculation software is programmed 本文围绕随机因素对弹丸射击精度影响展开研究，主要包括四个方面的内容：第一，建立了较为完善弹丸发射动力学模型，并编制了相应的计算分析软件。
It is hoping us can grasp each kind of influence reason that affect cannon firing accuracy how size influence and how essential probability in actual firing . it is hoping be help to effectively improve cannon firing accuracy and first - round - hit probability 希望在实际射击时就身管弯曲这个问题，能全面把握各种影响因素对射击精度影响大小及对其进行修正的必要性，有效的提高火炮射击精度和首发命中概率。
With the improvement of firing rate and firing accuracy of the medium caliber naval gun system , and the development of ammunition technology , especially the application of high - tech fuse , this provide an effective approach to enhance anti - missile efficiency of the medium caliber naval gun system 摘要随着中口径舰炮发射率和系统射击精度的提高，以及弹药技术的发展，尤其是高技术引信的应用为提高中口径舰炮武器系统的反导效能提供了一条有效技术途径。
In order to satisfy the demand of measuring shooting precision within the effective range of 1000 meters in the developing of small arms , a novel gunnery accuracy measuring system with larg : - area and high precision is rese ; irched and explored on the basis of summarizing the existing measuring systems 为了满足轻武器研制中距射击点一千米远处测量射击精度的要求，本文在总结现有射击精度测试方法的基础上，对适用于轻武器的大靶面、高精度射击精度测试系统进行了研究与探索。
But it has been long that the structure and shape of navy 37millimeter gun shrapnel do n ' t vary , so the main ballistic trajectory performance is poor , such as power n shooting precision flying time . these have been not able to adapt the need of modem weapon technology development for war field weapon equipment performance 但长期以来，海37毫米舰炮制式榴弹结构与外形等基本上没有变化，因此，该弹的主要弹道性能，如威力、射击精度、飞行时间等性能较差，已逐渐不能适应现代兵器技术发展对战场武器装备性能的要求。
Taking the different characters of semiconductor optoelectric devices , position sensitive detector ( psd ) and cmos image sensor into account , three non contact gunnery accuracy measuring system , semiconductor optoelectric devices array scheme , psd intersection scheme and cmos intersection scheme are brought forward 本文以半导体光电器件、光电位置传感器( psd )和cmos图像传感器为光电转换器件，依据其各自特点提出了三种非接触射击精度测量方案：半导体光电件阵列方案、 psd交汇测量方案和cmos交汇测量方案。
Although the fire of shipping guns has been a hot - spot in the field of research . experimented much , written about much , the results with authority and feasibility has been few . this volume discusses its characteristics and essentials in depth and detail s , creates a new method of fire , and probes deeply into the influence of ship movement on fire and firing accuracy , which enriches gun fire 船载炮射击早已成研究热点，试验颇多，论文颇多。但权威性、可行性成果极少见。本文深入而具体地论述了船载炮射击的特点、要领，创新了其射击方法，并针对船体运动对射击精度的影响，进行了深层次的理论研究，丰富了船(舰)载炮射击的理论成果。
Firing error caused by using the nato meteorological layer - weight , by using the approximate meteorological layer - weight and by using the exact meteorological layer - weight under different initial velocity and different ballistic coefficient is analyzed . firing error caused by air - layer numbers of trajectory are set forth 讨论了在不同初速和弹道系数下用北约层权、近似层权和准确层权计算的射击诸元精度，阐明了利用准确层权及近似层权时弹道分层数对射击精度的影响、不同初速与弹道系数下分层数与精度的关系。
Having combined external ballistics with gunnery and proceeded from the practical needs of the field artillery , the influence to the firing accuracy by artillery metro report and the improved measures have been studied and analyzed in this essay , thus having obtained a series of valuable and pragmatic conclusions which mean a lot in practical application 论文结合外弹道学理论和炮兵射击学理论，从地面炮兵的实际需要出发，具体研究了地面炮兵气象通报对射击精度的影响及改进措施，提出了建立我军地面炮兵专用层权及通用层权的方法及改进计算机通报的措施，得出了一系列具有一定实用价值与相当指导意义的结论。
