broadside launch

简明释义

横向下水

英英释义

例句

1.In the battle simulation, the commander ordered a broadside launch to maximize the damage to the enemy ships.

在战斗模拟中，指挥官下令进行侧面发射以最大化对敌舰的伤害。

2.The submarine performed a broadside launch of torpedoes against the target vessel.

潜艇对目标舰艇进行了侧面发射鱼雷。

3.The naval fleet conducted a successful broadside launch of missiles during the training exercise.

海军舰队在训练演习中成功进行了侧面发射导弹。

4.The new destroyer features an advanced system for broadside launch of anti-ship missiles.

新型驱逐舰配备了先进的侧面发射反舰导弹系统。

5.During the demonstration, the ship showcased its broadside launch capabilities to potential buyers.

在演示中，船只向潜在买家展示了其侧面发射能力。

作文

The term broadside launch refers to a method of launching a projectile, typically a missile or rocket, from the side of a platform rather than from the front. This technique is often employed in naval warfare and space exploration, where the orientation and trajectory of the launch can significantly impact the success of the mission. Understanding the concept of broadside launch is crucial for both military strategists and aerospace engineers, as it involves complex calculations and considerations regarding angles, velocities, and potential targets.In naval contexts, a broadside launch allows ships to fire their weapons at a broader range of targets simultaneously. For example, during a naval battle, a ship equipped with multiple missile launchers on its sides can engage enemy vessels more efficiently by launching several missiles in quick succession. This tactic increases the likelihood of hitting moving targets, as the projectiles can be aimed at different trajectories based on the enemy's position. The ability to execute a broadside launch effectively can turn the tide in naval engagements, showcasing the importance of strategic positioning and readiness.In the realm of space exploration, the concept of broadside launch takes on a different meaning. Rockets are often launched from platforms that allow for lateral movement, enabling them to adjust their trajectory after liftoff. This flexibility is essential for missions that require precise orbital insertion or rendezvous with other spacecraft. The mechanics behind a broadside launch involve intricate engineering and advanced guidance systems that ensure the rocket can achieve its intended path despite the initial lateral launch angle.Moreover, the implications of broadside launch extend beyond mere mechanics; they also encompass tactical advantages. In military operations, the element of surprise is paramount. A ship capable of executing a broadside launch can catch an enemy off guard, delivering a devastating blow before they have a chance to respond. Similarly, in space missions, the ability to launch from various angles can help avoid detection and interception, enhancing the mission's chances of success.As technology continues to advance, the methods and strategies surrounding broadside launch are evolving. Innovations in missile technology, guidance systems, and launch platforms are making it possible to refine this technique further, maximizing efficiency and effectiveness. Future naval battles may see an increased reliance on broadside launch capabilities, as fleets become more agile and responsive to threats. Likewise, space agencies are exploring new launch methodologies that incorporate lateral launches to improve mission outcomes.In conclusion, the term broadside launch encapsulates a critical aspect of both military and aerospace operations. Its significance lies not only in the physical act of launching but also in the strategic advantages it offers. Whether in the heat of battle or the vastness of space, understanding and mastering the dynamics of broadside launch will remain essential for those at the forefront of these fields. As we look to the future, the continued exploration and application of this technique will undoubtedly shape the landscape of warfare and space exploration for years to come.

“broadside launch”（侧面发射）这一术语指的是从平台的侧面而非前方发射弹药（通常是导弹或火箭）的方法。这种技术通常应用于海军战争和太空探索中，发射的方向和轨迹会显著影响任务的成功。理解“broadside launch”这一概念对于军事战略家和航空航天工程师至关重要，因为它涉及到复杂的计算以及关于角度、速度和潜在目标的考虑。在海军背景下，“broadside launch”使舰船能够同时向更广泛的目标发射武器。例如，在海战中，一艘配备有多个侧面导弹发射器的舰船可以通过快速连续发射几枚导弹来更有效地攻击敌方舰艇。这一战术增加了击中移动目标的可能性，因为弹药可以根据敌方的位置瞄准不同的轨迹。有效执行“broadside launch”可以改变海战的局势，展示战略定位和准备的重要性。在太空探索领域，“broadside launch”的概念则有着不同的含义。火箭通常从允许横向移动的平台发射，使其能够在发射后调整轨迹。这种灵活性对于需要精确轨道插入或与其他航天器对接的任务至关重要。围绕“broadside launch”的机械原理涉及复杂的工程和先进的导航系统，确保火箭能够在初始横向发射角度下实现预定路径。此外，“broadside launch”的影响不仅限于机械层面；它们还包含战术优势。在军事行动中，出其不意是至关重要的。一艘能够执行“broadside launch”的舰船可以让敌人措手不及，给予致命一击，敌人还未反应过来。同样，在太空任务中，从不同角度发射的能力可以帮助避免被侦测和拦截，提高任务成功的机会。随着技术的不断进步，围绕“broadside launch”的方法和策略也在不断演变。导弹技术、导航系统和发射平台的创新使得进一步优化这一技术成为可能，从而最大化效率和效果。未来的海战可能会更加依赖“broadside launch”的能力，因为舰队将变得更加灵活和能响应威胁。同样，航天机构也在探索新的发射方法，结合横向发射以改善任务结果。总之，“broadside launch”这一术语涵盖了军事和航空航天操作中的一个关键方面。其重要性不仅体现在发射的物理行为上，还体现在它所提供的战略优势上。无论是在战斗的激烈程度还是在太空的广袤中，理解和掌握“broadside launch”的动态将始终是这些领域前沿工作者的必备技能。展望未来，对这一技术的持续探索和应用无疑将塑造未来数年内战争和太空探索的格局。