core disruptive accident

简明释义

堆芯破裂事故

英英释义

例句

1.The report highlighted the impact of the core disruptive accident 核心破坏性事故 on the production schedule.

报告强调了核心破坏性事故 core disruptive accident对生产进度的影响。

2.To mitigate risks, we must learn from the core disruptive accident 核心破坏性事故 that affected our last project.

为了降低风险，我们必须从影响我们上一个项目的核心破坏性事故 core disruptive accident中吸取教训。

3.After the core disruptive accident 核心破坏性事故, safety protocols were revised to prevent future occurrences.

在发生核心破坏性事故 core disruptive accident后，安全协议被修订以防止未来的发生。

4.Management held a meeting to discuss the implications of the core disruptive accident 核心破坏性事故 for company operations.

管理层召开会议讨论核心破坏性事故 core disruptive accident对公司运营的影响。

5.The team conducted a thorough investigation into the core disruptive accident 核心破坏性事故 that occurred during the test phase.

团队对测试阶段发生的核心破坏性事故 core disruptive accident进行了彻底调查。

作文

In the realm of industrial safety and risk management, the term core disruptive accident refers to a significant incident that fundamentally alters the operational capabilities of a facility or organization. Such accidents not only cause immediate harm but also have long-lasting repercussions on the environment, economy, and community. Understanding the implications of a core disruptive accident is vital for companies aiming to mitigate risks and enhance their safety protocols.To illustrate this concept, let us consider the catastrophic events that occurred in Fukushima, Japan, in 2011. The nuclear disaster was classified as a core disruptive accident due to its profound impact on the nuclear energy industry and public perception of nuclear safety. Following the earthquake and tsunami, the failure of cooling systems led to meltdowns in three reactors, resulting in the release of radioactive materials. This incident not only caused immediate health risks but also forced the evacuation of thousands of residents and led to the long-term abandonment of entire towns.The aftermath of the Fukushima disaster highlighted the importance of preparedness and response strategies for potential core disruptive accidents. Organizations must conduct thorough risk assessments and develop contingency plans to minimize the effects of such incidents. For instance, implementing advanced safety measures, conducting regular drills, and fostering a culture of safety can significantly reduce the likelihood of a core disruptive accident occurring.Moreover, the economic implications of a core disruptive accident can be staggering. Companies may face hefty fines, legal battles, and increased insurance premiums. The loss of public trust can also lead to decreased revenue and market share, as consumers become more cautious about engaging with organizations perceived as unsafe. In the case of Fukushima, the Japanese government had to invest billions of dollars in cleanup efforts and compensation for affected individuals. This financial burden underscores the necessity for proactive measures to prevent such accidents.Communities surrounding industrial facilities are often the most affected by core disruptive accidents. The social fabric of these areas can be torn apart as residents grapple with the fear of potential disasters and the reality of displacement. It is crucial for organizations to engage with local communities, providing them with information and resources to cope with the risks associated with nearby operations. Building strong relationships can foster resilience and trust, ultimately benefiting both the organization and the community.In conclusion, a core disruptive accident is a serious event that can have devastating effects on multiple levels. Understanding the nature of these accidents and their implications is essential for organizations to implement effective safety measures and risk management strategies. By prioritizing safety, engaging with communities, and preparing for potential incidents, companies can not only protect their employees and stakeholders but also contribute to a safer and more sustainable future. The lessons learned from past core disruptive accidents serve as reminders of the importance of vigilance and responsibility in all industrial endeavors.

在工业安全和风险管理领域，术语核心破坏性事故指的是一种重大事件，它从根本上改变了设施或组织的运营能力。这类事故不仅会造成直接伤害，还对环境、经济和社区产生长期影响。理解核心破坏性事故的含义对于希望降低风险和增强安全协议的公司至关重要。为了说明这一概念，让我们考虑2011年日本福岛发生的灾难性事件。由于其对核能行业和公众对核安全的看法产生了深远影响，该核灾难被归类为核心破坏性事故。在地震和海啸之后，冷却系统的故障导致三台反应堆发生熔毁，释放出放射性物质。此事件不仅造成了立即的健康风险，还迫使数千名居民撤离，并导致整个城镇的长期废弃。福岛灾难的后果突显了为潜在的核心破坏性事故做好准备和响应策略的重要性。组织必须进行彻底的风险评估，并制定应急计划，以最小化此类事件的影响。例如，实施先进的安全措施、定期进行演练和营造安全文化可以显著降低发生核心破坏性事故的可能性。此外，核心破坏性事故的经济影响可能是惊人的。公司可能面临巨额罚款、法律诉讼和增加的保险费用。公众信任的丧失也可能导致收入和市场份额的下降，因为消费者在与被视为不安全的组织互动时变得更加谨慎。在福岛的案例中，日本政府不得不投资数十亿美元用于清理工作和补偿受影响的个人。这一经济负担凸显了采取主动措施以防止此类事故的必要性。周围社区通常是受核心破坏性事故影响最大的人群。这些地区的社会结构可能会受到撕裂，因为居民们在应对潜在灾难的恐惧和实际的流离失所之间挣扎。组织与当地社区建立联系至关重要，为他们提供信息和资源以应对与附近操作相关的风险。建立强大的关系可以促进韧性和信任，最终使组织和社区双方受益。总之，核心破坏性事故是一种严重事件，可能对多个层面产生毁灭性影响。理解这些事故的性质及其影响对于组织实施有效的安全措施和风险管理策略至关重要。通过优先考虑安全、与社区互动以及为潜在事件做好准备，公司不仅可以保护其员工和利益相关者，还可以为更安全、更可持续的未来做出贡献。从过去的核心破坏性事故中吸取的教训提醒我们，在所有工业事业中保持警惕和责任的重要性。