束流

网络释义：beam current; beam flux; beam currents

网络释义

1.beam current 加速电压 acceleration voltage 束流 beam current 电子束功率 beam power ...

2.beam flux beam coopng( 束流冷却) beam currents( 束流) beam dumps( 束流收集器) ...

4.ion beam current ... ) beam transport network 束流传输网络（通道） ) ion beam current 束流 ) beam current 束流 ...

5.photon beam於启动程序，进行了历来最高能量的对撞，引导两束质子束流(photon beam)，以超过以往的更强大的力量，进行了3次对撞， …

6.R IB行中发现 ,在较高能量下 ,为较好分离放射 性次级束流 ( R IB ) , 常需要选取较厚楔形降能 器 ,这要求 D1 和 D2 的磁刚度偏离 …

7.FFTB幸运的是，束团可通过最终聚焦测试束流（FFTB）发送（图中的Final Focus Test Beam）。在FFTB处，束流线先向右然后向 …

1.under a certain magnetic field , the density and stabipty of anode plasma determines the ion current density and its fluctuation.在确定磁场强度下，阳极等离子体密度和稳定性决定了引出离子束流密度的大小及其波动幅度。

2.When charged particle beams traverse in an accelerating structure, the excited wake fields may dilute the beam energy spread and emittance.带电粒子束在穿过加速结构时激起的尾场，会导致束流能散和发射度的增大。

3.The specimen to be measured is positioned between the atomic beam source and the first microwave band plate.在第一微波带片与原子束源之间的原子束流中置放待测样品。

4.The special thermophysical problems involved in high energy density materials surface processing have been studied in this project.研究了高能束流表面加工与处理中的特殊热物理问题。

5.Today, spins are often made using a filter that exploits the phenomenon of giant magnetoresistance (GMR).目前，科学家一般利用根据巨磁阻效应建造的过滤器来极化电子束流。

6.However, the nonpnearity of the octopole magnet changes the dynamic aperture, and lowers the injection efficiency.然而八极铁的非线性效应会改变束流的动力学孔径，影响注入效率，从而限制流强的进一步提高。

7.It shows that the electron beam current and the voltage of the diode are very stable, and hve very good repetition characteristic.实验表明碳纤维阴极输出束流和二极管电压稳定，重复性好。

8.An environment temperature monitoring system was built recently for analyzing the environment temperature influence on beam orbit.为定量研究和分析环境温度对合肥光源的电子束流轨道的影响，建立了环境温度监测系统。

9.The nonpnear space-charge field of a beam is a serious concern for beam emittance growth in particle accelerators.在粒子加速器中，束流自身的非线性空间电荷场将直接导致束流发射度的增长。

10.And the thickness can be confined from several nanometers to nanometer multilayer membrane because of our beam flux integral equipment .由于我们有束流积分设备，可控制膜厚在纳米量级到纳米多层膜。