Presentations

The workshop presentations

0.1. Welcome

C. Varandas

0.2. Organizational Issues

B. Soares Gonçalves

0.3. Introduction and goals of Workshop

B. Soares Gonçalves

0.4. CERN Presentation

P. Farthouat

0.5. JET

A. Murari

0.6. ESA

C. Erd

0.7. ESS General Overview

F. Plewinski

1.1. Challenges arising from the Super-LHC project

N. Hessey

1.2.radiation_environment_accelerators

Markus Brugger

1.3. Radiation Shielding in Accelerator environments

H. Vincke

1.3. Radiation Shielding in Accelerator environments - Movie

 

1.4. Space radiation environment and shielding

P. Nieminem

1.4. Space radiation environment and shielding - Movie 1

 

1.4. Space radiation environment and shielding - Movie 2

 

1.4. Space radiation environment and shielding - Movie 3

 

1.4. Space radiation environment and shielding - Movie 4

 

1.5. Radiation environment and shielding for fusion

A. Murari

1.6. The problem of determining the radiation field in a fusion machine and its implications for radiation hardness studies

B. Syme

1.7. Discussion

M. Brugger

2.1. Space radiation hardness

C. Poivey

2.2. Standardisation & qualification for space

J. Wong

2.3. Status of ECI and other European qualifcation programs

J. Wong

2.4. Radiation hardness policy in LHC experiments

F. Anghinolfi

3.1. Materials in space environment

C. Semprimoschnig

3.2. Material damage studies at CERN (Testprogram performed for the LHC project)

M. Tavlet

3.3. In-orbit testing of Materials and Components

C. Semprimoschnig

4.1. Design techniques and tools for the radiation hardening of ASIC and FPGA

A. Fernandez-Leon

4.2. Radiation related challenges for space applications

C. Poivey

4.3. Technology of CVD diamond

M. Pillon

4.4. LHC experiments: a large scale application of HBD for ASICs

F. Faccio

4.5. Radiation damage in optoelectronic components and optical fibers

J. Troska

4.6. Evaluating SEU sensitivity in the LHC environment

F. Faccio

A1. Radiation Hardness issues on ITER Remote Handling

Bruno Soares Gonçalves

5.1. Irradiation Test facilities and methods for component testing

C. Poivey

5.2. Present and future Irradiation Facilities at CERN

M. Moll

5.3. Testing and Qualification of electronic components for accelerators

T. Wijnands

5.4. Irradiation test facilities for fusion

S. M. Gonzalez

A2. ITER Radiological and Environmental Monitoring Systems

L. Perna and M. Felip Hernando

6.1. Dosimetry and radiation monitoring(for Instrumentation protection) at CERN

T. Wijnands

6.2. Dosimetry and radiation monitoring for space applications

P. Nieminen

6.3. Calculation of shutdown dose rate for fusion devices

S. Villari

7.0. Roadmaps - Introduction

C. Erd

7.1. Radiation Environments and benchmarking

M. Brugger

7.2 Standardization, Radiation Hardness Assurance & Qualification

C. Poivey

7.3. Materials

F. Ravotti

7.4. Components

F. Anghinolfi

7.5. Facilities

M. Watkins

7.6. Radiation monitoring

P. Nieminen

8.0. Wrap-up and next steps

B. Soares Gonçalves