ESS Technical Design Report

Document #:

ESS-doc-274-v7

Document type:

Study Report

Submitted by:

Steve Peggs

Updated by:

Steve Peggs

Document Created:

18 Apr 2013, 16:16

Contents Revised:

16 May 2013, 14:33

Metadata Revised:

16 May 2013, 14:33

Abstract:

ESS is a slow neutron source of unparallelled power and scientific performance. It will deliver its first protons to a solid, rotating tungsten target in 2019, which will in turn generate neutrons for delivery to an initial suite of 7 neutron scattering research instruments. ESS will reach its full design specifications in 2025, with a suite of 22 research instruments. This Technical Design Report marks ESS readiness to move forward with construction activities.

Files in Document:

• TDR Chapter 10 Introduction () (TDR_online_ver_ch10.pdf, 5.0 MB)
• TDR Chapter 11 Introduction () (TDR_online_ver_ch11.pdf, 325.2 kB)

Other Files:

• TDR Chapter 1 Introduction (J. Yeck) (TDR_online_ver_ch1.pdf, 552.4 kB)
• TDR Chapter 12 Conclusions (J. Yeck) (TDR_online_ver_ch12.pdf, 65.6 kB)

Topics:

• Vacuum
• RF:SCRF
• Beam Physics
• ESS General
• ES&H
• RF:NCRF
• Controls
• Beam Instrumentation
• RF
• RF:LLRF
• Cryogenics

Authors:

• Steve Peggs

Notes and Changes:

Contents

Executive Overview (R. Kreier)
Chapter 1 Introduction (J. Yeck)
Chapter 2 Neutron Science and Instruments (O. Kirstein)
Chapter 3 Target Station (Y. Lee)
Chapter 4 Accelerator (J. G. Weisend II)
Chapter 5 Integrated Control System (G. Trahern)
Chapter 6 Specialised Technical Services (J. G. Weisend II)
Chapter 7 Conventional Facilities (B. Hedén)
Chapter 8 Integration (G. Lanfranco)
Chapter 9 Commissioning (P. Carlsson)
Chapter 10 Emission Control (D. Ene)
Chapter 11 Safety and Security (P. Jacobsson)
Chapter 12 Conclusions (J. Yeck)