rocket engine

简明释义

火箭发动机

英英释义

例句

1.Engineers are working on a new rocket engine 火箭发动机 that can be reused multiple times.

工程师们正在研发一种可以多次重复使用的新火箭发动机。

2.The new design for the rocket engine 火箭发动机 will improve fuel efficiency significantly.

新设计的火箭发动机将显著提高燃料效率。

3.The rocket engine 火箭发动机 is crucial for launching satellites into orbit.

该火箭发动机对于将卫星发射入轨道至关重要。

4.The thrust produced by the rocket engine 火箭发动机 allows the spacecraft to escape Earth's gravity.

由火箭发动机产生的推力使航天器能够逃离地球的引力。

5.NASA is testing a prototype of their latest rocket engine 火箭发动机 in a controlled environment.

NASA正在受控环境中测试他们最新的火箭发动机原型。

作文

The development of the rocket engine (火箭发动机) has been a pivotal moment in human history, marking the transition from terrestrial limitations to the vast possibilities of space exploration. Since the early days of rocketry, engineers and scientists have worked tirelessly to improve the efficiency and power of these incredible machines. The rocket engine (火箭发动机) operates on the principle of action and reaction, famously described by Newton's third law of motion. When fuel is ignited in the combustion chamber, it produces hot gases that are expelled at high speed through a nozzle, propelling the rocket forward.One of the most significant advancements in rocket engine (火箭发动机) technology occurred during the mid-20th century with the advent of liquid-fueled engines. These engines use a combination of oxidizer and fuel, allowing for greater control over thrust and efficiency compared to their solid-fuel counterparts. The ability to throttle and shut down liquid engines has made them the preferred choice for many modern space missions, including those conducted by NASA and other space agencies.In contrast, solid-fuel rocket engines (火箭发动机) are simpler in design and are often used in military applications and as boosters for larger rockets. While they provide a reliable source of thrust, they lack the flexibility of liquid engines, as once ignited, they cannot be turned off or controlled in the same way. This makes them ideal for specific missions where reliability and simplicity are paramount.The future of rocket engines (火箭发动机) is looking increasingly promising with the development of new technologies such as hybrid engines and advanced propulsion systems. Hybrid engines combine elements of both solid and liquid fuels, aiming to capture the advantages of both types while minimizing their drawbacks. Additionally, research into electric propulsion systems, such as ion thrusters, is paving the way for more efficient space travel, particularly for long-duration missions beyond Earth’s orbit.The impact of rocket engines (火箭发动机) extends beyond just space exploration. They play a crucial role in satellite launches, scientific research, and even commercial ventures like space tourism. Companies such as SpaceX and Blue Origin are revolutionizing the industry by developing reusable rocket engines (火箭发动机), significantly reducing the cost of access to space. This innovation could lead to a new era of space exploration, making it more accessible to not only governments but also private entities and individuals.In conclusion, the rocket engine (火箭发动机) is a remarkable feat of engineering that has transformed our understanding of what is possible in the cosmos. As technology continues to advance, we can expect even more groundbreaking developments in rocket engine (火箭发动机) design and functionality, opening up new frontiers for humanity. The journey into space is just beginning, and the rocket engine (火箭发动机) will undoubtedly be at the forefront of this exciting exploration.

火箭发动机的发展是人类历史上的一个关键时刻，标志着从地球限制到太空探索的巨大可能性的转变。自火箭技术早期以来，工程师和科学家们不懈努力，提升这些令人难以置信的机器的效率和动力。火箭发动机基于作用与反作用的原理，这一原理由牛顿的第三运动定律著名地描述。当燃料在燃烧室内点燃时，会产生高温气体，这些气体通过喷嘴以高速排出，从而推动火箭向前。20世纪中叶，液体燃料火箭发动机的出现是火箭发动机技术的一个重大进展。这些发动机使用氧化剂和燃料的组合，与固体燃料发动机相比，能够更好地控制推力和效率。液体发动机能够调节和关闭，这使得它们成为许多现代空间任务的首选，包括NASA和其他航天机构进行的任务。相对而言，固体燃料火箭发动机设计更为简单，通常用于军事应用以及作为大型火箭的助推器。尽管它们提供可靠的推力来源，但由于一旦点燃就无法像液体发动机那样关闭或控制，因此缺乏灵活性。这使得它们非常适合于某些特定任务，在这些任务中，可靠性和简单性至关重要。随着混合发动机和先进推进系统等新技术的发展，火箭发动机的未来看起来越来越光明。混合发动机结合了固体和液体燃料的元素，旨在捕捉两者的优点，同时最小化它们的缺点。此外，对电推进系统（如离子推进器）的研究正在为更高效的太空旅行铺平道路，尤其是针对超出地球轨道的长期任务。火箭发动机的影响不仅限于太空探索。它们在卫星发射、科学研究甚至商业项目（如太空旅游）中发挥着至关重要的作用。像SpaceX和蓝色起源这样的公司正在通过开发可重复使用的火箭发动机，彻底改变这一行业，大大降低进入太空的成本。这一创新可能会导致太空探索的新纪元，使其不仅对政府开放，也对私人实体和个人更为可及。总之，火箭发动机是一项令人瞩目的工程成就，改变了我们对宇宙可能性的理解。随着技术的不断进步，我们可以期待在火箭发动机的设计和功能方面出现更多突破性的发展，为人类开辟新的前沿。人类进入太空的旅程才刚刚开始，而火箭发动机无疑将处于这一激动人心的探索的最前沿。