bromate

简明释义

英[ˈbrəʊmeɪt]美[ˈbroʊˌmeɪt]

n. 溴酸盐

v. 使与溴化合

第 三 人 称 单 数 b r o m a t e s

现 在 分 词 b r o m a t i n g

过 去 式 b r o m a t e d

过 去 分 词 b r o m a t e d

英英释义

单词用法

同义词

反义词

例句

1.Thermokinetic characteristics of the REDOX reaction between methylene blue solution and potassium bromate solution was studied by micro-calorimetry.

用微热量计对亚甲基蓝与溴酸根在水中的氧化还原反应进行了热动力学研究。

2.Oscillatory features of the reaction between malonic acid, ferrous o-phenanthroline ion and bromate ion have been studied.

本文研究了丙二酸、邻菲罗啉亚铁离子和溴酸根离子之间反应的振荡现象。

3.Under the synergism of GAC adsorption and microorganism degradation, bromate could be controlled stably and effectively without increasing operation cost.

在活性炭(GAC)吸附以及微生物降解协同作用下，可以在不增加运行成本的基础上稳定、有效地控制溴酸盐。

4.The paper introduces a method to detect bromate in water using on-line eluent generator, which produce high-purity KOH automatically.

采用淋洗液在线发生离子色谱法测定了水中溴酸盐的浓度。

5.In sulphuric acid medium, the fluorescence signal of acridine red could be decreased by the oxidation of potassium bromate.

研究了稀硫酸介质中，槲皮素催化溴酸钾氧化吖啶红的荧光光谱。

6.The results show that the reaction orders are one for azomethine H and vanadium, respectively, and 1 5 for bromate.

结果表明，该反应对甲亚胺H和钒分别为一级反应，对溴酸钾为15级反应。

7.The use of bromate in drinking water is regulated due to its potential health risks.

由于其潜在的健康风险，饮用水中对bromate的使用受到监管。

8.Bakers should be aware of the effects of bromate on dough strength and elasticity.

面包师应了解bromate对面团强度和弹性的影响。

9.Testing for bromate levels is essential for ensuring safe drinking water.

检测bromate水平对于确保饮用水安全至关重要。

10.The presence of bromate in groundwater can indicate contamination from industrial sources.

地下水中存在bromate可能表明来自工业源的污染。

11.Some countries have banned the use of bromate in food products altogether.

一些国家已全面禁止在食品中使用bromate。

作文

The chemical compound known as bromate has garnered significant attention in both scientific research and public health discussions. Bromate refers to a group of chemical compounds that contain bromine and oxygen, typically formed during the disinfection process of drinking water using ozone. The presence of bromate in water supplies can be concerning due to its potential health risks. Research has shown that bromate is a possible human carcinogen, which means it could increase the risk of cancer in individuals who consume contaminated water over an extended period. As a result, understanding the formation, detection, and regulation of bromate is crucial for ensuring safe drinking water.One of the primary concerns surrounding bromate is its formation during the ozonation of drinking water. Ozone is a powerful disinfectant used to kill bacteria and viruses, but when it reacts with naturally occurring bromide ions in water, it can lead to the formation of bromate. This reaction can occur in various water sources, including rivers, lakes, and groundwater. Consequently, water treatment facilities must monitor bromide levels closely to minimize the production of bromate. Implementing proper treatment strategies, such as pre-oxidation or the use of alternative disinfectants, can help reduce bromate formation.In addition to its health implications, the presence of bromate in drinking water raises important regulatory questions. Various organizations, including the Environmental Protection Agency (EPA) in the United States, have established maximum contaminant levels (MCLs) for bromate to protect public health. These regulations require water suppliers to regularly test for bromate and take corrective actions if levels exceed the established limits. Compliance with these regulations is essential for maintaining safe drinking water standards and ensuring public confidence in water quality.Public awareness regarding bromate and its potential risks has increased in recent years, prompting discussions about water safety and treatment practices. Community members are encouraged to stay informed about their local water quality reports, which often include information about contaminants like bromate. By understanding the sources and risks associated with bromate, individuals can make informed decisions about their water consumption and advocate for safer water treatment practices.In conclusion, bromate is a chemical compound that poses significant health risks when present in drinking water. Its formation during the ozonation process highlights the need for careful monitoring and regulation to protect public health. As awareness of bromate increases, it is essential for both individuals and regulatory bodies to work together to ensure safe drinking water for all. By prioritizing water quality and implementing effective treatment strategies, we can mitigate the risks associated with bromate and safeguard public health for future generations.

化合物溴酸盐在科学研究和公共健康讨论中引起了重大关注。溴酸盐是指一类含有溴和氧的化学化合物，通常在使用臭氧消毒饮用水的过程中形成。溴酸盐在水源中的存在可能令人担忧，因为它可能对健康构成风险。研究表明，溴酸盐是一种可能的人类致癌物，这意味着它可能增加长期消费受污染水的个体的癌症风险。因此，了解溴酸盐的形成、检测和监管对于确保安全饮用水至关重要。关于溴酸盐的主要担忧之一是其在饮用水臭氧处理过程中形成的原因。臭氧是一种强效消毒剂，用于杀死细菌和病毒，但当它与水中自然存在的溴离子反应时，可能导致溴酸盐的形成。这种反应可以发生在各种水源中，包括河流、湖泊和地下水。因此，水处理设施必须密切监测溴离子的水平，以尽量减少溴酸盐的产生。实施适当的处理策略，例如预氧化或使用替代消毒剂，可以帮助减少溴酸盐的形成。除了健康影响外，饮用水中溴酸盐的存在还引发了重要的监管问题。包括美国环境保护局（EPA）在内的各种组织已经建立了溴酸盐的最大污染物限值（MCL），以保护公众健康。这些法规要求供水商定期检测溴酸盐，如果水平超过规定限值，则采取纠正措施。遵守这些法规对于维持安全饮用水标准和确保公众对水质的信心至关重要。近年来，公众对溴酸盐及其潜在风险的意识有所提高，促使人们讨论水的安全性和处理实践。社区成员被鼓励了解其当地的水质报告，这些报告通常包括有关污染物的信息，如溴酸盐。通过了解与溴酸盐相关的来源和风险，个人可以做出明智的饮水决策，并倡导更安全的水处理实践。总之，溴酸盐是一种在饮用水中存在时会带来重大健康风险的化学化合物。它在臭氧处理过程中的形成突显了需要仔细监测和监管以保护公众健康。随着对溴酸盐的认识不断提高，个人和监管机构共同努力，以确保所有人的安全饮用水是至关重要的。通过优先考虑水质并实施有效的处理策略，我们可以减轻与溴酸盐相关的风险，并为未来几代人保护公众健康。