速射

男子速射、女子慢加速项目的成绩几乎不受科里奥利力和风速的影响。

Men rapid fire and the woman slowly accelerate projects were not affected by wind speed and Coriolis force .

探讨重力、科里奥利力和不同等级风速对小口径步枪、男子速射、女子慢加速3种射击项目中子弹轨迹偏转的影响程度。

How bullet trajectory deflection shooting during three projects of small-calibre rifles , male rapid fire and the female slowly accelerate affected by gravity , Coriolis force and different levels of wind speed were explored .

液晶显示的单孔冲击冷却传热特性超声速射流对挡流板的冲击流场的数值模拟

Heat Transfer Characteristics Displayed by Liquid Crystal for Single Jet Impingement Cooling

小口径速射舰炮随动系统发展现状及趋势

Development and Trend About Servo System of Small Caliber Rapid-Fire Naval Gun

速射转管炮射击校正方法

The Firing Correction Method with Rapid-Fire Revolving Barrel Gun

超声速射流装置的流场特性研究

Research of Flow Field of the Supersonic Jet Device

速射武器身管的热-应力耦合场分析

Hottest Word The Analysis to Thermal-stress Coupled Field in the Barrel of Rapid Fire Weapon

纹影流动显示技术在超声速射流数值模拟验证中的应用

Application of schlieren photograph visualization for validating the numerical simulation method of supersonic jet flow

视超光速射电源的统计分析

A Statistical Analysis of Superluminal Radio Sources

热烧蚀磨损是决定速射火炮身管寿命的关键因素。

Thermal ablation wear is a key factor in deciding the life of a rapid-fire-gun barrel .

速射结合在压力下的本能反应是符合自然的，这种反应就是所谓的逃跑或反击的决定。

Point shooting works with your natural instinctive responses under stress , or what 's commonly called your flight or fight response .

掌握此技能的飞行员通常会选择速射武器，祈求至少能有一些炮弹击中目标。

Pilots who have mastered these skills usually prefer rapid fire weapons , hoping that at least some projectiles will hit the target .

研究表明：速射火炮的射频是决定身管内膛尖峰温度的极为重要的因素。

The study shows that the firing rate of a rapid-fire gun is an important factor in deciding the peak temperature of bore .

但对其他人来说，这是一段故事，讲的是两名短线操盘手如何智胜已逐渐统治金融市场的“速射机器”。

For others , though , it is a tale of how two day traders outwitted the rapid-fire machines that have come to dominate financial markets .

在分析转管炮对弹丸运动影响的基础上，重点描述了速射转管炮射击校正的方法。

Based on analyzing the effect on the bullet motion by the revolving barrel gun , the firing correction method with rapid-fire revolving barrel gun is highlighted in this paper .

欠膨胀超声速射流逆流的流场包含有多激波（如弓形激波和马赫盘）、接触间断和剪切层，其结构非常复杂。

The flowfields of an underexpanded jet counter to a supersonic stream containing multi shock ( e.g. bow shock and Mach disk ), contact discontinuities and shear layers are very complicated .

以某速射火炮为对象，采用热流固耦合的研究方法，将传统的温度场计算方法割裂的固体计算区域和流体计算区域耦合在一起，建立了统一的流固传热数学模型。

Taking a certain kind of rapid-fire gun as researched object , a liquid-solid unitized mathematic model of heat transfer was set up by a thermal-liquid-solid coupled method coupling solid reg .

本实用新型公开了一种对人体没有危险的电动速射玩具枪，它适合儿童或少年作玩具用。

The utility model discloses an electric quick shooting toy gun which has no harmful to a human body and is suitable for children or juvenile to be used as a toy .

由于青春期大脑的这个部分的极度活跃比小孩和速射大人都大，所以青少年更想尝试新的体验，更冲动和更愿意冒险。

It 's due to this brain region 's hyperactivity and quick-fire change that adolescents are more likely than children and adults to want to try out new experiences , to be impulsive and take risks .

所阐述的理论与技术是为近程防空反导领域中的速射小高炮的火控系统总体的论证、设计与试验提供理论与方法的支持。

Theories and technologies stated in this dissertation are to support the demonstration , design and test of rapid-shot anti-aircraft gun fire control system in fields of short range air defense and antimissile theoretically and methodologically .

在超声速射流噪声的产生中，喷嘴出口的激波栅格结构有关键的作用，激波栅格的间距是推测激波噪声基频的基本参数。

Shock cell structure plays a crucial role in the generation of jet screech and broadband shock noise in supersonic jet . The shock cell spacing is a fundamental parameter for predicting the jet screech frequency .

给出了激波与射流边界之间复杂干扰流场结构图，结果证明不同模型的尺寸对超声速射流流场有较大的影响。

The Mach number contours of shock wave interaction were also given , which illuminates model dimension has great influence on the flow field of supersonic jet . The result indicates that model dimension plays an important role in aerodynamic dynamotor experiment .

本文简述了开膛炮的发展、研制概况、原理、结构、特点以及小口径速射开膛炮总体设计方案设想，着重讨论了应解决的关键技术问题。

The operating principle , structure feature , development situation of open chamber gun , and the overall design layout of small calibre rapid-fire open chamber gun are briefly described in this article , placing emphasis upon some key technological problems to be solved .