Introduction to Accelerator Protection Course

• Rudiger SCHMIDT (CERN)

Beam Dynamics and Beam Losses - Circular Machines

• Verena KAIN (CERN)

Beam Dynamics and Beam Losses - Linear Machines

• Mike PLUM (Oak Ridge National Lab)

High Intensity Synchrotron Radiation Effects

• Yusuke Suetsugu (KEK)

Beam Material Interaction, Heating & Activation (Part I)

• Nikolai MOKHOV (Fermilab)

Beam Material Interaction, Heating & Activation (Part II)

• Francesco CERUTTI (CERN)

Reliability and Availability

• Ferdinand WILLEKE (Brookhaven National Laboratory)

Intro to Risk Management of Complex Systems

• John THOMAS

Beam Transfer and Machine Protection

• Verena KAIN (CERN)

Beam Induced Damage Mechanisms and their Calculation (Part I)

• Alessandro BERTARELLI (CERN)

Beam Induced Damage Mechanisms and Their Calculation (Part II)

• Alessandro BERTARELLI (CERN)

Protection Related to High Power Targets

• Mike PLUM (Oak Ridge National Lab)

Detection of Equipment Failures Before Beam Loss

• John GALAMBOS (Oak Ridge National Lab)

Controls and Machine Protection

• Enzo CARRONE (Stanford University)

Beam Instrumentation for Machine Protection

• Tom SHEA (ESS)

Beam Loss Monitors at LHC

• Bernd DEHNING (CERN)

Machine Protection and Interlock Systems for LHC

• Rudiger SCHMIDT (CERN)

Machine Protection and Interlock Systems - Linear Machines

• Marc ROSS (SLAC)

Protection of hardware: Powering Systems (PC, NC and SC Magnets)

• Howard PFEFFER (Fermilab)

Protection of Hardware: RF Systems

• Sang-Ho KIM (Oak Ridge National Lab)

Machine Protection and Operation for LHC

• Jorg WENNINGER (CERN)

Machine Protection and Operation for Linear Machines

• Marc ROSS (SLAC)

Beam Cleaning and Collimation Systems

• Stefano REDAELLI (CERN)

Advanced Collimators for Future Colliders

• Tom MARCIEWICZ (SLAC)

Personnel Protection Systems

• Sayed ROKNI (SLAC)

Medical Facilities

• Anthony MASCIA

Present Case Studies