ammoniacal

简明释义

[ˌæməˈnaɪəkəl][ˌæməˈnaɪəkl]

adj. [无化] 氨的;含氨的

英英释义

Relating to or containing ammonia.

与氨有关或含有氨的。

Having the characteristics or qualities of ammonia, often used in reference to certain types of solutions or compounds.

具有氨的特性或品质,通常用于指某些类型的溶液或化合物。

单词用法

ammoniacal smell

氨气味

ammoniacal reaction

氨反应

ammoniacal fertilizer

氨肥

ammoniacal waste

氨废物

同义词

ammonium

Ammonium compounds are often used in fertilizers.

铵化合物通常用于肥料中。

alkaline

碱性的

Alkaline solutions can neutralize acids.

碱性溶液可以中和酸。

basic

基础的

Basic pH levels are important for certain chemical reactions.

基础pH值对某些化学反应很重要。

反义词

acidic

酸性的

The solution was found to be acidic, which is the opposite of ammoniacal.

该溶液被发现是酸性的,这与氨水相反。

neutral

中性的

In a neutral environment, ammoniacal reactions are less likely to occur.

在中性环境中,氨水反应不太可能发生。

例句

1.The traditional method to deal with the coke plant wastewater is a means using by the active dreggy mud, which has less effect on the hard-degraded substance and ammoniacal nitrogen.

由于含有大量的难生物降解及有毒物质,因而成为公认难处理工业废水之一。

2.The traditional method to deal with the coke plant wastewater is a means using by the active dreggy mud, which has less effect on the hard-degraded substance and ammoniacal nitrogen.

由于含有大量的难生物降解及有毒物质,因而成为公认难处理工业废水之一。

3.Skim serum is an industrial effluent from rubber factories. It is of higher BOD and contains about 1% protein and 0.05-0.3% ammoniacal nitrogen, etc.

胶清废水系天然橡胶初加工时的一种工业废水,具有较高的生化需氧量(BOD),其中约含有1%蛋白质,0.05 ~ 0.3%氨态氮等。

4.Synthetic samples were prepared and studied to simulate the phase changes of iron—cobalt compounds in the reduction roasting—ammoniacal leaching processing of oxidized ore.

本文用合成样品对氧化矿还原焙烧过程中铁钻化合物物相变化进行了考察。

5.Test results showed that use of ammoniacal solution pretreatment can effectively remove copper, and thus alleviating negative effect of copper on leaching of gold.

结果表明:采用含氨溶液预处理除铜,有效地排除了铜对氰化浸金的影响。

6.A study for leaching of a low grade and difficult to separate copper ore was performed by using ammoniacal pressure leaching method.

用加压氨浸的方法,对某低品位难选离析铜矿进行了浸出研究。

7.The laboratory detected an ammoniacal 氨的 odor coming from the chemical waste.

实验室检测到化学废物中散发出一种氨的ammoniacal气味。

8.Farmers often use ammoniacal 氨的 fertilizers to enhance soil nitrogen levels.

农民们常常使用氨的ammoniacal肥料来提高土壤中的氮含量。

9.The presence of ammoniacal 氨的 nitrogen can indicate poor water quality.

存在氨的ammoniacal氮可能表明水质不佳。

10.Certain fish species are sensitive to ammoniacal 氨的 compounds in their environment.

某些鱼类对其环境中的氨的ammoniacal化合物非常敏感。

11.The water treatment facility had to address the ammoniacal 氨的 content in the effluent.

