cislunar

简明释义

英[sɪsˈluːnə]美[sɪsˈlʊnər]

adj. 地球和月亮之间的

英英释义

单词用法

同义词

反义词

例句

1.Through the analysis on the cislunar trajectory, and according to the different terminal constraints, the searching step by step method is provided to design the accurate trajectory.

通过对地月间飞行轨道特征进行分析，根据不同的终端约束条件，提出了分层搜索的轨道设计方法。

2.The autonomous optical navigation algorithm based on Earth-Moon information during the cislunar transfer orbit phase is presented.

基于地月信息提出了一种奔月转移轨道的自主光学导航算法。

3.We strive to acquire key technologies and conduct experiments on such technologies to raise our manned spaceflight capacity, laying a foundation for exploring and developing cislunar space.

开展关键技术攻关和相关技术试验验证，提升载人航天能力，为载人探索开发地月空间奠定基础。

4.We strive to acquire key technologies and conduct experiments on such technologies to raise our manned spaceflight capacity, laying a foundation for exploring and developing cislunar space.

开展关键技术攻关和相关技术试验验证，提升载人航天能力，为载人探索开发地月空间奠定基础。

5.The new space station will operate in the cislunar 月球间 region, facilitating research and exploration.

新的空间站将在cislunar 月球间区域运作，以促进研究和探索。

6.The concept of cislunar 月球间 space is becoming increasingly important for international space treaties.

对于国际空间条约而言，cislunar 月球间空间的概念变得越来越重要。

7.Astronomers are studying the effects of radiation in the cislunar 月球间 environment.

天文学家正在研究cislunar 月球间环境中的辐射影响。

8.NASA's plans for lunar missions include a focus on cislunar 月球间 logistics and transportation.

美国宇航局的月球任务计划包括关注cislunar 月球间的物流和运输。

9.Private companies are investing in cislunar 月球间 infrastructure to support future colonization efforts.

私营公司正在投资于cislunar 月球间基础设施，以支持未来的殖民努力。

作文

The term cislunar refers to the region of space that exists between the Earth and the Moon. This area is not only significant for its geographical position but also for its potential in future space exploration and development. As humanity looks towards establishing a more permanent presence beyond our planet, understanding the cislunar space becomes increasingly important.Historically, the cislunar region has been a focal point for space missions. The Apollo program, which successfully landed humans on the Moon, operated within this space. The cislunar area served as a transit zone for spacecraft traveling to and from lunar destinations. With advancements in technology, this region is now viewed as a promising site for future endeavors, such as lunar bases and mining operations.One of the key reasons why the cislunar region is attracting attention is its proximity to Earth. It is relatively easier and less costly to send missions into cislunar space compared to deeper space explorations. For instance, sending satellites or spacecraft to the Moon requires significantly less energy than missions aimed at Mars or beyond. This accessibility makes the cislunar region an ideal testing ground for new technologies that could one day be used for more distant explorations.Moreover, the cislunar space offers unique opportunities for scientific research. Scientists can study the effects of long-duration space travel on human physiology by sending astronauts to this region for extended missions. Additionally, the Moon itself presents a wealth of scientific information, from its geological history to its potential resources, such as water ice and rare minerals.As nations and private companies ramp up their efforts in space exploration, the cislunar region is becoming a strategic area of interest. The United States has plans for its Artemis program, which aims to return humans to the Moon and establish a sustainable presence in cislunar space. Similarly, other countries like China and Russia are developing their lunar missions, highlighting the competitive nature of space exploration.However, with increased activity in the cislunar region comes the need for international cooperation and regulation. As more entities operate in this space, it is crucial to establish guidelines to prevent conflicts and ensure the sustainable use of resources. The concept of space traffic management will become vital to avoid collisions and manage the growing number of satellites and spacecraft in cislunar space.In conclusion, the cislunar region is poised to play a pivotal role in the future of space exploration. Its proximity to Earth, combined with the potential for scientific research and resource utilization, makes it an attractive target for both governmental and private space initiatives. As we venture further into the cosmos, understanding and utilizing the cislunar space will be essential for the next steps in humanity's journey beyond our home planet.

术语cislunar指的是存在于地球与月球之间的空间区域。这个区域不仅因其地理位置而重要，也因其在未来太空探索和开发中的潜力而引人注目。随着人类向建立更永久的外星存在迈进，理解cislunar空间变得越来越重要。历史上，cislunar区域一直是太空任务的焦点。阿波罗计划成功将人类送上月球，其操作也发生在这一空间内。cislunar区域作为航天器往返月球目的地的过境区。随着技术的进步，这一地区现在被视为未来努力的有希望的场所，如月球基地和采矿作业。吸引注意力的一个关键原因是cislunar区域与地球的近距离。与深空探测相比，向cislunar空间发送任务相对容易且成本较低。例如，向月球发送卫星或航天器所需的能量显著少于针对火星或更远目标的任务。这种可达性使得cislunar区域成为新技术的理想测试场，这些技术未来可能用于更远的探索。此外，cislunar空间提供独特的科学研究机会。科学家可以通过将宇航员送往该区域进行延长任务，研究长期太空旅行对人体生理的影响。此外，月球本身提供了丰富的科学信息，从其地质历史到潜在资源，如水冰和稀有矿物。随着国家和私人公司加大太空探索的努力，cislunar区域正成为战略兴趣领域。美国计划的阿尔忒弥斯计划旨在将人类送回月球，并在cislunar空间建立可持续存在。类似地，中国和俄罗斯等其他国家也在开发自己的月球任务，突显了太空探索的竞争性。然而，随着cislunar区域活动的增加，国际合作和监管的必要性也随之而来。随着越来越多的实体在这一空间中运作，建立指导方针以防止冲突并确保资源的可持续利用至关重要。太空交通管理的概念将变得至关重要，以避免碰撞并管理在cislunar空间中日益增长的卫星和航天器数量。总之，cislunar区域在未来的太空探索中将发挥关键作用。其与地球的近距离，加上科学研究和资源利用的潜力，使其成为政府和私人太空倡议的有吸引力目标。随着我们进一步进入宇宙，理解和利用cislunar空间将是人类超越家园星球旅程的下一步至关重要。