38.014

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The number 38.014 is a numerical expression of the application field and working principles of a particular piece of technology. In order to make sense of these numbers, we need to consider what they mean and how they relate to the technology.

The field referred to in the number 38.014 is microwave engineering. Microwave engineering is a form of engineering based on the principles of microwaves. A microwave is a form of energy wave emitting from radio frequency oscillations. As outlined in the number, microwaves find application in various areas, including communication, radar, navigation, electronic engineering, and biological engineering.

The principles of microwaves are based upon the nature of wave propagation. In general, waves travel in a linear fashion, meaning they travel in a straight line. This is particularly true of microwaves, which travel in straight lines in free space. Microwaves also have a frequency, or amount of energy contained in the wave, and this affects how they propagate. Higher frequencies generally result in greater range and accuracy in microwave communications, as higher-frequency waves are less affected by environmental conditions.

The application of microwaves in engineering is based on the ability of microwaves to penetrate through different materials. As microwaves are electromagnetic, they can be used to heat objects, as well as transmit data. Microwaves are used in many forms of communication, such as TV, radio, cellular phones, and satellite. Microwaves also find application in sensing and detection, such as with microwave radar.

Microwave engineering is a well established technology for various applications. As outlined in 38.014, microwave engineering is used for communication, radar, navigation, electronic engineering, and biological engineering. For each application, the underlying principles of microwave engineering are the same, but the technology can be applied in a number of different ways. For example, microwaves can be used in radar to detect objects in the environment, while in electronic engineering they can be used to transmit data via wireless communication networks.

In conclusion, 38.014 is a numerical expression of the application field and working principles of microwave engineering. Microwaves are electromagnetic waves of a certain frequency and travel in a linear fashion. They can be used for communication, sensing, and detection, and their application in different areas of engineering offers many benefits. By understanding 38.014 and its relation to microwave engineering, one can better understand the technology and its uses in various areas.

The specific data is subject to PDF, and the above content is for reference