trapped electron
英 [træpt ɪˈlektrɒn]
美 [træpt ɪˈlektrɑːn]
网络 被俘获电子; 捕获电子; 俘获电子; 陷阱中的电子; 陷落电子
双语例句
- Trapped neutrons are detected when they beta decay; energetic decay electrons ionize helium atoms in the superfluid resulting in efficient conversion of electron kinetic energy into light ( scintillation).
被捕捉的中子在贝它衰变时可被侦测到，因为在超流体中带有能量的衰变电子可游离氦原子导致电子动能有效地转换成光子（闪烁）。 - This study shows four hydrogen atoms of two outside water molecules also have important interaction with the trapped electron.
研究显示两个外层水分子的四个氢原子对束缚的电子也有很大的影响。 - Transition between trapped electrons and runaway electrons induced by electron cyclotron wave in magnetic mirror plasma
电子回旋波使磁镜中捕获电子与逃逸电子相互转化 - The experimental results show that there are two types of colour center in such two kinds of glasses, after irradiation with?-ray. One is the trapped electron type, other is the hole type.
实验表明，两种玻璃在γ辐照后都存在两种不同类型的色心&电子型色心和空穴型色心。 - The trapped electron mean-life in Luochuan Loess and ESR chronology
洛川黄土中陷阱电子的平均寿命和ESR年代学 - ESR Study on thermal decay of radicals trapped in high-speed electron irradiated F-40
快速电子辐照F-40残存自由基热衰减的ESR研究 - The threshold voltage would increase and the sub-threshold current would decrease when the injected electrons are trapped by the electron traps.
这些氧化层电子陷阱俘获电子后带负电，引起阈值电压增大、亚阈值电流减小。 - Blood oxygen radicals were trapped by electron spin resonance ( ESR) determination.
电子自旋共振（ESR）行全血氧自由基捕捉； - Experimental study on ECRH trapped electron beam injected into the simple mirror
电子束注入简单磁镜中被电子回旋共振加热捕获的实验研究 - Cyclotron Trapped Resonance Interaction of a Single Electron with Cyclotron Wave in Magnetic-Mirror Field
磁镜场中单电子与其回旋波的捕获共振相互作用 - These trapped holes may recombine with electrons tunneling into gate oxide due to the ultrathin gate oxide, and then many neutral electron traps would be generated and the gate oxide current would be increased.
由于栅氧化层很薄，陷落的空穴会与隧穿入氧化层中的电子复合形成大量中性电子陷阱，使得栅隧穿电流不断增大。 - It is shown that the trapped electron fluid is a typical Lagrange system. Lagrangian invariant marking relaxed state of the system is obtained analytically. Compared with some experimental results, agreement is found qualitatively.
这部分研究表明托卡马克中的捕获电子流体是一个典型的拉格朗日系统，我们解析地求得了表征系统弛豫态的拉格朗日不变量并与部分实验结果作了定性的比较，发现它们之间具有一致性。 - The second is that the Lagrangian invariant of trapped electron dynamics in tokamaks.
其次是托卡马克中捕获电子动力学的拉格朗日不变性研究。