弛豫現象 的英文怎麼說

中文拼音 [chíxiànxiàng]
弛豫現象 英文
relaxation phenomenon
  • : 動詞1. [書面語] (松開; 鬆懈) relax; loosen; slacken 2. (解除; 免除) fall off; fall out of use
  • : Ⅰ形容詞[書面語]1 (歡喜; 快樂) pleased 2 (安適) comfort Ⅱ名詞1 (河南的別稱) another name for...
  • : Ⅰ名詞1 (現在; 此刻) present; now; current; existing 2 (現款) cash; ready money Ⅱ副詞(臨時; ...
  • 現象 : appearance (of things); phenomenon
  1. Based on sndm technique, a method of local capacitance - voltage characteristic characterization of ferroelectric thin films was proposed. the effect of traps at oxide - semiconductor interface on metal - oxide - semiconductor structure capacitance - voltage curve was discussed, and the influence of coercive field to the capacitance - voltage characteristics of ferroelectric thin films was also discussed. the dynamic switching of ferroelectric domain in ca doping ( pb, la ) tio3 thin film was studied by sndm from the view of electricity

    利用sndm ,從純電學的角度觀察了plct薄膜中的電疇動態反轉過程,由電疇橫向擴張的移動速度的降低,發了晶界在電疇反轉過程中對疇壁移動的阻擋作用;根據sndm和pfm的在垂直方向上的不同信息敏感深度,得到plct薄膜中電疇反轉過程中電疇是楔形疇;用pfm觀察同一電疇在去掉外加反轉電場后電疇的極化弛豫現象,結果表明空間電荷是發生極化的主要原因。
  2. We have observed and recorded the relaxation oscillation of double - clad ytterbium - doped fiber laser by a digital oscillograph. the relaxation oscillation frequency is 20. 0khz

    我們使用示波器觀察並記錄了雙包層摻鐿光纖激光器的振蕩,得到振蕩頻率為20 . 0khz 。
  3. Especially, when the decay rates of the two frequency oscillations are same, the resonation will be strengthened greatly

    特別是當兩個振蕩的衰減率也相等的時候,共振極為強烈。
  4. The electrochemical impedance spectroscopy of nickel electrodeposition indicates that nickel electrodeposition occurs in two steps, the medium frequency inductive loop is ascribed to the relaxation of the electrode coverage by an adsorbed intermediate such as niohads, the low frequency capacitive loop may be due to the inhibition of nickel electrodeposition by adsorbed hydrogen. the mechanism and equivalent circuit of nickel electrodeposition were proposed on the basis of the analysis of electrochemical impedance spectroscopy

    不銹鋼電極上電積鎳的電化學阻抗行為表明氨絡合物體系鎳電沉積過程是二次放電過程,中頻感抗弧是由於中間吸附產物nioh _ ( ads )的弛豫現象引起,低頻容抗弧可能是由於吸附氫原子對鎳結晶的阻滯作用引起,依據實驗結果提出了氨絡合物體系鎳電沉積的反應機理和等效電路模型。
  5. Additionally, relaxor behavior is always a key subject in the field of ferroelectric material

    此外,弛豫現象一直是鐵電領域的一個重要課題。
  6. High leakage currents and low - frequency dielectric relaxation were found in as - deposited capacitors after they had been post - annealed in nitrogen at 550 and subsequently annealed in oxygen at 350. the mechanism of this phenomenon was discussed

    經過高溫550氮氣退火處理后,再放入350的氧氣中退火,發其介電特性出了非常明顯的低頻弛豫現象,並且伴隨著漏電特徵的惡化。
  7. 6. on the base of the two - phase flow theory, the paper studies the velocity distributing of solid - liquid two - phase flow, acquires the distributing function of velocity and consistence, on the other hand, studies the loosing during flow, and gets the movement equation of solid - liquid two - phase flow. finally, the paper analyzes the flow characters of solid - gas two - phase flow, put forwards the boltzmann equation, gets the critical condition of slope angle tg a > tg ( p1, and brings forwards the relevant m

    ( 6 )分別應用二相流理論研究了固液型碎屑流流速分佈,得出了流速分佈及濃度分佈的方程式,並進一步研究了固液型碎屑流流動過程的弛豫現象,得出了固液型碎屑流的運動方程;同時,分析了固氣型碎屑流(即干碎屑流)的運動特點,給出了固氣型碎屑流的boltzmann方程,得出了干碎屑流的臨界坡角條件哈a2igs 』 ,並給出了滿足此條件下干碎屑流的運動方程。
  8. It has been found in the experiment that a reverse of image appeared in the wavelength range between 550nm to 620nm at which the enhancement of absorption of the probe beam appeared after a while of the probe time or readout time delaying

    實驗中發,經過一段時間后,在出吸收增強的550nm 620nm調制光波長范圍內,有圖像反轉的
  9. Our results indicate that, when the thickness of slab is smaller than 3 nm, the oscillations of surface energy and the displacements of surface atoms as a function of the number of layers are observed

    本文的研究結果表明,當所採用的平板模型層數小於9時(對應平板厚度約為3nm ) ,表面能以及表面原子均存在奇偶振蕩,可以預測對于sno _ 2納米薄膜,也存在類似
  10. The excitation may be obtained by different ways and relaxation of their excited states leads to luminescence. eftl is a phenomenon of direct transformation of electrical energy into optical energy

    通過不同方式,它可使材料達到激發態,然後發光,是一種從電能直接轉化成光能的
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