本文报道了有关的光谱特性和电子俘获机制。
In this paper the optical spectral properties and electron-trapping mechanism.
表明在高密情况下电荷屏蔽对电子俘获率的影响是明显的。
The result indicates that, in high density, the influence of electron screening on electron capture is obvious.
在超新星爆发的复杂动力学中，电子俘获起着关键的作用。
Electron capture plays a pivotal role in the complex dynamics of supernova explosion.
优惠的铁中心的电子俘获能通过光激发载流子的霍尔迁移率的测量显示出来。
Preferentialtrapping ofelectrons by iron centers was shown by Hall mobility measurements on optically-excited charge carriers.
着重介绍了电子俘获材料光存储机制，以及各种材料的存储特性，并探讨了存在的问题。
Mechanism of electron trapping optical storage and storage properties in different material was reviewed in detail. Some problems related with utilities were discussed.
采用相对论扭曲波近似方法对高离化态类铜铅离子的自电离速率系数与双电子俘获强度进行了计算。
Autoionization rates and dielectronic capture strengths of two other high-Z elements Au and Ta for comparison are also calculated.
电子俘获材料(etm)是一种在常温下同时具有光信息存储和红外上转换两种特性的光学功能材料。
As a kind of optical functional materials, electron trapping materials (ETM) has two distinct properties of excellent optical storage and fast infrared up-conversion at room temperature.
然后对不同应力电压、不同沟道长度下氧化层陷阱电荷（包括空穴和电子陷阱俘获）的产生做了进一步的分析。
Thus, the relationships of oxide charge generation, including electron trapping and hole trapping effects, with different stress voltages and channel lengths are analyzed.
在电子储存环中，由于被束流势阱俘获的离子会引起束流不稳定性。
The ions trapped by beam potential well can cause beam instability in electron storage rings.
当外加电压频率足够高时，大量离子被俘获在放电空间，空间电荷场又引起足够多的电子滞留在放电空间。
When the driving frequency is high enough, a large number of ions are trapped and the induced space charge field makes a great many of electrons stay in the discharge volume.
研究了合肥光源（HLS）电子储存环中离子产生、俘获的过程，离子对束流的影响，直流离子清洗的作用及清洗效果。
The process of ion generation and trapping, trapped ion′s influence on the beam, the DC clearing electrodes mechanism and clearing effect were investigated in HLS ring.
而这种计算机模拟方法不仅可以得到自由光电子的衰减曲线，还可同时获得各种俘获中心中载流子的行为曲线。
However, through computer simulation, it can obtain not only the decay curve of free photoelectrons, but also the behavior curve of carriers in all kinds of trapping centers.
一般电子辐照加速器的俘获效率在50%左右，一半的电子都损失在加速管内。
The capture efficiency is usually about 50% by ordinary design method in the electron linac for irradiation processing.
介绍了等离子体波的产生机理及等离子体波中电子的俘获和加速，并讨论了存在于激光等离子体加速器中的一些限制和今后发展前景。
Generation mechanism of plasma wave is introduced, as well as the trapping and acceleration of electrons in the plasma wave. Some limits on laser plasma accelerators are discussed associated with...
从线性理论出发，研究了电子束团在储存环里均匀分布和束团串两种情况下离子俘获的条件；
The conditions for ion trapping are studied in the case of uniformly distributed electron bunches and bunch trains in storage rings based on the linear theory.
讨论了复合速率系数随电子温度，原子序数，复合类型以及双激发态中俘获电子的主量子数的变化关系。
The variation of state to state DR rate coefficients with the electronic temperature, DR type, and the principal quantum number of intermediate resonance states is discussed.
介绍了用强-强模型对合肥光源电子储存环中离子俘获不稳定性产生机制进行的模拟研究。
In this paper, the simulation methods and results of ion-trapping instability using strong-strong model were introduced for the HLS ring.
介绍了用强-强模型对合肥光源电子储存环中离子俘获不稳定性产生机制进行的模拟研究。
In this paper, the simulation methods and results of ion-trapping instability using strong-strong model were introduced for the HLS ring.
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