4GSR Projects

Multipurpose synchrotron radiation construction project management division promotes industrial use and basic capabilities of science and technology Build the world's best multipurpose radiation accelerator for enhancement.

Beamline

Overview of Multipurpose Synchrotron Radiation Beamline

다목적 방사광가속기 빔라인 개요의 구분, 값의 항목에 대한 표입니다.
Beamline Beamenergy Resolution Light source Experimental technique Uses

1BioPharma-BioSAXS

5~20 keV SAXS: 1 Å or less
ΔE/E < 10-4
IVU

1Bio-SAXS

BIO

2Material Structure Analysis

5~40 keV ΔE/E < 10-4 Undulator

1XRD

2XAFS

MATERIAL, ENERGY

3Soft X-ray Nano-probe

0.1~5.0 keV sub-micro beam
ΔE/E>1.5×10-4@1keV
EPU

1XAS

2XPS

Semiconductor, MATERIAL

4Nanoscale Angle-resolved Photoemission Spectroscopy

0.1~2 keV 100 nm Less than
ΔE/E < 10-4
Undulator

1Nano-ARPES

Semiconductor, MATERIAL

5Coherent X-ray Diffraction

3~30 keV sub-micro beam Undulator

1XRD

2CDI

Semiconductor, Geology, MATERIAL, Chemistry

6Coherent Small-angle X-ray Scattering

4~40 keV several nm to several μm ΔE/E < 2×10-4 IVU

1SAXS/WAXS
(With GI techniques)

2XPCS

MATERIAL, Chemistry

7Real-time X-ray Absorption Fine Structure

5~40 keV several μm Undulator

1XAFS

ENERGY, Environment, MATERIAL, Geology

8Bio Nano crystallography

5~20 keV 1 Å Less than IVU

1MX

BIO

9High Energy Microscopy

5 ~ 100 keV spatial resolution 0.1μm Superbend

1Projection imaging

MATERIAL, ENERGY, BIO

10Nano-probe

5~25 keV 50nm Less than(Nanoprobe)
1~10 μm(Microprobe)
IVU

1Ptychography/XRF

2XRS

Semiconductor, MATERIAL, ENERGY, Environment, Chemistry
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