device physics

device physics的音标为[dɪˈvaɪs ˈfɪzɪks]，基本翻译为“装置物理学”，速记技巧为注意不要和device device混淆。

device物理学名词，来源于拉丁语devius，意为“道路，途径”。device的词源表明它与道路和途径有关，可以引申为“装置，设备”的意思。

变化形式：

1. devise（v.）由device派生而来，意为“设计，发明”。

2. device（n.）是device的复数形式，意为“装置，设备”。

相关单词：

1. instrument（n.）意为“仪器，工具”，与device同源。

2. mechanism（n.）意为“机制，机械结构”，也与device同源。

3. configuration（n.）意为“配置，构造”，与device的词源有关。

例句：The device is a highly sophisticated piece of equipment that requires careful operation and maintenance.（该装置是一种高度精密的设备，需要小心操作和保养。）

以上是关于device physics的相关信息，希望对您有所帮助。

device physics常用短语：

1. device physics simulation 设备物理仿真

2. device physics analysis 设备物理分析

3. device physics testing 设备物理测试

4. device physics research 设备物理研究

5. device physics simulation model 设备物理仿真模型

6. device physics simulation software 设备物理仿真软件

7. device physics simulation environment 设备物理仿真环境

双语例句：

1. The device physics simulation model was used to simulate the behavior of the device under different conditions.

利用设备物理仿真模型模拟了在不同条件下设备的行为。

2. The device physics research team conducted a series of experiments to investigate the mechanical properties of the device.

设备物理研究小组进行了一系列实验，以探究设备的机械性能。

3. The device physics simulation software was used to predict the performance of the device under various operating conditions.

利用设备物理仿真软件预测了在不同运行条件下设备的性能。

4. The device physics testing equipment was used to measure the temperature and pressure inside the device during operation.

利用设备物理测试设备测量了设备运行过程中内部的温度和压力。

5. The device physics analysis revealed that the device had a high level of efficiency and reliability.

通过设备物理分析发现该设备具有高效率和可靠性。

英文小作文：

When designing a new device, it is essential to consider its physical behavior and how it will interact with its environment. Device physics plays a crucial role in ensuring that the device operates efficiently and safely. Through simulations and experiments, we can investigate the mechanical, thermal, and electrical properties of the device and ensure that it meets our requirements.

In addition to ensuring that the device operates correctly, device physics also plays a role in ensuring that it is safe to use. For example, if a device generates excessive heat or pressure, it could pose a safety hazard to users. Therefore, it is essential to monitor these parameters and take appropriate measures to ensure that the device operates within safe limits.

Through device physics research and simulations, we can gain a deeper understanding of the behavior of devices and how they interact with their environment. This knowledge can help us design better devices and improve their performance, leading to greater user satisfaction and increased market share.