ionization efficiency

英 [ˌaɪənaɪˈzeɪʃn ɪˈfɪʃnsi] 美 [ˌaɪənəˈzeɪʃn ɪˈfɪʃnsi]

电离效率

化学



双语例句

  1. In this study, we analyze the effects of substrate structure such as surface morphology, pore size and depth to mass spectrometer ionization efficiency.
    本研究主要讨论基材表面形貌、孔洞大小与深度对于质谱离子化效率的影响。
  2. In addition, divalent metal adduction provided improved positive mode ionization efficiency for these peptides.
    此外,二价金属加合提高了这些肽段的正离子模式离子化效率。
  3. Laser Resonance Ionization Transition and Efficiency for Atoms of Bismuth
    铋原子激光共振电离(LRI)跃迁及其电离效率
  4. The absorption cross sections of ground and excited electronic state were calculated. The dependence of the ionization efficiency on the rate of excitation and ionization and the interaction time, and the conditions on the photon flux and fluence for saturated excitation and ionization were obtained.
    在一些典型实验条件下,计算出基态和激发态的吸收截面,给出电离效率分别与激发电离速率以及作用时间的变化关系,得到饱和激发电离的流量条件和通量条件等。
  5. The ionization efficiency of the samarium, as well as the ion transmission efficiency and the receive efficiency were researched. The interference of the tail peak that coming from the strong peak was eliminated and the isobars of Sm was not found.
    对样品形态选择、离子转换效率、离子传输效率和离子接收效率进行研究,消除了浓缩同位素测量时强峰拖尾对弱峰的干扰及同量异位素干扰。
  6. The results obtained in the experiment show that the electric potential ( or resistance) and distance between the protection gauze and radioactive source as well as the mesh space of the protection gauze are important to ionization efficiency of the~ ( 210) Po static eliminator.
    实验结果表明,防护网与放射源之间的电阻(或电位)、距离以及网眼的有效面积都影响~(210)Po静电消除器的电离效率。
  7. Research on the matrix effect of electrospray ionization efficiency
    基质影响电喷雾离子化效率的研究
  8. Whenever possible we compared observed photoionization efficiency curves with calculated and/ or known ionization energies and known photoionization efficiency curves of pure substances.
    比较测量的光电离效率曲线与已知的纯物质的光电离效率曲线;
  9. The rate equations of resonant ionization of copper are calculated and the factors that affect the ionization efficiency are discussed.
    在较严格的条件下求解了该过程的速率方程,并分析了在脉冲激光作用下共振电离信号的探测效率,以及影响电离效率的光通量等各种因素。
  10. Because of the low efficiency of photo ionization lots of energy are wasted, it is important to improve the efficiency of it and lower the laser power.
    大多数情况下这种光电离的效率都非常低,浪费了大量的能量。因此提高光电离的效率降低所需激光的功率在这一领域(尤其是激光分离同位素方面)显得非常迫切。
  11. According to the surface ionization principle, the cesium& tungsten system at high temperature behaves high ionization efficiency.
    根据表面电离的原理,我们研制了多孔钨铯离子源。
  12. Estimation of laser resonance ionization efficiency
    原子激光共振电离效率的估计
  13. The sensitivity of ESI-MS is determined by the electrospray ionization efficiency and ion transport efficiency.
    电喷雾离子化效率和离子传输效率共同决定了电喷雾离子化质谱(ESI-MS)分析的灵敏度。
  14. Due to the development of nano-ESI systems, the ionization efficiency has been improved.
    纳升电喷雾电离源的发展极大的提高了离子化效率。
  15. Helicon wave plasma thruster ( HPT) has a high ionization efficiency and a great specific impulse, suitable for the space propulsion of lager quality satellites and probes.
    螺旋波等离子体推力器(HPT)的电离效率高,比冲大,适用于较大质量卫星和探测器的空间推进。
  16. Plasma Enhanced Atomic Layer Deposition ( PEALD) is based on traditional ALD equipment and increase a RF function, it can make the less active precursor sources of ionization ion. It can get a faster growth rate and improve deposition efficiency.
    等离子体增强原子层沉积技术(PEALD)是在传统的ALD设备基础上增加了射频产生等离子体的功能,可以使活性较低的前驱体源电离成离子,增快生长速度,提高沉积效率。