甚短波 的英文怎麼說

中文拼音 [shéduǎn]
甚短波 英文
very short waves
  • : 甚代詞[書面語] (什麼; 怎麼) what
  • : Ⅰ形容詞(空間、時間兩端之間的距離小) short; brief Ⅱ動詞(缺少; 欠) lack; owe Ⅲ名詞1 (缺點) we...
  • : Ⅰ名詞1 (波浪) wave 2 [物理學] (振動傳播的過程) wave 3 (意外變化) an unexpected turn of even...
  • 短波 : [電學] sw (short wave); high frequency wave
  1. China ' s government has adopted many measures to promote free competition in commodity market in recent twenty - six years, but in the financial market the interest rate, the price of capital, is still controlled by the government to some extent. this thesis is about the theory and policy of interest rate liberalization in china. the first part includes the chapter 1, chapter 2, chapter 3 and chapter4

    盡管有些國家在至是一夜之間解除了所有利率管制,但這並不意味著利率市場化的完結,恰恰相反,利率市場化在這些國家才剛剛開始;利率管制的解除使得利率關系變得比以前更為復雜了,利率動隨經濟的發展也將變得更加頻繁了,套利的機會比以往更多,資金流向和流量具有更大的不確定性。
  2. It was observed that the intensity of ctb decreased after a fixed uv irradiation for a short time, then increased after irradiation for a long time. it is noticed that the intensity of ctb at the high - energy side slightly higher than before irradiation

    我們觀察到在用243nm的紫外光輻照一段時間之後, ctb降低;在經過長時間的輻照后, ctb得到恢復,至在處得到了增強。
  3. Generally, the gravity introduced deformation of an optical lens with smaller aperture ( < ( 100mm ) within visible band is about ( / 20 even less than this value. for general optical lens, this error level can be entirely neglected. but for the high - accuracy optical system within extreme ultraviolet band, the error caused by gravity deformation will lead to imaging quality degradation

    本文較為系統地介紹了光學鏡頭的裝配與調校方法,一般地講,在可見段內,光學鏡片口徑較小( < 100mm )時,重力引起的變形一般/ 20左右至更小,對於一般的光學鏡頭這樣量級的誤差完全可以忽略,但在極紫外長的高精度光學系統中重力變形帶來的誤差會使光學系統成像質量下降。
  4. At the present time earthquake forecast focus on various phenomena of earthquake such as seismic - electricity, geo - stress, electromagnetic wave, etc. earthquake forecast based on anomalous infrasound is one of important methods because of the good corresponding relationship between the anomalous infrasound and earthquake

    臨地震預報是世界性難題,由於對地震機理知之少,所以目前的地震預報著重於研究與地震有關的各種現象,諸如地應力、地電脈沖、電磁、測震等等。由於次聲異常與大地震有很好的對應關系,所以它是重要的臨震預報方法之一。
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