azotizing的音标为[əˈzɑːtɪsɪzɪŋ],基本翻译为“用氨处理;用氨处理以增加耐久性”,速记技巧为“氨(A)→处理(zoto)→azotize”。
Azotizing这个词的英文词源可以追溯到拉丁语“azotea”,意为氮气。这个词在英语中通常用来描述将氮气转化为氨气的过程,也就是固氮的过程。
变化形式:在英语中,azotizing的过去式和过去分词是azotized,现在分词是azotizing。
相关单词:
1. nitrogen(氮气):这个词直接源自拉丁语中的“nitrium”,意为“氮”。
2. ammonia(氨):这个词源自阿拉伯语“an-monia”,意为“氨”。
3. nitrate(硝酸盐):这个词源自拉丁语中的“nitrum”,意为“硝酸”。
4. nitriding(氮化处理):这是一个合成词,由nitric(氮化的)和dying(处理)组成,表示对金属进行氮化处理的过程。
5. nitro-(硝基的):这是一个前缀,用于表示与硝化或硝酸盐相关的物质。
6. azote(氮):这是一个希腊语和拉丁语混合而成的词,意为“氮”,与azotizing有密切关系。
7. azotechnic(氮技术):这个词用于描述与氮气和氮化过程相关的技术领域。
8. azoture(氮化物):这个词由azote(氮)和ure(物质)组成,表示氮化物。
9. azotization(氮化):这是一个合成词,由azotize(氮化)和-ation(状态)组成,表示氮化的过程。
10. nitro-cellulose(硝化纤维素):这个词由nitro-(硝化的)和cellulose(纤维素)组成,表示硝化纤维素这种材料。
以上这些单词都与azotizing这个词有直接或间接的关系,并且涵盖了不同的领域和应用场景。
azotizing短语:
1. azotizing the soil
2. azotization process
3. soil azotization
4. nitrogen fixation
5. nitrogen azotization
6. soil nitrogen fixation
7. nitrogen azotization process
双语句子:
1. 土壤氮化,使土壤肥沃。
The soil is azotized to make it more fertile.
2. 通过施肥来加速土壤的氮化过程。
Fertilizer is used to accelerate the nitrogenization process of the soil.
3. 氮化过程是植物生长的重要因素之一。
Nitrogen fixation is one of the important factors for plant growth.
4. 土壤的氮化可以提高农作物的产量和质量。
The nitrogenization of soil can improve the yield and quality of crops.
5. 氮化过程需要充足的阳光和水分。
Nitrogen fixation requires sufficient sunlight and water.
6. 氮化过程需要适当的肥料和有机物质。
The nitrogenization process requires appropriate fertilizer and organic matter.
7. 氮化过程是植物生长和土壤肥力的重要因素。
Nitrogen fixation is an important factor for plant growth and soil fertility.
英文小作文:
Nitrogen fixation is an essential process for plants to grow and thrive in the soil. It is a natural process that occurs when microorganisms in the soil convert atmospheric nitrogen into a form that plants can use. This process is crucial for maintaining soil fertility and ensuring a bountiful harvest.
However, in some cases, nitrogen fixation may not be sufficient to meet the needs of plants, especially when soil conditions are poor or when the soil is not properly fertilized. In these cases, azotization, or the addition of nitrogen-rich substances, can be used to enhance the nitrogen fixation process and provide additional nutrients to plants.
Azotization not only increases the availability of nitrogen in the soil but also stimulates microbial activity, which in turn enhances the nitrogen fixation process. By incorporating azotization into agricultural practices, farmers can improve soil fertility and increase crop yields, thereby enhancing their overall production efficiency and profitability.