initial satellite command and control

简明释义

初级卫星的指令与控制

英英释义

例句

1.The team successfully executed the initial satellite command and control 初始卫星指挥与控制 procedures to establish communication with the new satellite.

团队成功执行了初始卫星指挥与控制 initial satellite command and control程序，以建立与新卫星的通信。

2.After successful initial satellite command and control 初始卫星指挥与控制, the satellite began its operational phase.

在成功完成初始卫星指挥与控制 initial satellite command and control后，卫星开始其操作阶段。

3.The initial satellite command and control 初始卫星指挥与控制 phase is critical for establishing the satellite's orbit.

初始卫星指挥与控制 initial satellite command and control阶段对于建立卫星轨道至关重要。

4.During the launch, engineers monitored the initial satellite command and control 初始卫星指挥与控制 signals to ensure everything was functioning properly.

在发射过程中，工程师监控初始卫星指挥与控制 initial satellite command and control信号，以确保一切正常运作。

5.The mission control center is responsible for the initial satellite command and control 初始卫星指挥与控制 of all deployed satellites.

任务控制中心负责所有已部署卫星的初始卫星指挥与控制 initial satellite command and control。

作文

In the realm of space exploration and satellite technology, the term initial satellite command and control refers to the critical phase in which operators establish communication and operational authority over a newly launched satellite. This phase is essential for ensuring that the satellite can be successfully integrated into its designated orbit and perform its intended functions. The process begins immediately after the satellite is deployed from its launch vehicle, where ground control teams initiate contact with the satellite using pre-defined communication protocols.During the initial satellite command and control phase, engineers and technicians monitor various telemetry data to assess the health and status of the satellite. This includes checking power levels, onboard systems functionality, and confirming that the satellite's solar panels are properly deployed. These initial checks are crucial; any anomalies detected at this early stage can lead to significant challenges later in the satellite's operational life.Once communication is established, the team will execute a series of commands to configure the satellite's systems. This may involve adjusting the satellite's orientation, calibrating instruments, or initiating scientific experiments. The initial satellite command and control period typically lasts for several hours to days, depending on the complexity of the satellite and its mission objectives.Moreover, effective initial satellite command and control requires collaboration among various teams, including mission planners, system engineers, and software developers. Each team plays a vital role in ensuring that the satellite operates as intended. For instance, mission planners must develop a comprehensive command sequence that outlines the steps needed to bring the satellite online, while system engineers ensure that all hardware components are functioning correctly.The importance of this phase cannot be overstated, as it lays the foundation for the satellite's entire mission. A successful initial satellite command and control phase results in a satellite that is fully operational and capable of performing its duties, whether that be Earth observation, communication, or scientific research. Conversely, if issues arise during this phase and are not addressed, it could lead to mission failure.In conclusion, the initial satellite command and control phase is a pivotal moment in the lifecycle of a satellite. It involves a series of well-coordinated actions aimed at establishing operational control and ensuring the satellite's readiness for its mission. As technology advances and more satellites are launched into space, the significance of mastering this phase will only increase. Future missions will likely rely on increasingly sophisticated command and control systems to manage the growing number of satellites in orbit, making the understanding of initial satellite command and control even more essential for professionals in the field of aerospace engineering and satellite operations.

在太空探索和卫星技术领域，术语初始卫星指挥与控制指的是操作员在新发射的卫星上建立通信和操作权威的关键阶段。这个阶段对于确保卫星能够成功整合到指定轨道并执行其预定功能至关重要。该过程在卫星从发射载体部署后立即开始，地面控制团队使用预定义的通信协议与卫星建立联系。在初始卫星指挥与控制阶段，工程师和技术人员监测各种遥测数据，以评估卫星的健康状况和状态。这包括检查电源水平、机载系统功能以及确认卫星的太阳能电池板是否已正确展开。这些初步检查至关重要；在这一早期阶段发现的任何异常都可能导致卫星后续操作生命周期中的重大挑战。一旦建立了通信，团队将执行一系列命令以配置卫星的系统。这可能涉及调整卫星的方向、校准仪器或启动科学实验。初始卫星指挥与控制阶段通常持续数小时到数天，具体取决于卫星的复杂性及其任务目标。此外，有效的初始卫星指挥与控制需要各个团队之间的协作，包括任务规划者、系统工程师和软件开发人员。每个团队在确保卫星按预期运行方面发挥着至关重要的作用。例如，任务规划者必须制定全面的命令序列，概述使卫星在线所需的步骤，而系统工程师则确保所有硬件组件正常工作。这一阶段的重要性不言而喻，因为它为卫星的整个任务奠定了基础。成功的初始卫星指挥与控制阶段会导致卫星完全可操作，并能够履行其职责，无论是地球观测、通信还是科学研究。相反，如果在这一阶段出现问题而未得到解决，可能会导致任务失败。总之，初始卫星指挥与控制阶段是卫星生命周期中的一个关键时刻。它涉及一系列协调良好的行动，旨在建立操作控制并确保卫星准备好执行其任务。随着技术的进步和更多卫星的发射，掌握这一阶段的重要性只会增加。未来的任务可能依赖于越来越复杂的指挥和控制系统来管理轨道上日益增长的卫星数量，使得理解初始卫星指挥与控制对航天工程和卫星操作领域的专业人士来说变得更加重要。