水处理设施必须处理废水中的氨的ammoniacal含量。

作文

In the realm of chemistry, various compounds play crucial roles in our daily lives, and one such compound is ammonia. Known for its pungent smell, ammonia is a colorless gas that can be found in many household products. When we speak of ammonia in its ionic form, we often refer to it as ammoniacal (氨的). This term describes solutions or substances that contain ammonia or have properties similar to ammonia. Understanding the significance of ammoniacal compounds is essential, especially in agricultural practices, environmental science, and industrial applications.In agriculture, ammoniacal nitrogen is a vital nutrient for plants. Farmers often utilize fertilizers that contain ammoniacal forms of nitrogen to promote healthy plant growth. These fertilizers release nitrogen into the soil, which plants absorb and use to synthesize proteins and other essential compounds. The presence of ammoniacal nitrogen in fertilizers ensures that crops receive the necessary nutrients to thrive, ultimately leading to better yields and food production. However, it is important to apply these fertilizers judiciously to avoid environmental issues such as water pollution from runoff.Moreover, the role of ammoniacal compounds extends beyond agriculture. In the field of environmental science, understanding the behavior of ammoniacal substances is crucial for managing waste and pollution. Wastewater treatment facilities often deal with ammoniacal nitrogen, which can be harmful to aquatic ecosystems if released untreated. By converting ammoniacal nitrogen into less harmful forms through biological processes, these facilities help to protect water quality and maintain ecological balance.Industrially, ammoniacal solutions are used in various applications, including cleaning agents and refrigerants. The powerful cleaning properties of ammoniacal solutions make them effective for removing grease and stains. Additionally, in the refrigeration industry, ammoniacal compounds are utilized due to their efficiency in heat exchange processes. The versatility of ammoniacal compounds makes them indispensable in many sectors, demonstrating their importance in both everyday life and industrial applications.However, while ammoniacal compounds offer numerous benefits, they also pose certain risks. Ammonia can be toxic at high concentrations, leading to health hazards for humans and animals. Therefore, safety measures must be implemented when handling ammoniacal substances. Proper ventilation, protective gear, and adherence to safety regulations are essential to minimize exposure risks.In conclusion, the term ammoniacal (氨的) encompasses a range of substances and solutions that contain ammonia or exhibit similar characteristics. From agriculture to environmental management and industrial applications, ammoniacal compounds play a significant role in various fields. Understanding their properties, benefits, and potential hazards is crucial for utilizing them effectively and safely. As we continue to explore the diverse applications of ammoniacal substances, we can appreciate their impact on our world and strive for sustainable practices that harness their benefits while mitigating risks.

在化学领域,各种化合物在我们的日常生活中发挥着至关重要的作用,其中一种化合物是氨。氨以其刺鼻的气味而闻名,是一种无色气体,可以在许多家用产品中找到。当我们谈论氨的离子形式时,通常将其称为ammoniacal(氨的)。这个术语描述了含有氨或具有类似氨特性的溶液或物质。理解ammoniacal化合物的重要性是必不可少的,特别是在农业实践、环境科学和工业应用中。在农业中,ammoniacal氮是植物的重要营养素。农民经常使用含有ammoniacal形式氮的肥料,以促进植物的健康生长。这些肥料将氮释放到土壤中,植物吸收并用于合成蛋白质和其他基本化合物。肥料中ammoniacal氮的存在确保作物获得必要的营养以茁壮成长,最终导致更好的产量和食品生产。然而,重要的是要合理施用这些肥料,以避免水污染等环境问题。此外,ammoniacal化合物的作用超出了农业。在环境科学领域,理解ammoniacal物质的行为对于管理废物和污染至关重要。废水处理设施通常处理ammoniacal氮,如果未经处理释放,可能对水生生态系统造成危害。通过生物过程将ammoniacal氮转化为较不有害的形式,这些设施有助于保护水质并维持生态平衡。在工业方面,ammoniacal溶液用于各种应用,包括清洁剂和制冷剂。ammoniacal溶液强大的清洁性能使其在去除油脂和污渍方面有效。此外,在制冷行业,由于其在热交换过程中的效率,利用了ammoniacal化合物。ammoniacal化合物的多功能性使它们在许多部门中不可或缺,展示了它们在日常生活和工业应用中的重要性。然而,虽然ammoniacal化合物提供了许多好处,但它们也带来了一定的风险。氨在高浓度下可能是有毒的,导致对人类和动物的健康危害。因此,在处理ammoniacal物质时必须实施安全措施。适当的通风、保护装备和遵循安全法规对于最小化暴露风险至关重要。总之,术语ammoniacal(氨的)涵盖了一系列含有氨或表现出类似特性的物质和溶液。从农业到环境管理和工业应用,ammoniacal化合物在各个领域发挥着重要作用。理解它们的性质、好处和潜在危害对于有效和安全地利用它们至关重要。随着我们继续探索ammoniacal物质的多样化应用,我们可以欣赏它们对我们世界的影响,并努力实现可持续实践,利用它们的好处,同时减少风险。