warplane

简明释义

英[ˈwɔːpleɪn]美[ˈwɔːrpleɪn]

n. 军用飞机，战斗机

复 数 w a r p l a n e s

英英释义

单词用法

同义词

反义词

例句

1.Last week, exultant rebels in Tripoli clambered on Gaddafi's vainglorious statue of an American warplane in the grip of a mighty Libyan fist.

上周，在的黎波里欢呼的反对派爬上了卡扎菲树立的雕像，就是一架美国战机被有力的利比亚人的拳头攥住的那个雕像。

2.Early Saturday a warplane belonging to rebel forces was shot down over Benghazi, crashing in a ball of smoke and flames.

星期六一早，叛军的一架战机在班加西上空被击落，在一团浓烟和火焰中坠毁。

3.The French warplane was sent to the area after news emerged of a large convoy of up to 80 vehicles trying to flee Sirte, he said.

他称，法国战机在获得大约80辆的车队准备逃离苏尔特的消息时被派往了该地。

4.China appears to be designing a spacecraft-launcher that attaches to the undercarriage of a large warplane.

中国似乎正设计一种挂在大型军机起落架上的太空飞船运载火箭。

5.Earlier, an American warplane taking part in the operation crashed in the desert near the rebel stronghold of Benghazi.

更早之前，一架参加战斗的美国战机坠毁在班加西叛军据点附近的沙漠里。

6.It requires transferring a great deal information between systems in present-day warplane and civil aviation.

在现代军、民用飞机上，系统间需要传输大量信息。

7.Survivability is an important influencing factor in wartime warplane damage and flight safety. Warplane Survivability engineering is systems engineering.

生存力是影响战时飞机损伤和飞行安全的主要因素，军用飞机生存力工程是一个系统工程。

8.Survivability is an important influencing factor in wartime warplane damage and flight safety. Warplane Survivability engineering is systems engineering.

生存力是影响战时飞机损伤和飞行安全的主要因素，军用飞机生存力工程是一个系统工程。

9.The government announced plans to purchase more warplanes to strengthen national defense.

政府宣布计划购买更多的战斗机以加强国家防御。

10.The military deployed a new type of warplane to enhance their aerial capabilities.

军方部署了一种新型的战斗机以增强他们的空中能力。

11.During the exercise, pilots trained extensively on the warplane to improve their combat skills.

在演习期间，飞行员们在战斗机上进行了广泛训练，以提高他们的作战技能。

12.The latest warplane technology includes stealth features that make it harder to detect.

最新的战斗机技术包括隐形特性，使其更难被发现。

13.Engine failures in the warplane led to an emergency landing during the training mission.

在训练任务中，战斗机的发动机故障导致紧急降落。

作文

The history of aviation is filled with remarkable innovations, but few developments have had as profound an impact on warfare as the advent of the warplane. A warplane (战斗机) is a military aircraft designed primarily for combat. These machines have transformed the nature of conflict, allowing nations to project power from the skies and engage in battles that were once unimaginable. From the early biplanes of World War I to the advanced stealth fighters of today, warplanes have evolved dramatically, incorporating cutting-edge technology and engineering. In the early days of aerial combat, warplanes were relatively simple machines, often used for reconnaissance rather than direct engagement. However, as the technology progressed, so did their capabilities. During World War II, warplanes became essential to military strategy, with large fleets of bombers and fighters playing crucial roles in major campaigns. The introduction of powerful engines, advanced weaponry, and improved aerodynamics allowed these aircraft to dominate the skies. One of the most significant advancements in warplane design came with the development of jet engines. The first operational jet fighter, the Messerschmitt Me 262, was introduced by Germany during World War II and marked a turning point in aerial warfare. Jet propulsion provided unprecedented speed and altitude, allowing warplanes to outmaneuver their piston-engine counterparts. This technological leap paved the way for modern air combat, where agility and speed are paramount. Today, warplanes are equipped with sophisticated avionics, radar systems, and weaponry, making them formidable assets on the battlefield. Stealth technology, which minimizes an aircraft's radar signature, has become increasingly important. Aircraft like the F-22 Raptor and the B-2 Spirit exemplify this advancement, enabling them to penetrate enemy defenses and conduct operations with reduced risk of detection. The role of warplanes extends beyond traditional dogfighting and bombing missions. They are now integral to intelligence, surveillance, and reconnaissance (ISR) operations, providing real-time information to commanders on the ground. Drones, or unmanned aerial vehicles (UAVs), represent the latest evolution in warplane technology. These remotely piloted aircraft can conduct missions without putting pilots at risk, further changing the dynamics of modern warfare. However, the use of warplanes also raises ethical and strategic concerns. The ability to strike targets from afar can lead to collateral damage and civilian casualties, prompting debates about the morality of drone warfare. Additionally, the arms race in aerial technology continues to escalate, with nations investing heavily in developing next-generation warplanes that can outperform their adversaries. In conclusion, warplanes (战斗机) have significantly shaped the course of military history and continue to be a vital component of national defense. As technology progresses, the future of warplanes will likely involve even more advanced systems capable of operating in increasingly complex environments. Understanding the evolution and implications of warplanes is crucial for grasping the modern landscape of warfare and international relations.