electron beam energy

The parameters fitting for different exposure shows the change trend of α,β and η . The increment of electron beam energy leads to the decrease of α and increase of β, while η is almost constant .

对不同曝光条件的参数拟合显示，增加入射电子束能量，α减小，β增大，而η几乎不变；

The effects of the undulator magnetic field error on modulation of the electron beam energy in optical klystron

磁场误差对电子束能量调制的影响

Welding of Dissimilar Metals Based on Electron Beam Energy Distribution Control

基于电子束能量分布控制的异种金属的焊接

Output factor of lead block fields was related to electron beam energy .

铅挡野输出因子与能量有关。

Set - up for electron beam energy calibration in HLS

合肥光源束流能量标定装置

Measurement of electron beam energy spectrum for electron linac

电子直线加速器电子束能谱测量

Study of Effect of Electron Beam Energy and Dose on Curing Depth of Liquid Resists

电子束能量、剂量对固化厚度影响的研究

Intense electron beam energy deposition in thin foil targets

强流电子束在薄靶中的能量沉积

The effect of the electron beam energy jitter on gain in FEL OSCILLATOR

自由电子激光振荡器中电子束能量跳跃对增益的影响

The function of the output cavity is to convert the cluster electron beam energy into microwave energy .

输出腔的功能是将群聚电子注的能量转换成微波能量。

Methods : Output factors of lead block fields were measured for four standard applicators under various electron beam energy .

方法：用电离室法实测在各种能量下对四种限光筒的不同铅挡野的射野输出因子。

The results show that the saturation activity increases with increases of the electron beam energy and the tungsten target thickness .

结果表明，随钨靶厚度及入射电子束能量的增加，As增加。

Measurement of electron beam energy from Mini-LIA by solenoid-induced beam rotation

螺线管磁场旋转束流法测量Mini-LIA电子束能量

In this paper , a pulsed magnetic field device for controlling relativistic electron beam energy flux and uniformity is described .

本文介绍了用于控制强流相对论电子束能通量密度和均匀性的脉冲磁场装置。

The spatial resolution of the resultsdepends upon the incident electron beam energy and the beam diameter .

结果的空间分辨率有赖于入射电子束能量和束斑直径。

It is also indicated that prebunching can short the laser wavelength without increasing the electron beam energy and relieve the requirement on the electron beam quality .

同时还指出，预群聚有在不增加电子束能量情况下缩短激光波长和降低对电子束质量要求等作用。

As simulation energy ratio can be used to predict the experimental energy ratio , the electron beam energy online measurement can be realized by MCNP simulation and certain calibration experiments .

由于可以采用模拟能量比预测实测能量比，只需要将MCNP模拟与一定的校准实验结合，就能够实现对电子束能量的在线测量。

The analysis and discussion of the effect of the undulator magnetic field error on the modulation of the electron beam energy in an optical klystron are presented in this paper .

根据实测的磁场分布误差，对合肥同步辐射环上光学速调管中电子束能量调制的影响进了分析和讨论。

The technique to measure the electron beam energy accurately with Compton backscattering technique is introduced and requirements for the experimental stations of radiometry are also described in the paper .

简单叙述了采用康普顿背散射技术精确测量电子束能量的技术，并指出建立辐射标准实验站对精确电子束能量测量的需求。

The paper presents a new method for online measuring the electron beam energy , using the relationship between balance-thickness and electron beam energy . Focusing on this new method , simulation and experimental study were carried on .

本文提出了利用平衡厚度与电子束能量之间的关系来在线测量电子束能量的新方法，并围绕这一方法展开了模拟和实验研究。

The effects of the laser input power , electron beam energy distribution and its current , dispersion magnetic field , drift region distance and its position in the wiggler , upon the Free Electron Laser gain , are analyzed in detail .

详细分析计算输入功率、电子束能散度、色散磁场、漂移空间长度及位置、以及电子束流等参数对光学速调管增益的影响。

A magnetic analyzer and a plastic scintillation detector were used to measure electron beam energy spectrum of the 30 MeV electron linac . It was found that the energy spread of the electron beam was nearly 15 % .

利用磁分析器方法和塑料闪烁体电子数探测器测量了30MeV电子直线加速器电子束能谱，其能量散度约15%。

FEL small signal gain theory for transverse optical klystron has been derived in this paper using FEL longitudinal-mode-unified-theory , and the effects of compactor parameter Nd , as well as electron beam energy spread and emittance are analyzed .

利用自由电子激光（FEL）纵模统一理论，系统地分析了光速调管FEL的小信号增益理论，并对色散参数Nd、束流能散度和发射度的影响进行了讨论。

The simulation results show that nonlinear instability truly exists in this configuration , the frequency of the self-modulation perturbation depends on the initialization of electron beam energy , charge density , electron beam radius and the size of the oscillation cavity .

模拟结果表明这种结构中确实存在非线性不稳定性，自调制的扰动频率则由电子束的初始能量、电荷密度和电子束的半径以及谐振腔的空间结构给定。

Simulation Calculation of Electron Beam 's Energy Measurement by Using Half Value Layer Method

半价层法测量电子束能量的模拟计算和分析

Time-Resolved Measurement System Using Optical Transition Radiation for Electron Beam of High Energy and High Current

具有时间分辨能力的高能强流电子束光学渡越辐射测量系统

He calculation of dose distribution for electron beam in the energy range of radiotherapy

辐射治疗能区内电子束剂量分布计算

Surface treatment of titanium alloy has been carried out by using pulsed electron beam with low energy and high current .

采用低能高束流脉冲电子束表面改性设备对钛合金进行表面处理。

The dependence of the spatial distribution of electron beam and electron energy spectrum on the time delay between laser pulse and electron pulse is discussed in detail .

详细讨论了超短电子束经过不同激光延迟下有质动力散射的空间分布特征和能谱特征。

In this paper , we have designed the scanning magnets , calculated the emittance growth caused by the magnetic scanning system and discussed how thick the slit is required to prevent the electron beam with high energy .

文章设计了磁扫描系统，估计了束流通过磁扫描系统引起的发射度增长，还讨论了为阻挡高能电子穿透，窄缝必须选择的厚度。