X-Rays at the SIAM Photon Source

R. Apiwatwaja; S. Chunjarean; K. Hass; G. Hoyes; C. Kaewprasert; P. Klysubun; W. Klysubun; W. Pairsuwan; S. Rugmai; Saroj Rujirawat; N. Sanguansak; P. Songsiriritthigul; H. Wiedemann

doi:10.4028/www.scientific.net/SSP.107.1

Paper Titles

X-Rays at the SIAM Photon Source
p.1

Study of Multicellular Living Organisms by SXCM (Soft X-Ray Contact Microscopy)
p.7

Radiation Production Using Femtosecond Electron Bunches
p.11

Femtosecond Electron Pulses Production System
p.15

A New Design and Computer Simulation of a 5-Electrode Ion Extraction/Focusing System
p.21

The Progress of Ion Beam Bioengineering in China
p.25

Plasma-Based Ion Implantation Treatments under Industrially Relevant Conditions
p.31

The Progress of the Research and Application of Ion Implantation Biotechnology in China
p.37

Formation of Aluminum Nitride Film for High Power Soft X-Ray Source Using Ion-Beam Assisted Deposition Method
p.43

HomeSolid State PhenomenaSolid State Phenomena Vol. 107X-Rays at the SIAM Photon Source

X-Rays at the SIAM Photon Source

Abstract:

In this note, we describe the upgrade effort to convert the SIAM Photon source into an Xray synchrotron radiation facility with photon energies up to some 15 keV. This conversion of SIAM Photon into a third generation light source can be achieved through an increase of the electron beam energy and the addition of recently available superconducting wavelength shifter and multipole wiggler magnets. A gradual retrofit of vacuum chambers aiming at a reduction of electron beam instabilities as well as a modification of the focusing structure are expected to greatly increase the brightness of the photon beam. These upgrades will be implemented gradually over a few years to minimize the interruption of ongoing experimental activities. As an ultimate upgrade, a study has been started which shows the feasibility to implement a 2 GeV storage ring replacing the present ring in the same foot print. This new ring is configured to provide double the number of insertion device photon beam lines.