阿耳忒弥斯2号载人飞船即将掠过月球 宇航员将进入深空新高度NASA Artemis II Crew Prepares for Historic Lunar Flyby on Monday

阿耳忒弥斯2号的任务进程一直受到全球关注。自上周发射以来，飞船已顺利完成了多次轨道调整。周一下午的近月飞行是整个任务的核心环节，届时飞船将利用月球的引力进行“弹弓式”助推，从而进入返回地球的轨道。这一过程需要极其精确的计算，以确保飞船能够准确地在预定高度掠过月球表面。

The progress of Artemis II has been closely monitored worldwide since its launch last week. The spacecraft has successfully completed several orbital adjustments leading up to Monday afternoon's lunar flyby. This maneuver is the core component of the mission, as the spacecraft will utilize the moon's gravity for a 'slingshot' effect to set its trajectory back toward Earth. The process requires extreme precision to ensure the craft passes the lunar surface at the intended altitude.

1. 上周：从肯尼迪航天中心成功发射。
2. 飞行第6天：进入深空，准备近月飞行。
3. 周一下午：抵达距离月球4,000英里的最近点。

1. Last week: Successful launch from Kennedy Space Center.
2. Flight Day 6: Entering deep space, preparing for lunar flyby.
3. Monday afternoon: Reaching the closest point of 4,000 miles from the moon.

此次任务的独特性在于其飞行的深度。宇航员们不仅是在绕月飞行，他们还进入了人类从未触及的深空区域。这种远距离飞行对机组人员的心理和生理状态，以及飞船在极端环境下的可靠性提出了严峻挑战。NASA通过安装在飞船外部的摄像头，实时监控飞船状态并向地球传回珍贵的影像资料。

The uniqueness of this mission lies in the depth of its flight path. The astronauts are not merely orbiting the moon; they are venturing into regions of deep space never before reached by humans. This long-distance travel poses significant psychological and physiological challenges for the crew, as well as testing the reliability of the spacecraft in extreme environments. NASA is using external cameras to monitor the ship's status and relay precious visual data back to Earth.

在接近月球的过程中，指挥官里德·怀斯曼（Reid Wiseman）从猎户座飞船的窗口拍摄到了地球的远景，这张照片生动地展示了人类探索者与家园之间的遥远距离。这种视觉记录不仅具有科研价值，也向公众展示了阿耳忒弥斯计划的宏伟愿景。

During the lunar approach, Commander Reid Wiseman captured a distant view of Earth from the Orion spacecraft's window, vividly illustrating the vast distance between the explorers and their home planet. Such visual documentation holds scientific value while demonstrating the ambitious vision of the Artemis program to the public.

阿耳忒弥斯2号任务体现了紧密的国际合作，机组人员中包括一名加拿大宇航员，这标志着非美国籍宇航员首次参与月球任务。这种合作模式是未来建立月球基地和进行火星探测的重要基础。通过共享资源和技术，各国航天机构能够共同应对深空探索中的复杂难题。

The Artemis II mission exemplifies close international collaboration, with the inclusion of a Canadian astronaut marking the first time a non-U.S. citizen has participated in a lunar mission. This collaborative model is a vital foundation for future lunar bases and Mars exploration. By sharing resources and technology, international space agencies can collectively address the complex challenges of deep-space exploration.

一旦周一的掠过任务顺利完成，猎户座飞船将开始其返回地球的旅程。这次任务的成功将直接影响到阿耳忒弥斯3号的计划，即在未来几年内实现人类再次登上月球表面的目标。目前的飞行数据将为后续任务的安全性提供关键保障。

Once Monday's flyby is successfully completed, the Orion spacecraft will begin its return journey to Earth. The success of this mission will directly influence the planning for Artemis III, which aims to return humans to the lunar surface in the coming years. Current flight data will provide critical safety assurances for these subsequent missions.