conductance

conductive的音标是[kənˈdʌktɪv]，基本翻译是“传导性的；传导的”，速记技巧是“con+duct=引导=传导的”。

Conductance这个词来源于拉丁语，意为“引导”或“传导”。它的变化形式包括名词的复数形式conductances，形容词形式conductive，以及副词形式conductively。

相关单词：

1. Conductor（导体）：这个词指的是能够传导电流或热量的物体或物质，通常用于电学或热学领域。

2. Conductivity（导电性）：这是一个物理学上的术语，用来描述物体或材料传导电流的能力。

3. Conductivity measurement（导电性测量）：这是一种测量物体或材料导电性能的方法，通常用于材料科学和物理学领域。

4. Conduction（传导）：这是一个物理学上的术语，指的是能量或信号从一处向另一处传递的过程。

5. Superconductivity（超导性）：这是一种特殊的导电现象，指的是在特定条件下，物体能够在没有电阻的情况下传导电流。

6. Superconductor（超导体）：这是一种能够实现超导性的物体。

7. Electrical conductance（电导率）：这是一个物理学上的术语，用来描述物体或材料传导电流的能力，通常用于材料科学和化学领域。

8. Thermal conductance（热导率）：这是一个物理学上的术语，用来描述物体或材料传导热量的能力。

9. Electromagnetic conductance（电磁导电性）：这是一个物理学上的概念，指的是物体或材料在电磁场中的传导性能。

10. Biological conductance（生物传导性）：这是指生物体中能量或信号的传导方式，通常用于生物学和生态学领域。

常用短语：

1. conductance measurement

2. conductance tensor

3. conductance model

4. conductance density

5. conductance parameter

6. conductance mechanism

7. conductance variation

例句：

1. The conductance of a material is determined by its physical properties.

2. The conductance tensor of a material can be used to analyze its electrical behavior.

3. Conductance models are commonly used to describe the behavior of electronic devices.

4. Conductance density varies with temperature and pressure in a material.

5. Conductance parameters are critical for optimizing the performance of electronic circuits.

6. Conductance mechanisms are important for understanding the behavior of materials under different conditions.

英文小作文：

Conductance is an important parameter in electrical engineering that describes the ability of a material or device to conduct electricity. Conductance is determined by the material"s physical properties and can vary significantly depending on temperature, pressure, and other conditions. Understanding conductance mechanisms and its relationship to other electrical parameters is crucial for optimizing the performance of electronic circuits and devices.

In addition to its use in electrical engineering, conductance is also important in other fields such as materials science and biology, where it can be used to study the behavior of materials under different conditions and to understand the transport of substances through biological systems.

In summary, conductance is an essential parameter that plays a crucial role in many different fields and applications, and its understanding and measurement are critical for advancing science and technology.