fixed launching

简明释义

固定发射

英英释义

例句

1.The marketing campaign will begin a week before the fixed launching to build anticipation.

营销活动将在固定发布前一周开始，以激发期待。

2.The team decided on a fixed launching date for the new product to ensure all marketing materials were ready.

团队决定为新产品设定一个固定发布日期，以确保所有营销材料都已准备好。

3.Due to unforeseen circumstances, we had to adjust our fixed launching schedule.

由于不可预见的情况，我们不得不调整我们的固定发布计划。

4.The developers are working hard to meet the fixed launching deadline next month.

开发人员正在努力赶上下个月的固定发布截止日期。

5.Our project manager emphasized the importance of adhering to the fixed launching timeline.

我们的项目经理强调遵守固定发布时间表的重要性。

作文

In the realm of technology and engineering, the term fixed launching refers to a predetermined and stable point from which a launch occurs. This concept is particularly crucial in fields such as aerospace, where precision and reliability are paramount. When we think about the challenges associated with launching rockets or satellites, the significance of having a fixed launching site becomes evident. It ensures that all calculations regarding trajectory, fuel consumption, and safety measures are meticulously planned and executed.One of the primary benefits of fixed launching sites is the ability to conduct extensive testing and simulations beforehand. Engineers can analyze various factors such as wind speed, atmospheric conditions, and gravitational influences that might affect the launch. By establishing a fixed launching location, teams can create a controlled environment where they can fine-tune their equipment and strategies. This reduces the risk of failure during actual launches, which can be incredibly costly both financially and in terms of human resources.Moreover, fixed launching sites often come equipped with advanced technology and infrastructure designed to support the complexities of space missions. These facilities typically include launch pads, control centers, and maintenance areas, all of which are essential for the successful execution of a launch. The presence of such infrastructure allows for quick responses to any unforeseen issues that may arise, ensuring that the mission can proceed smoothly.In addition to technical advantages, fixed launching sites also play a significant role in logistical planning. For instance, when a launch is scheduled, it requires coordination among various teams, including engineers, scientists, and government agencies. A fixed launching location provides a central hub where all these stakeholders can collaborate effectively. This collaboration is vital for ensuring that every aspect of the launch is accounted for, from the initial countdown to the final separation of the spacecraft from its launch vehicle.Furthermore, the strategic placement of fixed launching sites can enhance the overall success rate of space missions. For example, locations near the equator can take advantage of the Earth’s rotational speed, providing an additional boost to rockets as they ascend. This geographical consideration highlights the importance of selecting suitable fixed launching sites based on scientific and practical criteria.However, establishing a fixed launching site is not without its challenges. Environmental concerns, regulatory hurdles, and community impacts must all be taken into account. For instance, the construction and operation of a launch facility can affect local wildlife and ecosystems, leading to potential conflicts with environmental regulations. Additionally, communities near launch sites may have concerns about noise, safety, and the impact on their daily lives. Therefore, careful planning and communication with local stakeholders are essential to address these issues effectively.In conclusion, the concept of fixed launching is integral to the success of modern aerospace endeavors. It encompasses not only the physical location from which launches occur but also the comprehensive planning, testing, and collaboration that underpin successful missions. As we look to the future of space exploration, understanding and optimizing fixed launching sites will continue to be a critical focus for engineers and scientists alike.

在技术和工程领域，术语固定发射指的是一个预定的、稳定的发射点。这个概念在航空航天等领域尤其重要，因为精确性和可靠性至关重要。当我们考虑与火箭或卫星发射相关的挑战时，拥有一个固定发射地点的重要性变得显而易见。它确保所有关于轨迹、燃料消耗和安全措施的计算都是经过仔细计划和执行的。固定发射地点的主要好处之一是能够在发射前进行广泛的测试和模拟。工程师可以分析各种因素，例如风速、大气条件和可能影响发射的引力影响。通过建立一个固定发射位置，团队可以创建一个受控环境，在这里他们可以微调设备和策略。这减少了实际发射期间失败的风险，这在财务和人力资源方面都可能非常昂贵。此外，固定发射地点通常配备有先进的技术和基础设施，旨在支持空间任务的复杂性。这些设施通常包括发射台、控制中心和维护区域，所有这些对于成功执行一次发射都是必不可少的。这样的基础设施的存在使得对任何可能出现的意外问题能够快速响应，从而确保任务能够顺利进行。除了技术优势，固定发射地点在后勤规划中也发挥着重要作用。例如，当发射计划安排时，它需要工程师、科学家和政府机构等各个团队之间的协调。一个固定发射地点提供了一个所有这些利益相关者可以有效合作的中心枢纽。这种合作对于确保发射的每个方面都得到了考虑至关重要，从初始倒计时到飞船与其发射载具的最终分离。此外，固定发射地点的战略性布局可以提高空间任务的整体成功率。例如，靠近赤道的位置可以利用地球的自转速度，为火箭的升空提供额外的推动力。这一地理考虑突显了根据科学和实践标准选择合适的固定发射地点的重要性。然而，建立一个固定发射地点并非没有挑战。环境问题、法规障碍和社区影响都必须被考虑。例如，发射设施的建设和运营可能会影响当地的野生动物和生态系统，导致与环境法规之间的潜在冲突。此外，靠近发射地点的社区可能对噪音、安全和对日常生活的影响表示担忧。因此，仔细规划和与当地利益相关者的沟通对于有效解决这些问题至关重要。总之，固定发射的概念对于现代航空航天事业的成功至关重要。它不仅涵盖了发射发生的物理位置，还包括支撑成功任务的全面规划、测试和协作。随着我们展望未来的太空探索，理解和优化固定发射地点将继续成为工程师和科学家们的关键关注点。