Publication
Analytical Model for Heat Absorption: Lessons Learned From a One Dimensional Model
Authors:
Joshua
Stimson
(Birmingham City University)
,
Mike
Ward
(Birmingham City University)
,
John
Sutter
(Diamond Light Source)
,
Jim
Kay
(Diamond Light Source)
,
Peter
Docker
(Diamond Light Source)
,
Trevor
Rayment
(Diamond Light Source)
,
Sofia
Diaz-moreno
(Diamond Light Source)
Co-authored by industrial partner:
No
Type:
Conference Paper
Conference:
SRI2015
Peer Reviewed:
Yes
State:
Published (Approved)
Published:
July 2016
Abstract: Abstract. An analytical model was constructed of a single silicon crystal monochromator. This model was used to examine the heat transfer processes within the monochromator. It was discovered that extracting heat from the top surface of the monochromator could cause the peak temperature to be below the surface of the crystal; this dislocation was shown to be approximately 10% of the thickness of the crystal when 20% of the input power was extracted from the top surface.
Subject Areas:
Physics,
Engineering
Instruments:
I20-Scanning-X-ray spectroscopy (XAS/XES)
Added On:
25/02/2016 10:03
Documents:
Analytical Model for Heat Absorption.pdf
Discipline Tags:
Technical Tags: