- 更多网络例句与偏转相关的网络例句 [注：此内容来源于网络，仅供参考]
-
In a this tube pair of deflection plate, besides demonstration electron under electric field role deflection movement, but also played causes the beam convergence the function, if causes two deflection plates the electric potentials to be lower than the acceleration extremely electric potential approximately 30 volts, then the focusing condition is best.
该管内的一对偏转板，除了演示电子在电场作用下的偏转运动外，还起了使电子束会聚的作用，如使两偏转板的电位低于加速极电势约30伏，则聚焦状态最佳。
-
The results show that the deflector has the features of a large,bidirectional angular deflection and fast time response.
测量结果表明，这种微偏转器的特点是可双向偏转且偏转角度大且具有快的时间响应。
-
Maintain deflector if the size of the same voltage, the voltage change is accelerating, we can see a very accelerated voltage reduce, electron beam deflection angle instead of increasing, it is because of low accelerating voltage, the electron velocity smaller horizontal direction, electronic deflection plates in the field of the role of the extended time, the angle of deflection increases .
如果保持偏转板的电压大小不变，改变加速极的电压，可以看到加速极的电压减小，则电子束偏转的角度反而增大，这是因为加速极电压低，则电子的水平方向速度变小，电子在偏转板中受电场力作用的时间加长，所以偏转的角度增大。
-
A ferrite core is located close to the vertical deflection coil to reduce the loss in the magnetic force generated from the horizontal and vertical deflection coils, and to enhance their magnetic efficiency.
铁氧体磁芯，位于邻近所述垂直偏转线圈的位置，用于减少所述垂直偏转线圈和水平偏转线圈产生的磁力的损失；校正单元，与所述水平偏转线圈隔开预定距离，用于校正所述垂直偏转磁场和水平偏转磁场的几何失真。
-
The deflection yoke includes a horizontal deflection coil located next to the outer circumference of a funnel to generate a horizontal magnetic field, and a vertical deflection coil installed at the outer circumference of the funnel to generate a vertical deflection magnetic field.
该偏转磁轭包括：水平偏转线圈，位于靠近所述玻锥的外周的位置，用于产生水平偏转磁场；垂直偏转线圈，安装在所述玻锥的外周，用于产生垂直偏转磁场。
-
The properties of their orbit and phase space transmission and the effects of space charge are calculated.
然后详细介绍了目前最常用的螺旋扇型静电偏转镜的基本工作原理，如参考粒子的运动轨道及偏转镜的光学性质等，讨论了螺旋线型静电偏转镜中空间电荷效应的影响。
-
He expressions of the various order of Trilemma constant are given, in which the seventh-order Trilemma constant can be used as a criteria of the deflection aberration correction at large deflection angle The high resolution display tubes with large deflection angle makes more demands on deflection sensitivity.
rilemma效应是偏转系统实现自会聚的一个重要判据，对高级偏转像差的校正，需要考虑高阶Trilemma效应的影响，本文从多极场偏转像差校正理论出发，应用区域分割的方法，对直至七阶的Trilemma效应进行了分析，给出了各阶Trilemma常数的表达式，其中七阶Trilemma常数可以作为大偏转角偏转像差校正的判据。
-
Trilemma effect is an important criteria for the self-convergence deflection system.The influence of the higher order Trilemma effect should be taken into account for the correction of the higher-order deflection aberrations.In this paper,when up to the seventh-order Trilemma constants are adjusted,the expression of the influence of 2n-pole multipole field on n-th order Trilemma constant has been deduced and this influence has been calculated.
Trilemma效应［1，2］是在彩色显像管中应用自会聚偏转系统对偏转像差校正时所必须考虑的一个重要问题，在大偏转角下对高级偏转像差的校正必须考虑高阶Trilemma效应的影响，文献［3］应用多极场偏转像差校正理论［4，5，6］，采用区域分割的方法，对直至七阶的Trilemma效应进行了分析，在文献［3］中对Trilemma效应分析时，用到了下面的近似
-
Experiment 1. Observation of electron beam deflection in the electric field Will voltage electron beam deflection plate to tie the direction switch "is" location, rotating clockwise direction deflection plate voltage Potentiometers (RP2), the electron beam is deflected upward, the greater the voltage between the deflection plate, the electron beam deflection angle the bigger.
实验一。观察电子束在电场中的偏转将电子束偏转板电压方向开关扳到&上正&位置，顺时针方向旋转偏转板电压电位器(RP2)，电子束则向上偏转，偏转板之间电压越大，则电子束偏转的角度越大。
-
Will voltage electron beam deflection plate to tie the direction switch "is" location, rotating clockwise direction deflection plate voltage Potentiometers (RP2), the electron beam is deflected upward, the greater the voltage between the deflection plate, the electron beam deflection angle the bigger.
实验一。观察电子束在电场中的偏转将电子束偏转板电压方向开关扳到&上正&位置，顺时针方向旋转偏转板电压电位器(RP2)，电子束则向上偏转，偏转板之间电压越大，则电子束偏转的角度越大。
- 更多网络解释与偏转相关的网络解释 [注：此内容来源于网络，仅供参考]
-
deflection system：偏转系统
deflection plate 偏转板 | deflection system 偏转系统 | deflection tube 偏转管
-
deflection system：偏转板
deflection 偏转 deflection plate | 偏转板 deflection system | 偏转系统 deflection tube
-
deflection tube：偏转系统
偏转板 deflection system | 偏转系统 deflection tube | 偏转管 degree 度 degree Celsius
-
horizontal deflection tube：水平偏转输出管
horizontal deflection system 水平偏转系统 | horizontal deflection tube 水平偏转输出管 | horizontal deflection unit 水平偏转单元
-
deflection control tube：偏转控制管
deflection coil 偏转线圈 | deflection control tube 偏转控制管 | deflection gauge 偏转度计
-
magnetic deflection：磁偏转,磁致偏转
magnetic declination 磁偏角 | magnetic deflection 磁偏转,磁致偏转 | magnetic detector 磁性检波器
-
deflection sensitivity：偏转灵敏度
deflection amplifier 偏转放大器 | deflection sensitivity 偏转灵敏度 | deflector 致偏器,偏转器
-
deflection; deflexion：偏转,偏差,挠曲,偏转度
挠曲试验 deflection test | 偏转,偏差,挠曲,偏转度 deflection, deflexion | 偏转器,转折板,转向器,反射器 deflector
-
deflecting：偏转偏转的
deflecting 偏转的 | deflecting 偏转偏转的 | deflectingcircuit 偏转电路
-
deflecting：偏转的
deflecting 偏转 | deflecting 偏转的 | deflecting 偏转偏转的