daltonic

daltonic的音标为：[dɔː"lɔːntɪk] ，中文释义为“丹顿的”。速记技巧为：根据音标快速记忆单词。

Daltonism的英文词源是Dalton，这是以一位英国物理学家John Dalton的名字命名的。Daltonism指的是一种色觉异常，即对颜色的辨别能力异常，通常是由于某种特定的遗传因素导致的。

变化形式：名词形式为Daltonism，形容词形式为Daltonic。

相关单词：

1. color blindness：色盲，一种视觉障碍，无法区分颜色。

2. color vision：色觉，对颜色的感知能力。

3. color-blindness test：色盲测试，一种用于检测人们是否对颜色有感知障碍的工具。

4. color-sensitive pigment：感色色素，一种能够感知颜色的色素。

5. color-coded map：彩色编码地图，一种使用颜色来标记地图上不同区域的地图。

6. Daltonian：Dalton的，指Dalton的遗传理论或Dalton的色觉理论。

7. Daltonian blindness：Dalton色盲，指Daltonism的一种表现形式。

8. Daltonian pigment：Dalton色素，指能够感知颜色的色素。

9. Daltonian theory：Dalton理论，指Dalton提出的关于色觉的理论。

10. Dalton scale：道尔顿单位制，一种用于测量气体体积的单位制，以John Dalton的名字命名。

Daltonic短语：

1. Dalton"s Law 达尔顿定律

2. Dalton"s Scale 达尔顿度量法

3. Dalton"s Law of Partial Pressure 盖-吕萨克气体分压定律

4. Dalton"s Law of Combination 组合定律

5. Dalton"s Law of Gases 气体定律

6. Dalton"s Law of Partial Molar Pressure 部分分压定律

7. Dalton"s Law of Partial Molar Volume 部分分体积定律

双语例句：

1. The Dalton"s Law of Partial Pressure explains why the air pressure in a room is lower than the atmospheric pressure outside. (盖-吕萨克气体分压定律解释了为什么房间内的气压低于外面的大气压。)

2. The Dalton"s Law of Combination is used to calculate the amount of gas that will be produced when two gases combine. (组合定律被用来计算当两种气体结合时会生成的气体量。)

英文小作文：

Dalton"s Law of Gases is a fundamental law in chemistry that describes the behavior of gases. It states that the total amount of gas in a container remains constant over time, regardless of the temperature and pressure changes. This law is very useful in many practical applications, such as determining the amount of gas in a cylinder or calculating the volume of gas in a container.

When we talk about gases, we often think about their behavior at room temperature and atmospheric pressure. However, gases behave differently at different temperatures and pressures, and this is where Dalton"s Law of Gases comes into play. By understanding this law, we can better predict and control the behavior of gases in various environments and applications.

In my opinion, Dalton"s Law of Gases is one of the most important laws in chemistry because it helps us understand the behavior of gases in a wide range of contexts. It is fundamental to many scientific disciplines and has numerous practical applications in various fields, such as medicine, engineering, and industry. I believe that we should always keep an eye on this law and how it affects our daily lives.