08:00
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Welcome
-
Matthias Liepe
()
|
08:05
|
Fundamental Studies
-
Nathan Sitaraman
(Cornell University)
(until 09:50)
()
|
08:05
|
Mitigation of Performance-Limiting Mechanisms in Nb3Sn SRF Films
- Dr
Alex Gurevich
(Old Dominion University )
()
|
08:25
|
Time-Dependent Ginzburg Landau simulations to guide Nb3Sn SRF cavity development
-
Mark Transtrum
()
|
08:50
|
Towards a Floquet theory of periodically driven superconductors
-
Danilo Liarte
()
|
09:10
|
$\textit{Ab Initio}$ Calculations on Point Defect Thermodynamics in Nb$_3$Sn
-
Nathan Sitaraman
()
|
09:30
|
First principles study of the impact of grain boundaries on Nb$_3$Sn
-
Michelle Kelley
(Cornell)
()
|
09:50
|
--- Break ---
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10:05
|
Fundamental Studies
-
Michelle Kelley
(Cornell)
(until 12:00)
()
|
10:05
|
Optimization of vortex pinning by nanoparticles using simulations of the time-dependent Ginzburg-Landau model
- Dr
Alexei Koshelev
(Materials Science Division, Argonne National Laboratory)
()
|
10:25
|
Tunneling Spectroscopy studies of Nb3Sn for SRF cavities
-
thomas proslier
(CEA)
()
|
10:45
|
Investigation of Local Nonlinear Microwave Response of Nb$_3$Sn in the Superconducting State
-
Steven Anlage
(University of Maryland)
()
|
11:05
|
Investigation of Nb3Sn Thin Films using Magnetic Field Penetration Measurements
-
Iresha Harshani Senevirathne
(Old Dominion University)
()
|
11:25
|
Critical Fields of Nb3Sn
-
Sebastian Keckert
(Helmholtz-Zentrum Berlin)
()
|
11:45
|
Guided discussion: Next fundamental studies needed for advancing Nb3Sn – What are the important open questions?
-
Mark Transtrum
()
|
|
08:00
|
Growth Studies
-
Stephanie Fernandez
(CERN)
(until 09:50)
()
|
08:00
|
CONSTRUCTION OF Nb3Sn COATING SYSTEM AND TRIAL OF SAMPLE COATING AT KEK
- Mr
Kotaro Takahashi
(SOKENDAI/KEK)
()
|
08:20
|
Growth Studies at Northwestern University of Vapor Diffusion Samples from Fermilab
-
Jae Yel Lee
(Northwestern University-Fermilab)
()
|
08:45
|
Growth Studies and Optimization of Nb3Sn Coatings
-
Ryan Porter
()
|
09:05
|
Nucleation of Nb3Sn films in a tin vapor diffusion process
-
Uttar Pudasaini
(Jefferson Lab)
()
|
09:25
|
Development and Understanding of Nb3Sn films for radiofrequency applications through a sample-host 9-cell cavity
-
Tiziana Spina
(Fermilab)
()
|
09:50
|
--- Break ---
|
10:05
|
Growth Studies
-
Zeming Sun
(CLASSE)
(until 12:00)
()
|
10:05
|
Nb3Sn growth in vapor diffusion: process design for large surface area coatings
-
Uttar Pudasaini
(Jefferson Lab)
()
|
10:25
|
Nb3Sn Coating of Complex Cavity Structures for SRF Accelerator Applications.
-
Jayendrika Tiskumara
(Old Dominion University /JLab)
()
|
10:45
|
Persistence of the Nb(100) Surface Oxide Reconstruction at Elevated Temperatures
-
Caleb Thompson
(University of Chicago)
()
|
11:05
|
Deconvoluting Initial Nb-Sn-O Interactions: Spatially Resolved Electronic Characterization of Sn Reconstructions on (3×1)-O Nb(100)
-
Sarah Willson
(University of Chicago)
()
|
11:25
|
Spatially Resolved Adsorption Structures and Diffusion Dynamics of Sn on (3×1)-O Nb(100)
-
Rachael Farber
(University of Chicago)
()
|
11:45
|
Guided discussion: Nb3Sn vapor diffusion growth: How does the Nb substrate impact growth?
-
Rachael Farber
()
|
|
08:00
|
Growth Studies
-
Tiziana Spina
(Fermilab)
(until 09:40)
()
|
08:00
|
PVD deposition of Nb3Sn from an alloy target on copper.
-
reza valizadeh
(STFC)
()
|
08:20
|
Physical Vapor Deposition of Bronze-Route Nb3Sn for SRF Cavities
- Dr
Wenura Withanage
(Applied Superconductivity Center, NHMFL-FSU)
()
|
08:40
|
Nb3Sn Formation Using Electroplating Method for SRF Cavity
- Dr
Hayato Ito
(KEK)
()
|
09:00
|
Electrochemical Bronze-Route Nb3Sn for SRF Cavities
-
Choong-Un Kim
(Univ. of Texas at Arlington)
()
|
09:20
|
Ultra-Low Cost Approach to Superconducting Nb3Sn RF Cavities Using Melt Casted Bronze Structures
- Dr
Christopher REY
(e2P)
()
|
09:40
|
--- Break ---
|
09:55
|
Growth Studies
-
Ryan Porter
(until 12:00)
()
|
09:55
|
Temperature-Dependent Characteristics of Sputtered Nb3Sn Thin Films (for Accelerator Applications)
-
Katrina Howard
(CLASSE)
()
|
10:15
|
Nb3Sn growth by sequential sputtering: film morphology and its RF properties
-
Md Nizam Sayeed
(Old Dominion University)
()
|
10:35
|
Magnetron sputtered Nb3Sn and V3Si thin films on copper substrates for SRF application
- Dr
Stephanie Fernandez
(CERN)
()
|
11:00
|
Ultramet Thin-film CVD Nb3Sn Coating Process Development for Copper SRF Cavities
- Mr
Shawn McNeal
(Ultramet)
()
|
11:20
|
Electrochemical deposition for generating Nb3Sn films with low surface roughness and stoichiometry
-
Zeming Sun
(CLASSE)
()
|
11:45
|
Guided discussion: Alternative Nb3Sn growth methods - What are the challenges and next steps?
- Dr
Anne-Marie Valente-Feliciano
(JLAB)
()
|
|
08:00
|
Performance
-Dr
Suba De Silva
(Old Dominion University)
(until 09:45)
()
|
08:00
|
Development of Nb3Sn cavity by vapor diffusion method at IMP
-
Ziqin Yang
(Institute of Modern Physics, Chinese Academy of Science)
()
|
08:20
|
Surface Resistance, Frequency Dependence, and Field Limitation in Nb3Sn Cavities
-
Ryan Porter
()
|
08:45
|
Nb3Sn 5-cell cavity qualification for Nb3Sn cryomodule
- Dr
Grigory Eremeev
(FNAL)
()
|
09:10
|
Recent Nb3Sn cavity results from Fermilab
-
Sam Posen
(FNAL)
()
|
09:30
|
Guided discussion: Most promising pathways to higher gradients – What do we think are the current limitations?
-
Charles Reece
()
|
09:45
|
--- W\ORKSHOP PHOTO ---
|
09:50
|
--- Break ---
|
10:00
|
Applications
-Dr
Grigory Eremeev
(FNAL)
(until 12:00)
()
|
10:00
|
Conduction cooled SRF photogun for UEM/UED applications
- Dr
Roman Kostin
(Euclid)
()
|
10:20
|
Field Emission Cathodes on Niobium Conduction-Cooled SRF Cavity
-
Daniel Mihalcea
(Northern Illinois University)
()
|
10:40
|
Cryocooler conduction cooled SRF cavities: experiments and compact SRF accelerator development at Fermilab
-
Ram Dhuley
(Fermi National Accelerator Laboratory)
()
|
11:05
|
Accelerator Stewardship with Nb3Sn at JLab
-
Gigi Ciovati
(Jefferson Lab)
()
|
11:25
|
Conduction Cooling Studies for 2.6 GHz Nb3Sn SRF Cavities
-
Neil Stilin
(Cornell University)
()
|
11:50
|
Guided discussion: First applications for Nb3Sn cavities – What performance demonstrations/milestones are needed to prove readiness?
-
Sam Posen
(FNAL)
()
|
|