coulombic

Coulombic的音标是["kəʊləmək]，意思是与库仑有关的。基本翻译为“库伦的；库仑的”，是一个物理学名词。速记技巧可以使用拼音首字母缩写，即“库伦的”的拼音为kml，用首字母可以简写为kmml。

Coulombic这个词源自法语，意为“库伦的，库伦定律的”。它的词源可以追溯到法国物理学家Charles-Augustin de Coulomb，他提出了库伦定律，这是电学中的一个重要定律。

变化形式：复数形式为“coulombs”，过去式为“coulombed”，现在分词为“coulombing”，过去分词为“coulombed”。

相关单词：

1. electric charge（电荷）：电荷是物体或粒子所带电的量。这个词源于拉丁语，与电学和库伦定律有关。

2. capacitance（电容）：电容是电容器储存电荷的能力。这个词源于拉丁语，与电容器和库伦定律有关。

3. current（电流）：电流是指电荷的流动。这个词源于拉丁语，与电流和库伦定律有关。

4. potential（电势）：电势是描述电场中某点带电物体具有电势能的度量。这个词源于希腊语，与电势能和库伦定律有关。

5. electric field（电场）：电场是存在于电荷周围的空间场，它是由电荷产生的。这个词源于拉丁语，与电场和库伦定律有关。

6. electric potential（电势差）：电势差是指两个不同点之间的电势差。这个词源于希腊语，与电势差和库伦定律有关。

7. electric current density（电流密度）：电流密度是单位截面积上的电流。这个词源于拉丁语和希腊语，与电流密度和库伦定律有关。

8. coulomb force（库仑力）：库仑力是指两个点电荷之间相互作用力的大小，它是根据库伦定律得出的。这个词源于法语，与库伦力和库伦定律有关。

9. coulombic force（库伦性力）：这个词通常用于描述由库伦定律产生的力，它是一种描述力的术语。

10. coulombs law（库伦定律）：库伦定律是一种描述两个点电荷之间相互作用力的定律，它是由法国物理学家Charles-Augustin de Coulomb提出的。这个词本身就与库伦定律有关。

常用短语：

1. coulombic force 库仑力

2. coulombic interaction 库仑相互作用

3. coulombic charge 库仑电荷

4. coulombic energy 库仑能

5. coulombic force law 库仑力定律

6. coulombic potential 库仑位势

7. coulombic charge density 库仑电荷密度

例句：

1. The electric field is generated by coulombic forces acting on charged particles.

2. The coulombic interaction between two charged objects is proportional to their charges.

3. The coulombic charge density of a material determines its electrical conductivity.

4. The coulombic energy stored in a capacitor is proportional to its capacitance.

5. The coulombic force on a charged particle moving in a magnetic field is perpendicular to both the particle"s velocity and the magnetic field.

6. The coulombic potential difference between two points in a circuit is the result of the flow of electric current.

7. The coulombic effect of light on a charged particle can be used to measure its velocity.

英文小作文：

Electricity is a fundamental force that affects all living and non-living objects in the world. It is generated by the interaction of charges and can be transmitted through electric circuits and media such as air, water, and solids. The importance of electricity in modern society cannot be overstated, as it powers everything from computers and mobile phones to power plants and transportation systems.

One of the most fundamental aspects of electricity is the coulombic force, which is the force that acts on charged objects due to the presence of electric charges elsewhere in space. This force can be repulsive or attractive, depending on the relative magnitudes of the charges involved. It is important to note that the strength of the coulombic force is proportional to the product of the charges involved, making it a fundamental limit on how fast objects can move relative to each other.

In addition to the coulombic force, electricity also plays a role in phenomena such as electromagnetism and induction, which are essential for modern technology such as magnetic recording devices, motors, and generators. Understanding electricity and its interactions with other forms of matter and energy is fundamental to understanding our world and developing new technologies that rely on it.