同步辐射光源

合肥国家同步辐射光源软X射线束空间相干性实验研究

Experimental investigation of spatial coherence for soft X-ray beam in Hefei National Synchrotron Radiation Laboratory

目前的X射线相衬成像研究大都采用同步辐射光源。

Up to now , X-rays used for the phase-contrast imaging mostly come from synchrotron radiation facility .

这种研究方法对其他同步辐射光源和等离子脉冲X射线作用下的掩模畸变研究都是普遍适用的。

This research approach is applicable to the mask distortions caused by the other synchronous radiation sources and plasma source .

本文介绍了同步辐射光源的特点，以及在应用于X射线形貌术时带来的各种好处。

The superior properties of the synchrotron radiation and the advantages of the synchrotron radiation X ray topography are introduced .

在第三代同步辐射光源中，晶体单色器是硬X射线光束线应用研究的核心装备。

Crystal monochromator is the key part of the hard X ray beam line in the third synchrotron radiation source .

高性能极紫外、软X射线单色仪的研制对高亮度同步辐射光源的应用具有十分重要的意义。

Thedevelopment of ultraviolet and soft X-ray monochromators with high performances is very important to the applications of high-brightness synchrotron radiation light source .

目的研究同步辐射光源X射线位相对比成像的方法，并观察其图像特点，分析其图像质量。

Objective To study the methodology of X-ray phase contrast imaging using synchrotron radiation , and evaluate the quality of phase contrast images .

论文对合肥同步辐射光源开展深度X射线光刻进行了理论模拟。

In this paper the accuracy of deep X ray Lithography at the National Synchrotron Radiation Lab ( NSRL ) is investigated in theory .

对于同步辐射光源，电子储存环磁聚焦结构（lattice）设计与优化中的参数直接决定着其主要性能。

For a synchrotron radiation light source , its main performance is directly determined by the parameters in electron storage ring lattice design and optimization .

采用同步辐射光源进行微量及痕量元素分析具有十分明显的优越性，因而同步辐射X射线荧光分析在科学研究和应用技术方面显示了重要的意义。

The synchrotron radiation excited X-ray fluorescence analysis is of value in both research and application because of the outstanding properties of the synchrotron radiation source for trace and micro analysis .

介绍了合肥国家同步辐射光源（HLS）新BPM校准系统的总体结构及实测过程。

A new BPM calibration system has been developed in the National Synchrotron Radiation Laboratory ( NSRL ) .

以北京同步辐射光源作激发光源，采用掠出射方法测试了Si基片上不同厚度的单层Cr膜样品，测试结果与理论计算基本符合。

The Cr film samples with different thickness deposited on silicon ( Si ) bases are tested with grazing method using Beijing synchrotron radiation source ( SR ) as excitation light .

为实现合肥同步辐射光源（HLS）单束团注入，研制出一套单束团时序系统〔1，2〕。

A new precise timing system was developed for single bunch injection in Hefei Light Source ( HLS ) .

第三代同步辐射光源HELS的设计研究

Design study for hels , third generation synchrotron radiation light source

目前世界各发达国家迅速发展的同步辐射光源与光束线工程的建设需要大量的EUV／X-ray光学元件。

At present , EUV / X-ray optical component are in great demand on the construction of the rapidly developed synchrotron radiant lamp-house and beam of light engineering in developed countries .

介绍了合肥同步辐射光源（HLS）50MW大功率速调管脉冲调制器改造项目。

Upgrade project of the 50 MW klystron modulators of Hefei Light Source ( HLS ) was firstly introduced .

首先概述了同步辐射光源的特点，国家同步辐射实验室（NSRL）储存环的性能及相关参数。

A summary is given on the characteristics and applications of synchrotron radiation , the parameters of storage ring of National Synchrotron Radiation Laboratory ( NSRL ) .

用合肥800MeV同步辐射光源标定氘灯的光谱辐射亮度

Spectral Radiance Calibration of Deuterium Lamp Utilizing the Hefei 800 MeV Synchrotron Radiation

考虑电子的反冲并利用康普顿散射，研究了激光同步辐射光源（LSS）辐射的光子波长、光子能量。

The wavelengths and energies of photons emitted from laser synchronal source ( LSS ) are investigated by using the Compton scattering . In the calculation , the recoil effect of electron is also considered .

简要说明合肥同步辐射光源（HLS）的储存环新注入系统，分析由于冲击磁铁的误差而产生的非理想凸轨以及对注入过程的影响。

This paper briefly describes the new injection system of Hefei synchrotron radiation Light Source ( HLS ) . The perturbed bump orbit caused by the kicker magnets ' error and its effect on the injection process are analyzed .

合肥光源（HLS）是第二代专用同步辐射光源，由200MeV直线加速器、输运线和800MeV电子储存环组成。

Hefei Light Source ( HLS ), as a special synchrotron light source , consists of a 200 MeV linac , beam transmission line and 800 MeV electron storage ring .

利用同步辐射光源，测量了C60粉末压片在50～250nm波长范围内的真空紫外（UVU）反射光谱，并依据KramersKronig关系，计算出吸收光谱。

The reflectivity spectrum of C 60 compacted powder in the vacuum ultraviolet ( VUV ) region from 50 to 250 nm is measured with synchrotron radiation light source . The absorption coefficient has been calculated according to the Kramers Kronig relation .

给出了第三代同步辐射光源HELS储存环的聚焦结构设计.在该设计中采用由不同弯转角度的弯铁组成的QBA聚焦结构，从而得到较低的束流发射度；

The lattice design of the HELS storage ring for a third generation synchrotron light source is presented . To achieve low emittance , a kind of modified Quadrupole Bend Achromat ( QBA ) lattice using bend magnets with different bending angles is adopted .

基于同步辐射光源的光电导探测器标定系统

Calibration system for photoconductive detector based on synchrotron soft X-ray source

对于同步辐射光源而言，亮度和稳定性是最重要的两个指标。

Brightness and stability are key specifications of synchrotron radiation light source .

合肥同步辐射光源特性计算

The Properties of Synchrotron Radiation Source of Hefei Storage Ring

用同步辐射光源研究掺铈对闪烁体发光性质的影响

Observation of Fluorescence Properties of Cerium Doped Scintillators in Synchrotron Radiation Source

合肥同步辐射光源上的束腔不稳定性研究

Study of beam cavity in stability on Hefei light source

一种紧凑型激光同步辐射光源的初步设计及应用前景

Design of a compact laser synchrotron source and its applications

应用同步辐射光源的表面物理研究&现状与展望

Surface physics research using synchrotron RADIATION-PRESENT and future