recoilless

简明释义

英[rɪˈkɔɪləs]美[rɪˈkɔɪlləs]

adj. [军] 无后座力的

英英释义

单词用法

同义词

反义词

例句

1.Floor levels should be indicated for equipment, with the correct elevation for pumps, recoilless, barometric legs etc. Drainage requirements rust also is shown.

设备的楼层要标明，泵、再沸器、大气腿的标高要注正确。排水要求也要表示。

2.From the experience of the Sino-Vietnam border war in 1979 and the following conflict in the 1980s, the 82mm recoilless gun weapon suffered from many weaknesses.

从1979年中越南边境冲突和接着的1980年冲突中得到经验，82毫米无后座力炮武器承受许多弱点。

3.The antitank SPG-9 "Kopyo" (" Spear ") grenade machine is not an automatic but recoilless gun. It consists of a trunk with a lock, a tripod stand and an electric mechanism which serves for firing.

这种反坦克spg - 0“Kopyo ”飞弹机是非自动无后座力炮，包含一个带锁箱，一个三脚架和一个开火用的电气机械装置。

4.NORINCO introduced the Type 98 (PF98) recoilless rocket in the late 1990s.

中国北方工业公司（NORINCO）在1990年后期生产了98型（PF98式）无后座力火箭筒。

5.Libya's armed forces operate two types of recoilless rifle. This looks like a US-built 106mm M40A1.

利比亚武装使用两种无后坐力炮。图中为美制106毫米M40A1型无后坐力炮。

6.The antitank SPG-9 "Kopyo" (" Spear ") grenade machine is not an automatic but recoilless gun. It consists of a trunk with a lock, a tripod stand and an electric mechanism which serves for firing.

这种反坦克spg - 0“Kopyo ”飞弹机是非自动无后座力炮，包含一个带锁箱，一个三脚架和一个开火用的电气机械装置。

7.The military uses a recoilless weapon to minimize the impact on the operator.

军方使用一种无后坐力武器，以最小化对操作员的影响。

8.Engineers developed a new recoilless system that reduces vibration significantly.

工程师们开发了一种新的无后坐力系统，可以显著减少振动。

9.In modern warfare, recoilless guns are preferred for their lightweight and portability.

在现代战争中，因其轻便和可携带性，无后坐力炮被更为青睐。

10.The recoilless launcher was crucial in providing support during the battle.

无后坐力发射器在战斗中提供了关键支援。

11.The design of the recoilless rifle allows for greater accuracy during firing.

这种无后坐力步枪的设计使得射击时更具准确性。

作文

The term recoilless refers to a type of weapon or projectile that does not produce a backward thrust when fired. This characteristic is particularly significant in military applications, where the efficiency and accuracy of a weapon are paramount. Traditional firearms and artillery often experience recoil, which can affect the aim and stability of the shooter. In contrast, recoilless weapons utilize a different mechanism to counteract this force, allowing for a more stable firing platform. One of the most notable examples of a recoilless weapon is the recoilless rifle. These rifles are designed to fire projectiles at high velocity while minimizing the backward movement that typically accompanies such actions. This is achieved through the expulsion of gases from the rear of the weapon when a round is fired. The design allows soldiers to maintain better control and accuracy, especially in combat situations where every shot counts. Another advantage of recoilless systems is their reduced weight compared to traditional artillery pieces. Since they do not require heavy structural components to absorb recoil, they can be more portable and easier to maneuver on the battlefield. This portability is crucial for modern warfare, where rapid deployment and flexibility are essential. However, recoilless weapons are not without their drawbacks. The expulsion of gases can create a significant noise and flash, which may reveal the position of the shooter to the enemy. Additionally, the effective range of recoilless rifles can be limited compared to conventional artillery, making them less suitable for long-range engagements. In recent years, advancements in technology have led to the development of new recoilless systems that address some of these limitations. For instance, modern designs incorporate suppressors to reduce noise and muzzle flashes, helping to conceal the operator's location. Furthermore, improvements in guidance systems and projectile design have enhanced the accuracy and effectiveness of recoilless weapons in various combat scenarios. In conclusion, the concept of recoilless weaponry has revolutionized the way armed forces approach combat. By minimizing recoil, these systems provide soldiers with greater accuracy, stability, and portability. While challenges remain, ongoing innovations continue to improve the performance and tactical applications of recoilless technologies. As military strategies evolve, it is likely that recoilless systems will play an increasingly important role in the future of warfare.

“无后座力”一词指的是一种在发射时不会产生向后推力的武器或弹药。这一特性在军事应用中尤为重要，因为武器的效率和准确性至关重要。传统的火器和炮兵通常会经历后座力，这可能会影响射击者的瞄准和稳定性。相比之下，无后座力武器采用不同的机制来抵消这一力量，从而允许更稳定的射击平台。最著名的无后座力武器之一是无后座力步枪。这些步枪旨在以高速度发射弹药，同时最小化伴随这种动作的向后移动。这是通过在发射子弹时从武器后部排出气体来实现的。这种设计使士兵能够在战斗情况下保持更好的控制和准确性，因为每一发子弹都至关重要。此外，无后座力系统的另一个优点是其相对于传统炮兵的重量减少。由于它们不需要重型结构部件来吸收后座力，因此可以更便携，更容易在战场上机动。这种便携性对于现代战争至关重要，因为快速部署和灵活性是必不可少的。然而，无后座力武器并非没有缺点。气体的排出可能会产生显著的噪音和闪光，这可能会暴露射手的位置。此外，无后座力步枪的有效射程可能相较于常规炮兵有限，使其不太适合远程交战。近年来，技术的进步促使新型无后座力系统的发展，以解决这些局限性。例如，现代设计结合了消声器，以减少噪音和枪口闪光，帮助掩盖操作员的位置。此外，制导系统和弹药设计的改进提高了无后座力武器在各种战斗场景中的准确性和有效性。总之，无后座力武器的概念彻底改变了武装部队对战斗的处理方式。通过最小化后座力，这些系统为士兵提供了更大的准确性、稳定性和便携性。尽管仍然存在挑战，但持续的创新不断提高无后座力技术的性能和战术应用。随着军事战略的演变，无后座力系统在未来战争中可能会发挥越来越重要的作用。