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Coherent Diffraction Imaging Endstation
Coherent Diffraction Imaging Endstation is combined with advanced fluorescent super-resolution microscopic imaging technology,integrating the first X-ray Free Electron Laserand fluorescent super-resolution nano imaging system in the world.It can realize dynamic imaging of cell structure and function,It is characterized by using atomic XFEL coherent high brightness femtosecond pulses,combining coherent diffraction imaging to realize the pre damage imaging of the sample,and obtain the real structu
The live-cell fluorescent super-resolution microscope endstation SRM
The live-cell fluorescent super-resolution microscope endstation is to label the target structure with fluorescence probe,to illuminate the fluorescent sample with laser of suitable wavelength,and combine with four PI imaging technology,to realize single cell three-dimensional super-resolution imaging.It can be used to observe cell and tissue morphology,subcellular structure, etc. Further combined with X-ray imaging technology,it can realize the function of ultrastructure and fluorescence,in-sit
The composite velocity imaging spectrometer
The composite velocity imaging spectrometer (cVMI) is one of two novel instruments at the Shanghai soft x-ray free electron laser (SXFEL) for AMO science. The cVMI consists of an ultrasonic molecular beam generation device, an electron velocity imaging system, a three-dimensional ion momentum imaging system and a vacuum system. The molecular beam or cluster beam generated by the ultrasonic molecular beam device enters the reaction chamber and interacts with the x-ray free e
Ultrafast Chemistry Endstation
It is the first X-ray emission spectrometer system with femtosecond time resolution,mainly used to study the ultrafast kinetic process of chemical reactions.It has important applications in energy,environment, as well as the field of new materials.Scientific application:Carbon dioxide reduction reaction;Nitrogen catalytic cracking;
The reaction microscope (REMI) at SXFEL for AMO
The reaction microscope (REMI) at the Shanghai soft x-ray free electron laser (SXFEL) for AMO science consists of a supersonic gas injection system, a spectrometer, and detectors with a data acquisition system. The pump-probe scheme will be provided with the synchronization of the external optical laser to the XFEL pulse. An Even-Lavie type high temperature pulsed valve will be implemented to further extend from gas sample to liquid or even biomolecules in solid states whic
Ultrafast Ray Scattering station
Using it, we can study the electronic states and lattice structures of various elements in materials,also the ultra fast dynamic changes within one billionth of a second.Utilizing this experimental station,We can study high-temperature superconductors,and study noval materials with strong correlation between electrons and electrons, between electrons and lattices and interaction.We can also study the ultrafast behavior of electronsin nonequilibrium state in quantum materials provides the most ad
Ambient pressure X-ray photoelectron spectroscopy
Compared with the conventional soft X-ray ambient pressure X-ray photoelectron spectroscopy,it has a higher penetration depth.This system can realize in-situ detection of gas-solid, liquid-solid, gas-liquid-solid interfaces, ect.and can be widely used in the research of energy,environment and materials.Scientific application:Water science research;Study on the structure and dynamics of solution interface and electric double layer.
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