轨道校正

本文介绍了基于MATLAB的合肥光源储存环束流轨道校正系统的工作原理、开发过程及测试结果。

In this paper , the correction principle , development procedure and test of MATLAB based on beam orbit correction system of HLS storage ring are described .

BEPCⅡLINAC束流光学匹配及轨道校正计算研究

Studies on beam optics and orbit correction calculation for BEPC ⅱ LINAC

基于响应矩阵和SVD算法的输运线束流轨道校正

Transport Line Orbit Distortion Correction Based on Response Matrix and SVD Algorithm

束流位置监测器（BPM）和与其相邻的四极铁之间的电偏移对于电子储存环轨道校正十分重要。

To correct the beam orbit in the storage ring , it is required to measure offset of every quadrupole 's megnetic center relative to electrical center of its adjacent beam position monitor ( BPM ) .

本文介绍一个用于加速器束流轨道校正的实时反馈系统，该系统采用高速浮点DSP和高性能VME实时工作站，具有满意的响应速度、高度的灵活性和长期稳定性。

The system adopts high speed floating point DSP ( Digital Signal Processor ) and high performance VME realtime work station . The system is satisfactory for response speed . It has high flexibility and good long term stability .

控制离散混沌系统的自适应轨道校正

Adaptive Orbit Correction of Controlled Discrete Chaotic System

该系统由束流轨道测量系统、校正铁系统和控制系统组成，基于MATLAB开发的束流轨道校正程序运行于操作员界面工作站上。

The correction system is consisted of the beam orbit measure system , corrector magnet system and the control system , and the beam orbit correction code based on MATLAB is working on the operation interface .

关于改进的Encke方法中参考轨道的选择和校正

On selection and rectification of the reference orbit in modified Encke methods