- 更多网络例句与储存环相关的网络例句 [注：此内容来源于网络，仅供参考]
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As aconsequence, the overall physical parameters of the CSR electroncooling system are given. Also, the key device------the electron gunare designed, and the adiabatic expansion scheme are proposed.Additionally, resolution limits of the cooled heavy ion beam in thestatic operation condition and an internaltarget experiment are analysized quantitatively. Furthermore, the beamloss and the lifetime are studied systematically. As a result, therequirement on the CSR vacuum conditions and the allowablethickness of the internal target are determined.
完成了CSR电子冷却装置的总体物理参数和关键部件-------电子枪的设计，并提出了在CSR上采用绝热展开技术；完成了重离子冷却储存环上束流储存寿命的系统研究，从而提出了CSR应具备的真空条件和允许的内靶厚度，并由此得到了CSR准连续束模式下的内靶实验亮度；此外，对CSR重离子束的分辨率极限作了定量的分析。
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The interaction between the beam electrons and the vacuum wall is simulated with Monte-Carlo method. Both the results find the right position for BLM detectors along the beam pipe. In addition, we also understand that beam loss electrons due to different reasons hit the inwall of vacuum chamber in different directions.
论文根据HLS储存环的TBA结构计算了束流电子损失能量后的运动轨迹，并利用Monte-Carlo方法对高能束流电子与真空室壁相互作用过程中产生的shower电子的分布情况进行了模拟，从理论上确定出在HLS储存环上安装BLM探测器的位置。
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The beam longitudinal motions of the Lanzhou Heavy Ion Cooler Storage Ring have been studied in the presence of its Lattice design.
本文对设计中的兰州重离子加速器冷却储存环主环和实验环中束流的纵向运动进行了较为全面的研究。
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We also designed the timing circuit board to driver the MOSET and the network control system based on the probably fill mode in the future and the RF system of the storage ring in HLS. The high reverse overshoot exists in the current pulse with the pulse width of 60 ns. Further study is necessary to eliminate the reverse overshoot and to search the proper techniques on modulability of light pulse interval in HLS.
根据未来光源储存环可能的填充模式，以及光源储存环高频系统的特性，设计了MOSET开关驱动控制系统的时钟试验电路，和以太网控制试验电路，即将投入加工。60ns脉宽的脉冲电流，存在较大的反向过冲，需要进一步研究合适的反峰削除技术，以及可用于光源脉冲可调性的合适技术。
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With the development of technology, it maybe possible to generate SR pulse with long interval in large storage ring by this kind of mechanical chopper, but it is impossible in a small ring.
随着技术的发展，采用Chopper有可能在周长很大储存环上产生严格的长时间间隔的SR脉冲，但是对于周长小的储存环，这种方法不可行。
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It is demonstrated that the storage ring technique with long storage times and suitable particle detection is ideal for studies of the photo-physics of chromophores.
通过研究发现，储存时间长并具有合适的粒子探测系统的储存环是进行成色基团光物理研究的理想工具。
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The beam emittance of the storage ring is 2.33 nm*rad, that is about one third of the existing light source of similar energy in the world.
光源储存环的束流发射度达到2.33 nm*rad，是目前世界上现有的同样能量的光源储存环的发射度的三分之一左右。
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This system uses a ring structure instead of complex multiangular optics structure.
导师王乃彦院士提出了应用激光能量储存环技术的多脉冲放大技术，这个技术是将种子光分解成同一方向上间隔相等的序列脉冲，通过放大器进行放大，放大的序列脉冲依次注入激光能量储存环中的拉曼池通过受激拉曼效应将能量传递给在激光能量储存环中的回转的一个stokes光，最后通过电光开关将经过多次放大的stokes光引出。
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Based on both the strong-weak model and the strong-strong model, the instability caused by ions in equilibrium is simulated, some useful results are obtained. The results include the relation between instability growth rate and neutralization factor, the relation between instability threshold and neutralization factor, and the incoherent tune shift, the tune spread, the ion cloud distribution, the ion loss mechanism, as well as the ion accumulation limitation in the storage ring. With this understanding, we have carried out theoretical and experimental study for some ion clearing methods and their effects for the HLS ring. The minimum static clearing voltage is determined through calculating beam electric field and measuring ion current.
在上述基础上，我们对各种离子清洗的方法及清洗效果进行了理论和实验的研究：通过计算束流电场和测量清洗电极上的离子流来确定直流清洗电极所需的最小清洗电压；通过测量离子引起的频移来计算储存环的中性化系数；用模拟计算和实验测量证实了高频清洗能有效地克服储存环上离子俘获不稳定性；对由高频剔除系统形成的储存环部分束团填充模式下的离子俘获问题进行了初步研究，证实采用束团部分填充模式能在一定范围内克服离子俘获效应；并对各种离子清洗方法进行了比较。
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Those ions will perform stable oscillation nearby the beam orbit while their mass is larger than a critical mass. The accumulation of trapped ions nearby the beam orbit, interacting with beam, can cause the tune shift of beam, blowup of beam emittance, increase of local vacuum pressure, and can even lead to the occurrence of beam instability.
这些被俘获的离子在束流轨道附近的积累并和束流的相互作用，会引起束流振荡频率的漂移和展宽、束流发射度的增加、局部真空度的恶化等各种负效应，有时甚至会导致束流不稳定的发生，从而影响储存环的正常工作，在这种情况下采用离子清洗方法将离子清洗掉对保证储存环的长期、稳定的运行是必要的。
- 更多网络解释与储存环相关的网络解释 [注：此内容来源于网络，仅供参考]
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antechamber：前室
实际上相当于有3个储存环运行.由于受到BEPC储存环隧道空间的局限,物理上的高亮度要求,以及BEPCⅡ真空盒设计采用带前室(Antechamber)结构,因此给各种磁铁设计与制造增加了相当大的难度.着重介绍BEPCⅡ储存环和对撞区中几种主要常规磁铁的设计、制造概况,
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booster：增强器
其中,3.5GeV增强器(Booster)是我国自主设计建造的第一台重复频率为2Hz的电子同步加速器,周长为180米,它的主要作用是将从直线加速器注入的150MeV电子束能量提升到3.5GeV,并注入到储存环中.
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circular dependencies：循环相依
circuits, storage 储存电路 | circular dependencies 循环相依 | circular file 环式档案
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nanosecond：纳秒
整个储存环将会有2800个粒子团,最短碰撞周期为 25 纳秒(nanosecond). 在加速器开始运作的初期,将会以轨道中放入较少的粒子团的方式运作,碰撞周期为 75 纳秒,再逐步提升到设计目标. 在粒子入射到主加速环之前,会先经过一系列加速设施,
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storage ring：储存环
本期讲座课程的主要内容涉及原子和分子物理中与离子相互作用相关的前沿课题,以及利用重离子冷却储存环(Storage Ring)、离子阱(Ion Trap)、电子束离子阱(EBIT)和ECR离子源开展原子分子物理中与重离子相关的实验和理论研究.
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storage ring synchrotron：储存环同步加速器
storage ring 储存环 | storage ring synchrotron 储存环同步加速器 | storage tank 收集糟
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storage ring synchrorton：储存环同步加速器
储存环 storage ring | 储存环同步加速器 storage ring synchrorton | 贮存壳 storage shell