acceptors的音标为[əkˈseptərz],基本翻译为“接受者;承兑人”,速记技巧为“ac-cept-ors,接受者”。
acceptors这个词的词源可以追溯到拉丁语词根“acceptare”,意为“接受”。其变化形式主要有复数形式“acceptors”和过去式、过去分词形式“accepted”。
相关单词:
acceptance:接受,接纳;承认,认可;接受者。这个词可以用来描述接受某物或某观点的行为,也可以用来形容对某事的认可。
acceptor:接受者,承兑人。这个词可以用来描述在票据承兑过程中接受票据的人。
acceptability:可接受性。这个词用来形容某物被接受或认可的程度。
acceptors这个词在英语中通常与金融、商业相关,特别是在票据承兑和交易中。这个词强调了接受者的角色,即对交易或协议的认可和接受。同时,这个词也反映了商业和金融领域中对于接受和认可的重视。
acceptors 的常用短语:
1. acceptor detector 接受器检测器
2. acceptor bias 接受器偏压
3. acceptor level 接受器电位
4. acceptor material 接受体材料
5. acceptor density 接受体密度
6. acceptor level control 接受体电位控制
7. acceptor-type semiconductor 接受体型半导体
双语例句:
1. The acceptors in the solar cell play a crucial role in determining the overall performance of the cell.
太阳能电池中的受主在决定电池的整体性能方面起着至关重要的作用。
2. The acceptors in this semiconductor material have a wide band gap, which allows for efficient light absorption.
这种半导体材料中的受主具有宽能隙,这有利于有效吸收光能。
3. The acceptors in the transistor can be controlled to adjust its performance and efficiency.
晶体管中的受主可以被控制以调整其性能和效率。
英文小作文:
The role of acceptors in solar cells
Acceptors play a crucial role in solar cells, as they help determine the overall performance of the device. Typically, acceptors have a wide band gap, which allows for efficient light absorption, leading to high photocurrent and low voltage losses during conversion. By carefully controlling the type and concentration of acceptors in the cell, designers can optimize the device for specific applications, such as residential or commercial solar panels. Furthermore, acceptors can be tailored to respond to specific wavelengths of light, allowing for more efficient light harvesting and conversion. In addition to their role in photovoltaic devices, acceptors are also used in other electronic devices, such as transistors and light-emitting diodes, where they can be used to control performance and efficiency. Understanding the role of acceptors in various applications is crucial for developing advanced materials and devices that can meet the increasing demands for clean energy sources.