electromagnetic spectrum 中文意思是什麼

electromagnetic spectrum 解釋
電磁波頻譜。

  • electromagnetic : adj. 電磁的。
  • spectrum : n. (pl. -tra )1. 【物理學】譜,光譜;波譜;能譜,質譜。2. 【無線電】射頻頻譜;無線電(信號)頻譜。3. 【心理學】(眼睛的)余像;殘像。4. 〈轉義〉范圍,幅度;(連續的)系列。
  1. Spectrum analysis used in electromagnetic biologic effect

    電磁波譜測量分析
  2. The electromagnetic spectrum covers an enormous range of frequencies and energies.

    電磁波譜包括極大的頻率和能量范圍。
  3. Television systems, which transmit 30 picture frames per second, must operate on a broad electromagnetic spectrum.

    每秒傳輸30幅圖象畫面的電視系統,它必須工作于寬帶電磁波譜。
  4. Number of stars ; electromagnetic spectrum limit

    恆星數、電磁波譜極限
  5. Research on people ' s war in field of command of electromagnetic spectrum

    淺談制電磁權領域人民戰爭
  6. All these forms of radiation together make up the electromagnetic spectrum

    所有這些形式的輻射共同組成了電磁頻譜。
  7. The black, negative green and white do not fit in the " normal " electromagnetic spectrum

    黑色,負綠以及白色不是「正常的」電磁波譜。
  8. Light visible to human eyes however occupies only a very narrow band in the whole electromagnetic spectrum

    然而,人眼可見的光在整個光譜中只佔一個非常狹窄的頻段。
  9. Each color in this image represents a different region of the electromagnetic spectrum, from x - rays to infrared light

    圖中,每種顏色代表從紅外到x射線的不同電磁波波段。
  10. The frequencies in the electromagnetic spectrum that are used for radio communications ; a camera may work via radio frequency

    使用無線通訊的頻率,亦可用作無線攝像機的圖像傳送。
  11. Almost as diverse as the electromagnetic spectrum itself, directed - energy weapons span a wide range of incarnations

    由於電磁波頻它本身幾乎都不同,定向能武器跨越了一個廣泛的形式。
  12. Electromagnetic compatibility and radio spectrum matters - electromagnetic compatibility standard for radio equipment and services - part 12 : specific conditions for very small aperture terminal, satellite interactive earth stations operated in the frequency ranges between 4 ghz and 30 ghz in the fixed satellite service v1. 2. 1

    電磁兼容性和無線電頻譜情況.無線電設備和服務的電磁兼容性標準.第12部分:固定衛星服務中工作在4 ghz到30 ghz頻帶的衛星地面站微小孔徑端的具體條件
  13. The radio spectrum ? the segment of the electromagnetic continuum containing waves in the radio - frequency range ? accommodates countless communications devices today

    無線電頻譜(一個連續的射電頻率范圍區段)容納了今日無數的通訊頻率。
  14. The electromagnetic interference tolerance is discussed in this paper, the radio spectrum assignment and the sensitivity of interference measurement equipment are described

    摘要討論了日像儀的干擾容限,列出了干擾源分佈,估算出干擾測試儀靈敏度。
  15. Weather satellites are equipped with sensors for detecting visible lights and infrared ( ir ) radiation using different channels in the electromagnetic spectrum

    衛星圖像知識氣象衛星備有多條觀測頻道,一般能感應電磁波中的可見光和紅外光。
  16. The government s foresight programme which sets an agenda for future action on science is working out new strategies in flood and coastal defence, exploiting the electromagnetic spectrum ; in cyber - trust and crime prevention, in addiction and drugs, the detection and identification of infectious disease, tackling obesity, sustainable management of energy and mental well - being

    政府的前瞻計劃為科技制定了未來的行動議程。該計劃要制定出有關應對洪水和海岸防護、開發利用電磁頻譜、線上安全機制及犯罪預防、成癮與毒品、傳染性疾病的檢測與識別、解決肥胖問題、可持續能源管理以及心理健康的新戰略
  17. As an wave - band in the electromagnetic spectrum which hardly being used to this day, terahertz has came to be a focus to scientists of all over the would

    Thz作為電磁波譜中至今仍然未被人們開發利用的波段,已經被眾多的科學工作者所關注。
  18. Uv can be classified into 3 categories : uva, uvb and uvc, according to the different wavelengths in the electromagnetic spectrum

    根據不同的電磁波波長,紫外線可分為三類,分別是紫外線a紫外線b和紫外線c uva , uvb和uvc 。
  19. Every few milliseconds, a fhss signal bounces between different specific points in a designated " spread " of the electromagnetic spectrum, reducing interference from other signals and making it very difficult to eavesdrop on the transmission

    每隔幾毫秒, fhss信號在指定「擴展」的電磁頻譜的不同頻率點上跳動,減少其它信號的干擾,使它在傳輸中難以被竊聽到。
  20. The past twenty years saw the significant progress in astronomical observation when new instruments have come online to explore the distant universe across the electromagnetic spectrum and spacecraft have flown to probe the nearby members of the solar system, bringing a new understanding of our universe

    過去二十年,天文探測的發展一日千里。由射電波至伽瑪射線等不同波段的儀器相繼啟用,而各類型的太陽系探測器也帶來豐富的成果,使人類對宇宙有了新的認識。
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