centimeter wave 中文意思是什麼

centimeter wave 解釋
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  • centimeter : 百分表
  • wave : n 〈美海軍〉女志願軍人〈見 WAVES 條〉。n 1 波浪；碎浪； 〈the wave（s）〉 〈詩〉海。2 波動；波狀...
  1. To compensate centimeter wave ' s shorting comings such as broad beam and short effective range, a transponder is added in the back of target automotive. this secondary radar measures range in the way of transponding

    為了彌補厘米波波束大、作用距離不如毫米波的缺點，系統在目標車輛的尾部增加了一級轉發器，以雙機應答的方式測量車距。
  2. A plasma containing 1018 electrons per cubic centimeter ( an unexceptional number ) can generate a wave with a peak electric field of 100 billion volts per meter

    電漿每立方公分大約含有1018個電子（一般的數量） ，可以產生峰值電場高達每公尺1000億伏特的電磁波。
  3. Focused on the realization in engineering practice, this paper discussed automotive anticollision radar ' s function requirement, working principle and system design. through summarizing and analysis of its research and development, the paper proposes a new type of secondary centimeter wave automotive anticollision radar that applied on the expressway

    本文以現有技術的可實現性為出發點，討論了汽車防撞雷達的性能要求、工作原理和總體設計等相關問題，總結了國內外汽車防撞雷達的研發狀況，在此基礎上設計了一種應用於高速公路上的應答式厘米波汽車防撞預警雷達。
  4. Considering that : ( 1 ) radar can achieve its basic application of collision avoidance and warning with the only function of ranging ; ( 2 ) under high speed conditions, radar should have lager effective range than that under slow speed, we designed a new easily realizable automotive anticollision radar, which employs centimeter wave and square pulse amplitude modulation

    考慮到： （ 1 ）核心的測距功能實現以後，雷達已經能夠完成基本的防撞預警； （ 2 ）在汽車高速運行的情況下，防撞雷達的最小可測距范圍和最大作用距離應比低速狀態下大。本文採用了技術成熟，易於工程實現的厘米波脈沖雷達，以單波束輻射的方式測距。
  5. It is shown that good performance on millimeter - wave and centimeter - wave can be achieved respectively by electric loss and magnetic loss, then through improving the impedance matching between layers compatible absorbability will be obtained on the whole by double - layer structure letting the centimeter - wave absorbing layer be the inner layer and the millimeter - wave absorbing layer the outer layer

    理論分析和實驗結果表明，先分別以電損耗和磁損耗為主，採用單層結構分別對毫米波和厘米波實現較好的吸收，然後以厘米波吸收層作為內層，以毫米波吸收層作為外層，並進一步改善內外層之間的阻抗匹配，利用兩層結構可以對毫米波和厘米波實現較好的兼容吸收。
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