"anhydrous"这个词的音标是[ænˈhaɪdrəs],基本翻译是"无水的;无湿气的"。为了更好地记忆这个词,你可以尝试使用词根记忆法,即"an"表示"无,非","hydr"表示"水","ous"是形容词后缀,这样就可以理解为"非水,无水"的意思。
Anhydrous这个词的词源可以追溯到拉丁语“anhydros”,意为“无水的”。它的变化形式主要有其过去分词和现在分词形式,分别是“anhydrated”和“anhydrating”。
相关单词:
Anhydrated 意为“脱水的,无水的”,常用于描述化学物质或物质的状态。
Anhydrating 意为“使脱水,脱水作用”,常用于描述化学反应或过程。
在英文中,这个词的相关单词还有以下这些:
Dehydration(脱水)
Hydrate(水合物)
Desiccant(干燥剂)
Dehumidifier(除湿器)
Evaporator(蒸发器)
Anhydrous milk sugar(无水乳糖)
Anhydrous ethanol(无水乙醇)
Anhydrone(无水化合物)
Anhydrase(去水化酶)
Anhydrous magnesium chloride(无水氯化镁)
以上这些单词都与anhydrous这个词有着密切的联系,它们在英语中广泛使用,并且在化学、生物学、工程学等领域中有着重要的应用。
anhydrous短语:
1. anhydrous condition 无水条件
2. anhydrous alcohol 无水酒精
3. anhydrous salt 无水盐
4. anhydrous solvent 无水溶剂
5. anhydrous system 无水体系
6. anhydrous condition storage 无水条件储存
7. anhydrous ethanol 无水乙醇
双语句子:
1. 在无水条件下,我们能够更好地研究化学反应。 In anhydrous condition, we can better study chemical reactions.
2. 酒精是无水的,所以它非常适合用来消毒。 Alcohol is anhydrous, so it is very suitable for disinfecting.
3. 无水盐在化学实验中非常重要,因为它可以提供准确的测量。 Anhydrous salt is very important in chemical experiments as it provides accurate measurement.
4. 无水溶剂在许多工业生产中都非常重要。 Anhydrous solvents are crucial in many industrial processes.
5. 在无水系统中,我们能够进行许多复杂的化学实验。 We can conduct many complex chemical experiments in an anhydrous system.
6. 储存药品时,必须按照无水条件储存的规定进行。 When storing medicines, we must follow the regulations for storage in anhydrous condition.
7. 乙醇是一种常用的无水溶剂,它被广泛用于各种工业生产中。 Ethanol is a commonly used anhydrous solvent that is widely used in various industrial processes.
英文小作文:
Anhydrous Conditions in Chemical Research
Anhydrous conditions are essential in chemical research as they provide a controlled environment for accurate experiments and measurements. Without water, chemicals can be studied without interference from moisture, which can affect their properties and reactions. In anhydrous conditions, we can better understand the chemistry of substances and develop new methods and materials. Anhydrous conditions also ensure that reagents and solvents remain stable and do not undergo degradation or interaction with water, which can affect their effectiveness and result in inaccurate measurements. By using anhydrous conditions, we can improve the accuracy and reproducibility of experiments, leading to more reliable and useful results in chemical research.