- 更多网络例句与加速器相关的网络例句 [注：此内容来源于网络，仅供参考]
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In this thesis, the beam dynamics inside the sector focused cyclotron and the general theory of its injection system are described in detail. The effects of space charge in sector focused cyclotron and spiral inflector are studied and calculated in two high intensity cyclotron's design.
本文比较系统地介绍了扇聚焦回旋加速器内部的束流动力学及其注入系统的一般理论，并结合两台具体的扇聚焦回旋加速器的设计讨论了在回旋加速器以及静电反射镜内空间电荷效应对束流的影响。
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At the end of this chapter, two computer programs AOGRA_SCE and CINE〓_SCE used for space charge effect calculation are briefly introduced. In Chapter 3, the different injection methods for sector focused cyclotron and the different types of inflectors for axial injection are briefly described firstly. Then the reference particle's orbit and the optical property in spiral inflector, the most common-used injection method, are studied in detail.
在本章的第4节中，介绍了两台强流扇聚焦回旋加速器（50MeV-6mA H〓超导扇聚焦回旋加速器和17MeV-2mA H〓扇聚焦回旋加速器）的具体设计步骤和计算结果，讨论了这两台扇聚焦回旋加速器中加速轨道和相空间的传输以及空间电荷效应的影响。
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The code considers both transverse and longitudinal movements in the accelerators using a used 4 order variable step Runge Kutta method to calculate the beam envelope of the transverse movement, the phase oscillation curve of the longitudinal movement, the energy growth, the energy distribution at the exit, and the longitudinal electric and magnetic field distributions.
L INE- ACC/ PC程序同时考虑了加速器中的横向运动与纵向运动，运用了四阶变步长 Runge- Kutta法计算了行波电子直线加速器束流横向运动包络线、纵向运动相振荡曲线、能量增长、出口能量分布和纵向电场、磁场分布。由该程序对海关大型集装箱检测系统用加速器的 9Me V档进行调整计算，结果表明：该程序的设计结果与实际运行参数符合得很好。
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These experiments also met the difficult challenge of making micron-sized laser and electron beams, and of synchronizing them with each other within a trillionth of a second. Unfortunately, these structures used the laser power inefficiently.
研究人员希望有一天能改进加速器的设计，将主要元件放置在批量生产的硅片上，这种芯片加速器的构想将实现加速器的短小、廉价化。
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Under the support from the CNSF, our group has been working on the accelerator scheme study based on the high intensity cyclotrons. The goal is to obtain beam power of 10 MW by a cascade of cyclotrons, e.g. 10 mA in beam current and 1 GeV in energy.
本基金项目开展了高功率强流质子回旋加速器的调研、方案研究和一些加速器物理问题的研究，也开展了研究内容相近的-散裂中子源的高功率质子加速器的研究，取得了多方面的研究成果。
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This study investigated the neutron contaminations from medical accelerators, including electron linear accelerators and proton cyclotrons. The evaluation methods and data for neutron shielding were also provided for practical uses.
本论文探讨医用加速器－包含电子直线加速器与质子回旋加速器，在运转过程中可能发生的中子污染，并建立辐射屏蔽的评估模式与数据资料。
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his paper mainly introduces the research activities conducted in recent years at CIAE in the field of high intensity cyclotrons, and some critical technologies we have as well as the research progress to date. The technologies presented in this paper include high intensity cyclotron physics; production, adjustment and control of high intensity H-ions; advanced magnetic technique, high-power and high-stability RF technology, vacuum and comprehensive cyclotron experimentations, etc.
本文主要介绍了中国原子能科学研究院自2000年以来在强流回旋加速器领域的研究工作进展和到目前为止所掌握的一些强流回旋加速器的关键技术，内容涉及强流回旋加速器物理，强流负氢束的产生、调节、控制与诊断技术，先进磁工艺技术，大功率高稳定度高频技术，真空技术，回旋加速器综合试验技术等。
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Even Lawrence, who became in later years the main driving force of big-machine physics, had similar problems when he started to build cyclotrons. In 1931 he had acquired for his newest cyclotron a huge magnet that weighed eighty-five tons, but he had no building big enough for it and so the cyclotron remained unfinished.
甚至劳伦斯这位后来的巨型加速器物理学领头雁在开始建造回旋加速器时也遇到同样的问题，1931年，他最新一代回旋加速器要求装配一块85吨重的巨型磁铁，但他做的不够大，因此那台回旋加速器一直没有完工。
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An Energy Amplifier, which is composed of three cyclotrons, is one type of ADS. It will be used to produce 14.4 MW proton beam (12 mA, 1.2 GeV) and to operate a 1 500 MW nuclear reactor.
能量放大器是一个基于回旋加速器组合的ADS方案，由三级回旋加速器组成的加速器系统可以产生流强为12mA和能量为1.2GeV的质子束（束流功率14.4MW），用以驱动1500MW的核反应堆。
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The theory of medical runway microtron is expressed and its characteristics are compared with electron linear accelerator.
着重介绍了电子回旋加速器原理，重点介绍了跑道式电子回旋加速器的工作原理，并对电子回旋加速器和电子直线加速器的特点进行了比较。
- 更多网络解释与加速器相关的网络解释 [注：此内容来源于网络，仅供参考]
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accelerator board：加速器板
"加速器","accelerator" | "加速器板","accelerator board" | "加速器卡","accelerator card"
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accelerator pedal hinge：加速器踏板铰链
accelerator pedal bracket | 加速器踏板支架, 油门控制踏板支架 | accelerator pedal hinge | 加速器踏板铰链 | accelerator pedal rod | 加速器踏板杆
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accelerator pedal bracket：加速器踏板支架
94. accelerator cross shaft 加速器横轴 | 95. accelerator pedal bracket 加速器踏板支架 | 96. accelerator pedal hinge 加速器踏板铰链
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linear accelerator：直线加速器
銫一三七(Cs)等遠距治療機(Teletherapy machines),直線加速器(linear accelerator)通常產生高能光子射線,電子加速器(Betatron)可以產生電子射線及光子射線,...加速器(linear accelerator)单射源高能X线旋转加非共面(non-coplanar)多弧形照射,
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linear accelerator：直线加速器,直线性加速器=>直線加速器
linear acceleration 线加速度 | linear accelerator 直线加速器,直线性加速器=>直線加速器 | linear accelerator injector 直线加速器注入器
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betatron：电子回旋加速器;电子感应加速器
Besson nephoscope,贝森测云器 | betatron,电子回旋加速器;电子感应加速器 | bezel ring,盖环
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cosmotron：质子同步加速器考司莫加速器
cosmos 宇宙 | cosmotron 质子同步加速器考司莫加速器 | cottrell atmosphere 科垂尔大气
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synchrotron：同步加速器
质子治疗系统主要的设备是射线源发生器,有回旋加速器(Cyclotron)和同步加速器(Synchrotron)两种. 最早在美国进行实验室治疗实验的时候采用的是核物理研究用的回旋加速器. 随着治疗实验的进一步深入,首先由美国FNAL 实验室研制建造了专门用于治疗的同步加速器,
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synchrotron：同步[迴旋]加速器= 同步加速器
synchrophasotron 同步穩相加速器 | synchrotron 同步[迴旋]加速器= 同步加速器 | synchrotron radiation 同步[加速器]輻射
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linear accelerator：直线加速器,直线性加速器=>直線加速器
linear acceleration ==> 线加速度 | linear accelerator ==> 直线加速器,直线性加速器=>直線加速器 | linear accelerator injector ==> 直线加速器注入器