inherently safe

简明释义

自身安全的

英英释义

例句

1.Nuclear power plants are designed to be inherently safe 本质安全的, minimizing the risk of accidents.

核电站的设计旨在本质安全的，最小化事故的风险。

2.The design of the building incorporates features that make it inherently safe 本质安全的 during earthquakes.

建筑的设计结合了使其在地震中本质安全的特征。

3.Many experts believe that renewable energy sources are inherently safe 本质安全的 for the environment.

许多专家认为可再生能源对环境是本质安全的。

4.The new battery technology is considered inherently safe 本质安全的 due to its stable chemistry.

新型电池技术由于其稳定的化学性质，被认为是本质安全的。

5.This medication has an inherently safe 本质安全的 profile, with minimal side effects reported.

这种药物具有本质安全的特性，报告的副作用极少。

作文

In today's world, the concept of safety is paramount in various industries, especially those that involve hazardous materials or processes. One term that frequently arises in discussions about safety is inherently safe, which refers to systems or designs that are fundamentally designed to minimize risks without relying heavily on external controls or safety measures. This principle is crucial in fields such as chemical engineering, nuclear power, and even transportation. Understanding what it means for a system to be inherently safe can help us appreciate the importance of thoughtful design in preventing accidents and ensuring public safety.The idea of inherently safe systems stems from the recognition that certain designs can eliminate or significantly reduce hazards simply by their nature. For instance, in the realm of chemical processing, some reactions can be designed to occur under conditions that do not produce harmful byproducts or require extreme temperatures and pressures. By choosing materials and processes that are less likely to cause accidents, engineers can create facilities that are safer for workers and the surrounding community.A prime example of an inherently safe technology is the use of passive safety systems in nuclear reactors. Unlike traditional reactors that rely heavily on active safety measures, such as pumps and backup generators, passive systems utilize natural forces like gravity and convection to cool the reactor in case of an emergency. This design philosophy greatly reduces the likelihood of catastrophic failures, as the systems will function effectively even if human intervention is compromised.Moreover, the automotive industry has also embraced the concept of inherently safe design. Modern vehicles are equipped with numerous safety features, such as crumple zones and airbags, that protect passengers during crashes. However, the focus is increasingly shifting towards designing cars that prevent accidents from occurring in the first place. Features like automatic braking, lane departure warnings, and collision avoidance systems are all part of this trend. By making vehicles inherently safe, manufacturers aim to reduce the incidence of accidents and enhance overall road safety.In addition to engineering and design, the principle of inherently safe can also be applied to organizational practices. Companies that prioritize safety culture often implement policies that encourage employees to identify and mitigate risks proactively. By fostering an environment where safety is a shared responsibility, organizations can create a workplace that is inherently safe for all employees.While the concept of inherently safe systems is widely recognized, it is essential to understand that no system can be entirely devoid of risk. Instead, the goal is to minimize risks as much as possible through intelligent design and proactive management. As we continue to innovate and develop new technologies, the focus on creating inherently safe systems will remain critical in safeguarding lives and protecting the environment.In conclusion, the term inherently safe encapsulates a fundamental approach to safety that emphasizes the importance of design and system characteristics in minimizing risks. Whether in engineering, transportation, or organizational practices, prioritizing inherently safe principles can lead to safer outcomes and a more secure future. As we move forward, it is imperative that we continue to embrace this philosophy and strive for advancements that ensure safety is built into the very fabric of our systems.

在当今世界，安全的概念在各个行业中至关重要，尤其是在涉及危险材料或过程的行业中。一个在关于安全的讨论中经常出现的术语是内在安全，它指的是那些在设计上根本上旨在最小化风险的系统或设计，而不依赖于外部控制或安全措施。这一原则在化学工程、核能和交通等领域中至关重要。理解一个系统为何能够内在安全可以帮助我们欣赏深思熟虑的设计在预防事故和确保公众安全方面的重要性。内在安全系统的理念源于认识到某些设计可以通过其本质消除或显著降低危害。例如，在化学加工领域，某些反应可以设计为在不产生有害副产品或需要极端温度和压力的条件下进行。通过选择那些不太可能导致事故的材料和工艺，工程师可以创建对工人和周围社区更安全的设施。一个内在安全技术的典型例子是核反应堆中的被动安全系统。与传统反应堆依赖于活跃的安全措施（如泵和备用发电机）不同，被动系统利用重力和对流等自然力量在紧急情况下冷却反应堆。这种设计理念大大降低了灾难性故障的可能性，因为即使人类干预受到限制，这些系统也能有效运行。此外，汽车行业也开始接受内在安全设计的理念。现代车辆配备了许多安全特性，如碰撞区和安全气囊，这些特性在碰撞中保护乘客。然而，重点越来越转向设计能够防止事故发生的汽车。自动刹车、车道偏离警告和碰撞避免系统等功能都是这一趋势的一部分。通过使车辆内在安全，制造商旨在减少事故发生的频率，提高整体道路安全。除了工程和设计之外，内在安全的原则也可以应用于组织实践。优先考虑安全文化的公司通常会实施鼓励员工主动识别和减轻风险的政策。通过营造一个安全是共同责任的环境，组织可以为所有员工创造一个内在安全的工作场所。虽然内在安全系统的概念得到了广泛认可，但必须理解，没有任何系统可以完全没有风险。相反，目标是通过智能设计和主动管理尽可能地最小化风险。随着我们继续创新和开发新技术，创建内在安全系统的重点将继续在保护生命和保护环境方面至关重要。总之，内在安全这个术语概括了一种强调设计和系统特征在最小化风险方面重要性的基本安全方法。无论是在工程、交通还是组织实践中，优先考虑内在安全原则都可以带来更安全的结果和更安全的未来。随着我们向前发展，继续接受这一理念并努力实现确保安全内置于我们系统的基本构想是至关重要的。