ionization chamber loss of supply accident

简明释义

电离室断电事故

英英释义

例句

1.During the training session, we discussed the implications of an ionization chamber loss of supply accident 电离室供电丧失事故 on radiation measurements.

在培训会上，我们讨论了电离室供电丧失事故对辐射测量的影响。

2.The investigation revealed that the ionization chamber loss of supply accident 电离室供电丧失事故 was due to a faulty transformer.

调查显示，电离室供电丧失事故是由于变压器故障引起的。

3.The safety protocols were revised after the ionization chamber loss of supply accident 电离室供电丧失事故 that occurred last year.

去年发生的电离室供电丧失事故后，安全协议进行了修订。

4.The team conducted a thorough review of the equipment following the ionization chamber loss of supply accident 电离室供电丧失事故 last month.

上个月发生的电离室供电丧失事故后，团队对设备进行了彻底审查。

5.To prevent future incidents, the lab implemented new checks after the ionization chamber loss of supply accident 电离室供电丧失事故.

为了防止未来的事件，实验室在电离室供电丧失事故后实施了新的检查。

作文

In the field of radiation detection and measurement, one of the critical devices used is the ionization chamber. An ionization chamber is a type of detector that measures ionizing radiation by collecting the charge created by the ionization of gas within it. However, like any other technological device, it is susceptible to various failures and accidents. One such incident is known as the ionization chamber loss of supply accident, which refers to a situation where the ionization chamber experiences a failure in its power supply. This can lead to significant consequences, especially in environments where precise radiation measurements are crucial, such as nuclear power plants or medical facilities that utilize radiation therapies.The ionization chamber loss of supply accident can occur due to several reasons, including electrical malfunctions, human error, or external factors such as natural disasters. When the power supply to the ionization chamber is lost, the device can no longer function correctly, which means it cannot accurately measure radiation levels. This can pose serious risks, especially if radiation levels are dangerously high and the staff is unaware of the situation due to the malfunctioning equipment.For instance, in a nuclear facility, the ionization chambers are essential for monitoring radiation levels in various parts of the plant. If there were a ionization chamber loss of supply accident, and the staff did not receive timely alerts about the radiation exposure, it could lead to severe health risks for workers and potentially catastrophic outcomes for the surrounding community. Therefore, understanding the implications of such an accident is vital for safety protocols in radiation-sensitive environments.To mitigate the risks associated with the ionization chamber loss of supply accident, regular maintenance checks and updates to the power supply systems are necessary. Additionally, implementing redundancy in power supplies can ensure that even if one source fails, others can take over, keeping the ionization chamber operational. Training staff to recognize the signs of potential failures and ensuring they know emergency procedures can further enhance safety.In conclusion, the ionization chamber loss of supply accident highlights the importance of reliable power supplies in radiation measurement technologies. It underscores the need for rigorous safety protocols and the continuous monitoring of equipment to prevent accidents. As technology advances, it is crucial to remain vigilant and proactive in maintaining the integrity of devices that play a pivotal role in ensuring public safety and health. By doing so, we can minimize the risks associated with radiation exposure and promote a safer environment for everyone involved.

在辐射检测和测量领域，离子化室是使用的关键设备之一。离子化室是一种通过收集气体内离子化产生的电荷来测量电离辐射的探测器。然而，像其他技术设备一样，它也容易发生各种故障和事故。其中一种事件被称为离子化室供电丧失事故，指的是离子化室在其电源出现故障的情况下发生的情况。这可能导致严重后果，尤其是在核电站或利用放射治疗的医疗机构等对精确辐射测量至关重要的环境中。离子化室供电丧失事故可能由于多种原因发生，包括电气故障、人为错误或自然灾害等外部因素。当离子化室的电源丧失时，该设备将无法正常工作，这意味着它无法准确测量辐射水平。这可能构成严重风险，尤其是在辐射水平危险升高而工作人员因设备故障而不知情的情况下。例如，在核设施中，离子化室对于监测工厂各个部分的辐射水平至关重要。如果发生离子化室供电丧失事故，而工作人员未能及时收到有关辐射暴露的警报，这可能会对工人造成严重健康风险，并可能对周围社区造成灾难性的后果。因此，理解此类事故的影响对于辐射敏感环境中的安全协议至关重要。为了减少与离子化室供电丧失事故相关的风险，定期维护检查和对电源系统的更新是必要的。此外，实施电源冗余可以确保即使一个源失败，其他源也可以接管，使离子化室保持正常运行。培训员工识别潜在故障的迹象并确保他们了解应急程序，可以进一步增强安全性。总之，离子化室供电丧失事故强调了辐射测量技术中可靠电源的重要性。它突显了严格安全协议和持续监控设备以防止事故的必要性。随着技术的进步，保持警惕和主动维护在确保公众安全和健康中发挥关键作用的设备的完整性至关重要。通过这样做，我们可以最小化与辐射暴露相关的风险，并促进所有相关人员的更安全环境。