X-RAY OPTICS OPTIMAL DESIGN

Synchrotron x-ray optics, such as mirrors and
monochromators, are used to reflect, focus, or
spectrally filter x-ray beams. The effective
delivery and utilization of x-ray beams rely on the
quality and performance of these optics. One of the
key issues affecting optimal performance is the
deviation from ideal shape of the optical surfaces.
Such deviation can be due to limitations in
manufacturing, but, more often than not, they result
from thermal and/or mechanical forces on the
crystalline substrate. Thus, understanding the
deformation and the methods used to minimize
undesired deformation can ensure acceptable optical
performance. This book addresses rigorous analysis
and design optimization of optical substrates
subjected to thermal and/or mechanical loads.

Autorentext

Dr. Yaming Li received his PhD degree in Mechanical Engineering from Illinois Institute of Technology, USA. He is currently working as a Design Engineer at Chicago Bridge & Iron Company. His specialty is in finite element analysis of nuclear containment vessels and cryogenic storage structures.

Klappentext

Synchrotron x-ray optics, such as mirrors and monochromators, are used to reflect, focus, or spectrally filter x-ray beams. The effective delivery and utilization of x-ray beams rely on the quality and performance of these optics. One of the key issues affecting optimal performance is the deviation from ideal shape of the optical surfaces. Such deviation can be due to limitations in manufacturing, but, more often than not, they result from thermal and/or mechanical forces on the crystalline substrate. Thus, understanding the deformation and the methods used to minimize undesired deformation can ensure acceptable optical performance. This book addresses rigorous analysis and design optimization of optical substrates subjected to thermal and/or mechanical loads.