Abstracts Received for Contributed Talks

Session I: Ultimate Field Limits, New Materials, New Geometries

New SRF Cavity Geometry for High-Current Applications -- Ilan Ben-Zvi, BNL
Measuring Critical RF Fields of Superconductors Using High Power Short Pulses in X Band -- Isidoro Campisi, ORNL/SNS
Pushing the Limits of the SRF Technology for Low- and Medium-Velocity Applications -- Jean Delayen, JLab
Reentrant Cavity and First Test Result -- Rong-Li Geng, Cornell U.
A Theoretical Overview of Multiscale Mechanisms of RF Superconductivity Breakdown -- Alex Gurevich, U. of Wisconsin-Madison
Fabrication and Performance of Improved Cavity Shapes for 12 GeV CEBAF -- Charles Reece, JLab
Niobium Copper Clad Cavities -- Waldemar Singer, DESY
LANL Activity on New Materials -- Tsuyoshi Tajima, LANL
Thin Film Coatings for RF Superconductivity -- Genfa Wu, JLab

Session II: High Q, Field Emission, Q-Slopes

Measurements of the High Field Q-Drop in TE011/TM010 Mode in a Single Cell Cavity -- Gianluigi Ciovati, Jlab
Processing Techniques and Recent Results for SC Drift-Tube Cavities -- Michael Kelly, ANL
An Investigation of the Properties of Grain Boundaries in BCP Nb for SRF Cavities -- Peter Lee, U. of Wisconsin-Madison and Pierre Bauer, FNAL
Q-Slope and Related Surface Analysis Results from Cornell -- Hasan Padamsee, Cornell U.
Low, Medium, High Field Q-Slopes Change with Surface Treatments -- Bernard Visentin, CEA-Saclay

Session III: Future Research Paths to Ultimate Performance

Optimization of RRR Niobium Bulk Properties -- Ganapati Rao Myneni, JLab
R&D of High RF Power Coupler for Ultimate Cavities Performance -- Quan-Sheng Shu, AMAC International Inc.

updated 9/20/04