transmitting station
简明释义
发射台
英英释义
A transmitting station is a facility that sends out radio, television, or other types of signals over the airwaves to communicate information to receivers. | 发射台是一个设施,向空中发送无线电、电视或其他类型的信号,以便将信息传达给接收器。 |
例句
1.They are planning to build a new transmitting station (发射台) in the northern region for better coverage.
他们计划在北部地区建造一个新的transmitting station (发射台),以获得更好的覆盖。
2.We need to calibrate the equipment at the transmitting station (发射台) to improve the broadcast quality.
我们需要对transmitting station (发射台)的设备进行校准,以提高广播质量。
3.The transmitting station (发射台) experienced a power outage, disrupting the service temporarily.
由于停电,transmitting station (发射台)暂时中断了服务。
4.The radio signal was weak because the nearest transmitting station (发射台) was over 50 miles away.
由于最近的transmitting station (发射台)距离超过50英里,电台信号很弱。
5.The transmitting station (发射台) for the new television channel will be operational by next month.
新的电视频道的transmitting station (发射台)将在下个月投入运营。
作文
In today's world, communication plays a pivotal role in connecting individuals and communities across vast distances. One of the fundamental components that enable this seamless exchange of information is the *transmitting station* (发射站). A *transmitting station* is a facility that sends out signals, whether they be radio waves, television broadcasts, or other forms of data transmission. These stations serve as the backbone of modern communication systems, allowing us to access news, entertainment, and educational content from the comfort of our homes.The concept of a *transmitting station* dates back to the early days of wireless communication. Inventors like Guglielmo Marconi laid the groundwork for radio technology, paving the way for the establishment of numerous *transmitting stations* around the globe. These stations are equipped with powerful antennas that can broadcast signals over long distances, ensuring that messages reach their intended audience.One of the most significant advantages of a *transmitting station* is its ability to cover wide geographic areas. For example, a single radio *transmitting station* can reach thousands of listeners within its broadcast range. This capability is especially crucial in emergencies, where timely information can save lives. During natural disasters, such as hurricanes or earthquakes, *transmitting stations* become vital sources of information, providing updates on safety measures and evacuation routes.Moreover, advancements in technology have led to the development of more sophisticated *transmitting stations*. Digital broadcasting allows for clearer sound quality and better picture resolution, enhancing the overall experience for consumers. Additionally, the rise of satellite *transmitting stations* has revolutionized the way we receive information. Unlike traditional ground-based stations, satellites orbiting the Earth can transmit signals to remote areas that may lack infrastructure for conventional broadcasting.However, the operation of a *transmitting station* also comes with challenges. Frequency interference is a common issue that can disrupt signals, leading to poor reception for listeners. To combat this, engineers must carefully manage the frequencies used by different stations to minimize overlap and ensure clear communication. Furthermore, as technology continues to evolve, *transmitting stations* must adapt to new standards and regulations set forth by governing bodies to maintain compliance and provide reliable service.In conclusion, the role of a *transmitting station* (发射站) in our society cannot be overstated. It serves as a crucial link in the communication chain, enabling the dissemination of information across vast distances. As we continue to innovate and improve our communication technologies, the importance of these stations will only grow. Whether it's through traditional radio broadcasts or modern digital platforms, *transmitting stations* remain essential in keeping us connected in an ever-changing world.