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admissible concentration基础释义_admissible concentration的发音_admissible concentration英语范文_admissible con

admissible concentration 基本释义:可接受的浓度

发音:英 [?d?m?s?bl ?k?ns?nt?] ;美 [?d?m?s?bl ?kɑ?ns?nt?r]

英语范文:The admissibility concentration of a chemical substance in the air is a crucial factor that determines whether it is safe to breathe in the environment. Therefore, it is essential to monitor the air quality and ensure that the admissibility concentration is within safe limits.

Admissible concentration 的英语作文音标和基础释义:可容许浓度是一个化学物质在空气中的浓度,它是一个决定环境是否安全呼吸的关键因素。因此,监测空气质量并确保可容许浓度在安全范围内是至关重要的。

在环境科学中,可容许浓度是一个重要的概念,它指的是在特定条件下,对人体健康或环境影响不会超过可接受水平的物质浓度。在制定环境保护政策和标准时,必须考虑到各种化学物质的可容许浓度,以确保人类和环境的安全。

此外,可容许浓度也适用于其他领域,例如工业生产、农业和公共卫生等。在这些领域中,必须对各种物质进行监测和控制,以确保它们不会超过可容许浓度,从而避免对人类和环境造成负面影响。

admissible concentration

Admissible concentration是指在环境科学中,一种用于评估污染物对人体健康影响的阈值或浓度标准。这个概念在环境保护和公共健康政策中具有重要意义。

在英语范文里,我们可以围绕这个单词来讨论环境保护和公共健康的话题。

标题:保护我们的环境:理解并设定可接受浓度

随着工业化和城市化的发展,环境中的污染物浓度逐渐升高,对人类健康的影响也日益凸显。为了保护我们的健康,我们需要理解并设定可接受浓度。

可接受浓度是用来评估污染物对人体影响的重要标准。它不仅有助于我们理解环境中的污染物水平,还可以指导我们采取有效的环境保护措施。例如,当环境中的污染物浓度超过可接受浓度时,我们需要采取措施减少污染物的排放,或者寻找替代品以减少污染。

然而,设定可接受浓度并非易事。我们需要考虑多种因素,如污染物的性质、环境条件、人群的健康状况等。因此,我们需要进行大量的科学研究,以了解污染物对人体影响的准确数据。同时,政府和相关组织也需要制定相应的政策和法规,以确保可接受浓度的设定和实施。

总的来说,理解并设定可接受浓度是保护我们环境的重要步骤。我们需要关注环境中的污染物,了解它们的危害,并采取有效的措施来减少它们的排放。只有这样,我们才能确保我们的环境是安全和健康的。

admissible concentration

Admissible concentration refers to the toxicant concentration that is considered safe or acceptable for a particular purpose or application. It is the level of toxicant that is allowed in a certain environment or system for a certain period of time.

In the context of environmental protection, admissible concentration is usually determined based on the standards set by various regulatory agencies. These standards are usually based on health and environmental concerns, and aim to ensure that the toxicants do not pose a significant risk to human health or the environment.

In the workplace, for example, admissible concentration of toxicants such as chemicals, gases, and particulates may be set by occupational safety and health agencies to protect the health of workers. Similarly, in the case of drinking water, admissible concentration of certain substances such as lead or arsenic may be set to ensure the safety and quality of drinking water.

Admissible concentration can also be used in risk assessment and risk management to determine the level of toxicant exposure that can be tolerated by a given population or environment. This information can be used to develop strategies for reducing toxicant exposure, such as by implementing engineering controls or implementing educational and public awareness campaigns.

In summary, admissible concentration is a key concept in toxicology and environmental protection that helps us understand the safe levels of toxicants in our environment and systems. It is essential to ensure the health and safety of individuals and the environment.

Admissible concentration

Exposure to certain substances can have harmful effects on human health if they are present in excessive amounts. The admissible concentration of these substances is the amount that is considered safe or acceptable for a particular purpose or application.

Toxicologists and environmentalists use admissible concentration to establish standards for various environments and systems. These standards are based on scientific research and public health concerns, and aim to ensure that toxicants do not pose a significant risk to human health or the environment.

In addition to protecting public health, admissible concentration is also used in risk assessment and risk management to determine acceptable levels of toxicant exposure for different populations and environments. This information can be used to develop strategies for reducing toxicant exposure, such as through engineering controls or public awareness campaigns.

In conclusion, it is important to understand the admissible concentration of harmful substances to ensure the safety of individuals and the environment. By implementing effective strategies to reduce toxicant exposure, we can protect ourselves and our environment from harmful substances.

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