超短壽命的 的英文怎麼說

中文拼音 [chāoduǎnshòumìngde]
超短壽命的 英文
ultrashort-lived
  • : Ⅰ動詞1 (越過; 高出) exceed; surpass; overtake 2 (在某個范圍以外; 不受限制) transcend; go beyo...
  • : 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...
  • : 4次方是 The fourth power of 2 is direction
  • 超短 : ultrashort laser pulse
  1. But the life time of krf laser medium is only 2 ns while the pump time of e - beam pump krf laser is over 100 ns. when a 1 ps ultrashort pulse amplified by krf laser amplifier most pump energy is waste. technology of multi pulse amplify can solve this problem

    Krf激光器工作介質是非儲能介質,上能態有效約為2 - 3ns ,而電子束泵浦時間一般為上百ns ,放大脈沖激光時絕大部分上能態儲能沒有被利用。
  2. The effect of oil filler test that is improved is correspondence to the overspeed test, so it is no use to do overspeed test repeatedly. it can reduces the deterioration of the rotor ' s longevity, and that, it can reduce the starting time of the units, which can reduce the cost of fuel consumption and steam deterioration. especially to large capacity steam units that use the same style device, it will get large economic effectiveness

    對使用同一原理裝置而言,這種新技術思路具有指導性意義,改進后注油試驗使用起來效果可以與速試驗相對應,不需要重復做速試驗,可以減少對因速對轉子損耗,並且還縮了試驗所需要時間,相應減少機組啟動耗時,節約燃料成本及汽水損耗,尤其是對使用同類裝置大容量機組而言,能夠獲得經濟效益將是巨大
  3. The operation life of an electric component can be considerably shortened if its ability is overrated

    如果出電氣元件額定能力,元件會大大縮
  4. Agrawal ' s theory model of soa ca n ' t simulate accurately the amplified signal pulse shape in soa when the pulse width is as short as several picosecond. so we simulate accurately the peak power, full width half maximum, rising time and falling time of amplified pulse after considering the gain compression, gain asymmetry, gain shift, gain variable with situation and time. with ultrahigh velocity dense wavelength division multiplexing ( dwdm ) and optical time division multiplexing ( otdm ) developing, we demand more and more short signal pulse and more signal channels

    但當信號脈沖寬度只有幾個皮秒時, soa傳統agrawal理論模型已經不能完全準確地模擬soa對信號脈沖放大情況,在此基礎上,我們在全面考慮soa增益壓縮、增益非對稱和漂移、增益隨位置和時間變化載流子等物理機制情況下,對皮秒高斯信號光脈沖經soa放大后脈沖峰值功率、脈沖半值全寬度、脈沖上升時間和下降時間等重要物理參量進行了準確模擬和詳細研究。
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