wavebands

英

美

n.  (无线电)波段
waveband的复数

柯林斯词典

• (无线电)波段
  Awavebandis a group of radio waves of similar length which are used for particular types of radio communication.

双语例句

• The technical idea of microwave communication systems design using cordwood structure is discussed. The design examples of communication systems in decimetre, centimetre and millimetre wavebands are also introduced.
  本文论述了采用积木式结构设计微波系统的技术思想，并介绍了分米波、厘米波和毫米波通信系统的设计实例。
• Results showed that the spectral reflection curves of the tested soils changed in shape to a certain extent, with the spectrum reflectance increasing significantly either over all wavebands or at individual wavebands after the soils were cleared soil organic matter.
  结果表明，去除土壤有机质以后，供试土壤的光谱反射曲线形态均有一定的变化，土壤的光谱反射率不管在全波段还是在分波段都有明显的增加；
• Observational data in the radio, X-ray and optical wavebands provide the reliable evidences that the interaction between flare coronal loops can lead to the onset of solar flares.
  在观测上，无论在射电波段，或者X射线和光学波段的观测都提供了一些可靠的证据，说明耀斑冕环的相互作用可能导致耀斑的产生。
• Compared with multispectral remote sensing, hyperspectral remote sensing has many advantages, such as high spectral resolution, many wavebands, good continuity of wavebands and considerable contents of spectral information.
  与常规遥感相比，高光谱遥感具有光谱分辨率高（波段宽度＜10nm）、波段多（几十至几百个波段）、连续性强、信息量丰富等特点。
• For the trace elements Fe, the prediction accuracy based on full wavelengths was higher than using characteristic wavebands, higher than model with characteristic wavelengths.
  对于微量元素铁，基于全波段的模型预测精度要高于采用多波段的模型，高于采用多波长的模型。
• High spectral resolution ( Hyperspectral) remote sensing, which is based on spectroscopy, refers to use many narrow electromagnetic wavebands to detect the spectral reflectance of our interesting objects.
  高光谱分辨率遥感（HyperspectralRemoteSensing，简称高光谱遥感）是指利用很多很窄的电磁波波段从感兴趣的物体获取有关光谱数据，其基础是光谱学。
• Comprehensive test technology of pulsed laser peak power in common wavebands
  几种常见波段脉冲激光峰值功率综合测试技术研究
• Partial radiation pyrometers are sensitive to narrow selective wavebands.
  部分辐射高温计在窄的选择波段上是灵敏的。
• The Infrared Background Radiation at Submillimeter Wavebands
  亚毫米波段的红外背景
• The best wavebands, the classification functions and classification flow diagrams for five kinds of targets are determined.
  进而提出了识别植被、土壤、水、冰雪和云等五类目标的最佳波段和分类函数及分类流程图，得到了很高的分类精度。