clutters

英 [ˈklʌtəz]

美 [ˈklʌtərz]

v.  凌乱地塞满; 乱堆放
clutter的第三人称单数

柯林斯词典

• N-UNCOUNT (尤指没用或不需要的)杂乱的东西
  Clutteris a lot of things in an untidy state, especially things that are not useful or necessary.
  1. Caroline prefers her worktops to be clear of clutter.
     卡罗琳喜欢把厨房台面收拾得整整齐齐。
• VERB 乱堆在;凌乱地塞满
  If things or peoplecluttera place, they fill it in an untidy way.
  1. Empty soft-drink cans clutter the desks...
     空饮料罐胡乱地堆在桌上。
  2. The roads were cluttered with cars and vans.
     路上堵满了汽车和货车。
  3. Clutter upmeans the same asclutter.
     clutter up 同 clutter
  4. The vehicles cluttered up the car park...
     各种车辆把停车场塞得满满当当。
  5. This room is so impressive it would be a shame to clutter it up.
     这个房间布置得太好了，让人不好意思乱放东西。

双语例句

• This research provides tasks such as remote sensing image processing and target recognition with pre-knowledge of background clutters.
  该研究为遥感图像处理及目标识别等任务提供了背景杂波的先验知识。
• A novel approach for detecting laser radar target based on multi-fraction dimension ( MFD) of laser clutters has been proposed.
  文章提出了一种新颖的基于多重分形的激光雷达目标检测算法。
• In a report on their findings, researchers said that moving into a new environment probably clutters the brains working memory, so that it cannot recall the original reason for entering a room.
  在研究报告中，研究者认为进入新的环境可能会造成大脑工作记忆混乱，所以无法回想起当初进房间的原因。
• Study of CFAR detection for airborne surveillance radar in ground clutters
  机载监视雷达地杂波背景中的CFAR检测方法
• With the extensive application of high-frequency radar, the choice of radar frequency has become an important research topic. Because high-frequency radar working in very complex electromagnetic environment. There are a lot of clutters and interference, these clutters and interference are frequency Relevant.
  随着高频雷达的广泛应用，雷达工作频率的选择成为了一个重要的研究课题，因为高频雷达工作在十分复杂电磁环境中，存在着很多杂波和干扰，这些杂波和干扰均与频率有关。
• Most simply becomes unnecessary noise that clutters my mind and inner space.
  大部分时间它成为我思想和内心没有必要的噪音。
• There are sophisticated fast mobile targets detection algorithms for single-channel SAR data, while the algorithm for slow mobile target detection in strong main-lobe clutters remains to be developed.
  对于单通道SAR系统数据，已有成熟的检测快速运动目标的方法，但对于淹没在强主瓣杂波中的慢速运动目标检测尚待研究。
• Subsequently, Rayleigh and Log Normal-distributed clutters based on Gaussian spectrum are simulated with ZMNL, and Weibull and K-distributed clutters based on coherent pulsed radar clutter model are also simulated with ZMNL and SIRP respectively.
  随后用ZMNL法对高斯谱Rayleigh分布和Lognormal分布杂波进行了仿真，同时分别用ZMNL法和SIRP法对基于相参脉冲雷达杂波模型的Weibull分布杂波和K分布杂波也作了仿真。
• The echo of targets is usually under strong background of clutters.
  目标的回波通常都处于强杂波背景之下。
• None of the proposed methods will be effective enough to remove ground clutters.
  提出来的方法都不足以排除地面杂波。