超燃冲压发动机

The scramjet engine is a highly advanced propulsion system used in hypersonic flight.
喷气冲压发动机是一种用于高超音速飞行的高度先进的推进系统。
NASA has been testing scramjet technology for use in future space missions.
美国国家航空航天局一直在测试喷气冲压发动机技术，以便在未来的太空任务中使用。
Scramjet engines are capable of achieving incredible speeds due to their unique design.
由于其独特的设计，喷气冲压发动机能够达到惊人的速度。
The successful test flight of the X-51A Waverider marked a major milestone in scramjet development.
X-51A“乘波者”的成功试飞标志着喷气冲压发动机发展的一个重要里程碑。
Scramjet engines have the potential to revolutionize air travel by significantly reducing flight times.
喷气冲压发动机有可能通过显著减少飞行时间来彻底改变航空旅行。
Engineers are working on improving the efficiency and reliability of scramjet engines for practical applications.
工程师正在努力提高喷气冲压发动机的效率和可靠性，以实现实际应用。
Due to their high speed capabilities, scramjet engines could potentially be used in military applications.
由于其高速能力，喷气冲压发动机可能被用于军事应用。
The complex physics involved in scramjet operation makes them challenging to design and develop.
喷气冲压发动机运行涉及的复杂物理特性使其设计和开发具有挑战性。
Research into scramjet technology is ongoing, with the goal of making hypersonic flight more accessible.
对喷气冲压发动机技术的研究正在进行中，目标是使高超音速飞行更容易实现。
With further advancements in scramjet technology, we may one day see commercial flights that can travel from New York to London in just an hour.
随着喷气冲压发动机技术的进一步发展，我们也许有一天能看到从纽约到伦敦只需一小时的商业航班。