NVEC 2022
Tuesday 13 September 2022 -
09:30
Monday 12 September 2022
Tuesday 13 September 2022
10:30
Registration
Registration
10:30 - 11:10
Room: Thompson Room
11:10
Introduction
-
Amos Dexter
Introduction
Amos Dexter
11:10 - 11:20
Room: Thompson Room
11:20
Multi-objective optimization techniques for RF structure design
-
Sam Smith
(
Lancaster University/CI
)
Multi-objective optimization techniques for RF structure design
Sam Smith
(
Lancaster University/CI
)
11:20 - 11:45
Room: Thompson Room
11:45
RF Measurements of Planar SRF Thin Film Samples
-
Daniel Seal
(
Lancaster University/CI
)
RF Measurements of Planar SRF Thin Film Samples
Daniel Seal
(
Lancaster University/CI
)
11:45 - 12:10
Room: Thompson Room
12:10
Scattering diagnostic for measuring binormal wavenumber electron scale turbulence on MAST-U
-
David Speirs
(
University of Strathclyde
)
Scattering diagnostic for measuring binormal wavenumber electron scale turbulence on MAST-U
David Speirs
(
University of Strathclyde
)
12:10 - 12:35
Room: Thompson Room
12:35
Quasi-optical output for a high gain, broadband W-band amplifier
-
Craig Donaldson
(
University of Strathclyde
)
Quasi-optical output for a high gain, broadband W-band amplifier
Craig Donaldson
(
University of Strathclyde
)
12:35 - 13:00
Room: Thompson Room
13:00
Lunch
Lunch
13:00 - 14:00
Room: Thompson Room
14:00
Design of a high-power, high-efficiency W-band rising-sun sSpatial harmonic magnetron
-
Jin Zhang
(
QMUL
)
Design of a high-power, high-efficiency W-band rising-sun sSpatial harmonic magnetron
Jin Zhang
(
QMUL
)
14:00 - 14:25
Room: Thompson Room
14:25
Study of Millimetre-wave Undulator for Compact XFEL
-
Liang Zhang
(
University of Strathclyde
)
Study of Millimetre-wave Undulator for Compact XFEL
Liang Zhang
(
University of Strathclyde
)
14:25 - 14:50
Room: Thompson Room
14:50
Large, magnetised RF plasma source for high power microwave scattering experiments
-
Kieran Wilson
(
University of Strathclyde
)
Large, magnetised RF plasma source for high power microwave scattering experiments
Kieran Wilson
(
University of Strathclyde
)
14:50 - 15:15
Room: Thompson Room
15:15
Overview of the ~300MW Microwave Heating System for the STEP Fusion Device
-
Mark Henderson
(
UKAEA
)
Overview of the ~300MW Microwave Heating System for the STEP Fusion Device
Mark Henderson
(
UKAEA
)
15:15 - 16:15
Room: Thompson Room
16:15
Afternoon Tea/Coffee
Afternoon Tea/Coffee
16:15 - 16:40
Room: Thompson Room
16:40
Gap waveguide-based slow wave structure for W-band travelling wave tubes
-
Amira Zied Abozied
(
Lancaster University
)
Gap waveguide-based slow wave structure for W-band travelling wave tubes
Amira Zied Abozied
(
Lancaster University
)
16:40 - 17:05
Room: Thompson Room
17:05
UHF Space Borne Solar Power Station concept with phase locked magnetrons
-
Diana Antanova
(
Lancaster University
)
UHF Space Borne Solar Power Station concept with phase locked magnetrons
Diana Antanova
(
Lancaster University
)
17:05 - 17:30
Room: Thompson Room
17:30
The CLARA 400 Hz gun and cavity conditioning
-
Russell Mclean
(
ASTeC/SRFC
)
The CLARA 400 Hz gun and cavity conditioning
Russell Mclean
(
ASTeC/SRFC
)
17:30 - 17:55
Room: Thompson Room
17:55
Closing summary
-
Amos Dexter
(
CI - Lancaster University
)
Closing summary
Amos Dexter
(
CI - Lancaster University
)
17:55 - 18:10
Room: Thompson Room