What is the translation of " MILLIMETER WAVES " in Chinese?

• 毫米波

Examples of using Millimeter waves in English and their translations into Chinese

Millimeter waves applied to 5G technology range from 24 to 100 GHz.
应用到5G技术的毫米波为24到100GHz的频段。

International Journal of Infrared and Millimeter Waves.
红外与毫米波学报（JournalIfInfraredandMillimeterWaves）.

Millimeter waves applied to 5G technology range from 24GHz to 100GHz.
应用到5G技术的毫米波为24到100GHz的频段。

To compensate, cellular providers want to expand into the higher frequencies of millimeter waves.
为了补偿，蜂窝提供商希望扩展到更高频率的毫米波。

G networks using millimeter waves are actually susceptible to obstacles.
使用毫米波的5G网络实际上容易受到障碍物的影响。

This frequency band has wavelength ranging from 10mm to 1 mm and thus called millimeter waves.
该频带中的无线电波波长范围从一毫米到十毫米，因此称为：毫米波。

Since millimeter waves drop off over short distances, 5G will require more transmitters.
由于毫米波在短距离内下降，5G将需要更多的发射器。

Verizon: Verizon's 5G Ultra Wideband network uses millimeter waves, specifically 28 GHz and 39 GHz.
Verizon：Verizon的5G超宽带网络使用毫米波，特别是28GHz和39GHz。

But using millimeter waves to connect mobile users with a nearby base station is an entirely new approach.
但是借助毫米波将移动用户与附近的基站连接在一起则是一种全新的方法。

The transmission distance of 5G base stations using millimeter waves is very short, and the coverage capability is greatly reduced.
采用毫米波的5G基站传输距离很短，覆盖能力大幅减弱。

Millimeter waves are less reliable and are easily disturbed by obstacles such as trees, people, and even rain.
毫米波信号在长距离上不太可靠，很容易被树木、人甚至雨水等障碍物干扰。

Verizon: Verizon's 5G Ultra Wideband network uses millimeter waves, specifically 28 GHz and 39 GHz.
Verizon：Verizon的5G超宽带网络(5GUltraWideband)使用毫米波，特别是28GHz和39GHz。

Using millimeter waves as a fifth-generation or 5G wireless communications technology is a phony war of another kind.
使用毫米波作为第五代或5G无线通信技术是另一种类型的虚假战争。

And improvements in receivers, antenna design, and digital electronics were allowing radio astronomers to capture millimeter waves.
接收器、天线设计和数字技术的改进使无线电天文学家能够捕获毫米波。

For example, millimeter waves, which are in the high-band spectrum, have the advantage of being able to carry lots of data.
例如，毫米波属于高频段，它具有能够携带大量数据的优点。

The reason is simple because there are few electronic components or devices capable of transmitting or receiving millimeter waves.
为什么呢？原因很简单，因为几乎没有电子元件或设备能够发送或者接收毫米波。

G is the first network to work on millimeter waves, which will allow for much higher data transfers than currently possible.
G是第一个在毫米波上运作的网络，这将允许比目前更高的数据传输。

Beyond speed and increased data, 5G promises a new suite of technologies, such as small cells, millimeter waves, beamforming and more.
除速度和数据增加外，5G还会带来一系列新技术，例如小型蜂窝基站、毫米波、波束成形等。

Millimeter waves can't easily penetrate windows or buildings, or maneuver around objects like traditional cellular signals can.
毫米波很难穿透玻璃或建筑物，也很难像传统蜂窝信号一样绕过周围物体。

G NR can include lower frequencies(FR1), below 6 GHz, and higher frequencies(FR2), above 24 GHz and into the millimeter waves range.
GNR可包括低频（FR1），低于6GHz和更高频率（FR2），高于24GHz和毫米波范围；.

Millimeter waves, like the New World of the Americas, provide mobile users and mobile operators with"infinite" frequency resources.
毫米波就像美洲新大陆，给移动用户和移动运营商提供了“无穷无尽”的频率资源。

Therefore, in the field of electronics, electromagnetic waves in the terahertz band are known as millimeter waves or submillimeter waves;.
因此，在电子学领域，太赫兹波段中的电磁波被称为毫米波或亚毫米波;

Millimeter waves, on the other hand, are non-ionizing because they have longer wavelengths and not enough energy to damage cells directly.
另一方面，毫米波是非电离的，因为它们具有更长的波长并且没有足够的能量来直接损害细胞。

Therefore, in the field of electronics, electromagnetic waves in the terahertz band are known as millimeter waves or submillimeter waves;.
因此，在电子学领域，太赫兹频段的电磁波又被人们称为毫米波或亚毫米波；.

Millimeter waves are absorbed by gases in the atmosphere and have shorter range than microwaves, therefore the cells are limited to smaller size;
毫米波会被大气中的气体吸收，并且比微波辐射的范围更小，因此蜂窝的大小更小；.

In addition, the technical requirements of 5G for millimeter waves have also promoted the replacement and number of mobile terminals and base station antennas.
此外，5G对毫米波的技术要求，也促进了移动终端和基站端天线的更新换代和数量的增长。

Millimeter waves use frequencies from 30 to 300 gigahertz, which are 10 to 100 times higher than the radio waves used today for 4G and WiFi networks.
毫米波使用30至300千兆赫的频率，比目前用于4G和WiFi网络的无线电波高10到100倍。

In terms of functions, it also supports millimeter waves and other low- and medium-frequency bands, and also supports wireless communication standards below 4G.
在功能方面，同样支持毫米波以及其他中低频段，同时也支持了4G以下的所以无线通信标准。

Millimeter waves are also useful in many location and tracking applications, both short-range for desktop pointing-device implementations, and outdoors for more macro-scale situations.
毫米波在许多定位和跟踪应用中也很有用，无论是用于桌面定位设备的短程应用，还是用于更宏观的户外应用。