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An analytical approach to designing a future Nano-ARPES beamline for Diamond-II
DOI:
10.1088/1742-6596/2380/1/012039
Authors:
A. C.
Walters
(Diamond Light Source)
,
L.
Alianelli
(Diamond Light Source)
,
H.
Wang
(Diamond Light Source)
,
M. D.
Watson
(Diamond Light Source)
,
C.
Cacho
(Diamond Light Source)
,
C.
Nicklin
(Diamond Light Source)
,
K.
Sawhney
(Diamond Light Source)
Co-authored by industrial partner:
No
Type:
Conference Paper
Conference:
14th International Conference on Synchrotron Radiation Instrumentation (SRI 2021)
Peer Reviewed:
No
State:
Published (Approved)
Published:
December 2022
Open Access
Abstract: Angle-resolved photoemission spectroscopy (ARPES) is a powerful method for measuring the electronic band structure of solids. Diamond Light Source is planning to build a multibend-achromat (MBA) synchrotron – Diamond-II - which will provide an almost diffraction-limited photon source in the vacuum-ultraviolet photon energy range. The improved emittance and higher coherence of MBA synchrotrons means that samples with features smaller than 1 µm can be readily studied using ARPES, provided the beamline is designed to take full advantage of the new photon source. We have developed an analytical method for optimising the optical design of a future Nano-ARPES beamline for Diamond-II. Our method enables one to explore large regions of parameter space for a beamline design in an unbiased and systematic way, with minimal requirements on computing power. We believe that the analytical method presented here will be a useful tool for synchrotron beamline designers, as it allows many beamline characteristics to be simulated quickly while working within any practical limitations.
Subject Areas:
Physics
Technical Areas:
Optics
Added On:
29/12/2022 11:54
Documents:
Walters_2022_J._Phys.%3A_Conf._Ser._2380_012039.pdf