Railguns, which not only vastly improves firepower and accuracy, also enables it to fight off infantry.

轨道炮，不仅可以大幅度提升火力和准确性，而且可以很好的对付步兵。

The standard UEF Interceptor, the Cyclone is a fast, maneuverable craft that sports linked Anti-Air Railguns as its armament.

标准的UEF拦截机，飓风是一个装备有对空轨道枪的灵活，机动的战斗机。

For now rockets are still NASA’s principle launch vehicles, so don’t expect any spacecraft-hurling railguns or regular hypersonic flights to the edge of space in the immediate future.

目前火箭仍然是太空署的基本运载飞行器，所以别指望任何太空发射轨道炮或者经常性的超高速空天飞行器出现在近未来。

The Summit is a powerful shore bombardment and anti-ship vessel. It houses three Tri-Barreled Heavy Gauss Cannons, four Anti-Air Railguns, and two Anti-Missile Phalanx Guns.

顶点级战列舰是一个强大的海岸轰击，反舰火力。它有三门三管高斯大炮，四门对空轨迹枪，和两个反导弹密集炮。

Ultimately, the railguns could hit targets up to 200 miles away.

这种轨道炮最终将能够攻击200 英里外的目标。

So you have the Railgun upgrade and the support power all ready but when should you use it?

你拥有轨道炮升级并且支援技能预备就绪了，那么什么时候你应该使用它呢？

The experimental results of railgun using PFN electric power are presented in this paper and compared with those using single stage electric current.

主要介绍轨道炮利用三级PFN作电源的实验结果，并将其与以前的单次电源投入的实验结果进行比较。

Electromagnetic railgun has an electromagnetic emitter which provides original velocity to the projectile through power of Lorentz force on impulse current.

电磁轨道炮的电磁发射器利用强脉冲电流在强磁场中受到的巨大洛仑兹力，为弹丸提供发射速度。

Put simply, when the support power is used, it increases the rate of fire of all of your Railgun equipped units by roughly 33%.

简单来说，这个技能可以使所有配备轨道炮的单位的射速增加大概33％左右。

For a comprehensive look at this support power, take a look at the Railgun Accelerator Tip of the Week found here.

如果你想更好的理解这个技能，请参见轨道炮加速器指南。

At last, fast computing methods about electromagnetic railgun exterior trajectory are researched.

最后，研究了电磁轨道炮外弹道诸元的快速计算方法。

As a result using Adaptive Armor in conjunction to the Railgun Accelerator is well worth the use.

因此，配合使用适应性装甲和轨道炮加速会物超所值。

This image released by the US Navy, shows the Office of Naval Research's Electromagnetic Railgun located at the Naval Surface Warfare Center Dahlgren Division. -- PHOTO: AFP

美国海军放出的图片，展示了美国海军研究局位于美国海军水面作战中心达尔格伦分部的电磁轨道炮 --PHOTO:AFP

According to Maxwell and heat transfer equations, the 2D unsteady computational models of electromagnetic railgun solid armature was built up.

根据麦克斯韦方程和热传导方程，建立电磁导轨炮固体电枢二维非稳态计算模型。

As there is aerodynamic heating and ablation by hypervelocity, exterior trajectory characters of railgun are different from that of general weapons with fire control system.

由于电磁轨道炮出口速度极大，飞行过程中存在烧蚀现象，外弹道特性不同于常规火控武器。

Thirdly, exterior trajectory models of electromagnetic railgun are simulated and characters of exterior trajectory are analyzed.

然后，进行电磁轨道炮外弹道仿真试验和外弹道特性分析。

As an example the eddy current problems in electromagnetic railgun are used to validate the described method.

文章最后以电磁轨道炮为例，求出电流密度分布，并比较两种方法的结果。

Picture a huge railgun rising from the ground at Kennedy Space Center.

想象一个巨型的轨道炮出现在肯尼迪太空中心上的样子吧。

Railgun Accelerators provide any Railgun equipped unit to have increased damage and increased rate of fire for a period of time but causes damage to the unit its used upon.

轨道炮加速器可以短时间提升任何升级轨道炮的单位的伤害和射速，代价是一部分血量。

As the key components of the railgun, the armature has an important impact on the performance of launch.

其中，电枢作为电磁轨道炮的关键部件，对于电磁轨道炮的工作性能产生重要影响。

Appropriate fast computing methods are chosen based on characters of electromagnetic railgun.

给出了较适合的电磁轨道炮弹道诸元快速计算方法；

'Today's railgun test demonstrates the tactical relevance of this technology, which could one day complement traditional surface ship combat systems, ' Adm Carr said.

“今天的电磁炮试射显示了该技术的战术价值，也许我们有一天会把它应用到传统水面舰艇作战系统的，”Carr少将说道。