binding energy

binding energy的音标为[ˈbaɪndɪnɪə(r)]，基本翻译为“结合能”，速记技巧为：结合能就是将粒子（原子）束缚在一起所需要的能量。

Binding Energy

词源：

1. 英语单词binding直接来源于拉丁语bindingus，意为“绑定的”。

变化形式：

无变化形式。

相关单词：

1. binding contract：具有约束力的合同 - 指具有法律约束力的合同，通常涉及金钱或财产的转移。

2. binding obligation：具有约束力的义务 - 指必须遵守的义务，通常涉及法律责任或道德责任。

3. binding decision：具有约束力的决定 - 指经过法律程序或内部决策程序作出的决定，具有法律效力。

4. binding arbitration：具有约束力的仲裁 - 指通过第三方仲裁机构进行的仲裁程序，结果具有法律效力。

5. binding vote：具有约束力的投票 - 指在选举、投票或表决中作出的决定性投票，具有法律效力。

6. binding obligation of good faith：诚信的具有约束力的义务 - 指在商业、法律或道德关系中，各方必须真诚地履行承诺和义务。

7. binding judgment of court：法院具有约束力的判决 - 指经过法院审理作出的具有法律效力的判决结果。

8. binding contractual agreement：合同中具有约束力的协议 - 指在合同中达成的具有法律效力的协议，通常涉及金钱或财产的转移。

9. binding resolution：具有约束力的决议 - 指在会议、组织或委员会等机构中通过的决议，通常涉及决策和行动方向。

10. binding opinion of expert：专家的具有约束力的意见 - 指经过专家评估和审查后作出的意见，通常涉及法律、技术或专业问题。

常用短语：

1. binding energy 结合能

2. binding energy of atoms 原子结合能

3. binding energy of molecules 分子结合能

4. binding energy of nuclear 核结合能

5. binding energy of magnetic particles 磁性粒子结合能

6. binding energy of solids 固体结合能

7. binding energy of liquids 液体结合能

例句：

1. The binding energy of atoms determines their stability and is crucial for chemical reactions.

原子的结合能决定其稳定性，对于化学反应至关重要。

2. The binding energy of molecules is crucial for their function and stability in the gas phase.

分子的结合能对于其在气体状态下的功能和稳定性至关重要。

3. The binding energy of magnetic particles is a key factor in their use in magnetic recording media.

磁性粒子的结合能是其在磁记录介质中应用的关键因素。

4. The binding energy of solids is determined by the interatomic forces that hold the atoms together.

固体结合能由维持原子结合的原子间力决定。

5. The binding energy of liquids is affected by their viscosity and density, which in turn affect their flow properties.

液体结合能受到粘度和密度的影响，进而影响其流动性质。

6. The binding energy of a chemical bond is the amount of energy required to break it apart.

化学键的结合能是打破它所需要的能量。

7. The binding energy of a protein is crucial for its function and stability in the cell.

蛋白质的结合能对于其在细胞中的功能和稳定性至关重要。

英文小作文：

The importance of binding energy cannot be overstated in the world of science and technology. From atoms to molecules, from magnetic particles to solids and liquids, binding energy plays a crucial role in determining their stability and functionality. It is essential for chemical reactions, magnetic recording media, and even the function of proteins in cells. Understanding the binding energy of different substances and its impact on their behavior is fundamental to our understanding of the world around us and the development of new technologies and materials.