The Editorial Series on Accelerator Science and Technology was started in 2008 as a joint initiative of the EU FP6 project CARE (link is external) and its successor, the EU FP7 project EuCARD. Copies from the Series up to Vol.18  volumes can be ordered here free of charge. From Vol 18 copies can be ordered here (link is external). If you need help with ordering, contact us

Vol. 45 - Final EuCARD-2 Project Report

Maurizio Vretenar et al. 

This report presents the results and impact of EuCARD-2. 

Vol. 44 - Strategy for Future Extreme Beam Facilities (EuCARD-2 Deliverable D5.5)

Frank Zimmermann et al. (CERN)

This EuCARD-2 XBEAM report summarizes the state of the art, discusses emerging new developments, and highlights a large number of upcoming and proposed projects, which will certainly push the existing boundaries. The report also underlines the important role played by the European accelerator networks, and it presents some tantalizing future perspectives, including large circular colliders, cold muon beams, crystals and nanotubes.

Vol. 43 - The Energy Efficiency of Proton Driver Accelerators

Ch. Densham (STFC), F. Gerigk (CERN), J. Grillenberger (PSI), A. Lundmark (ESS), M. Seidel (PSI), M. Wohlmuther (PSI), V.Yakovlev (FNAL), 36 pages

This report reviews the motivations and related applications of energy efficient accelerator technology. This details four sessions on energy efficiency topics such as beam targets, RF generation, accelerator concepts, and auxilliary systems.

Vol. 42 - Measurement Based Characterisation and Modelling of Micropixel Avalanche Photodiodes

Andrzej Rychter, 138 pages

This dissertation contains a detailed research of new types of Silicon Photomultipliers which have been developed at the beginning of this century. The author was responsible for measuring new types of silicon photomultipliers (SiPM) which were planned to be used as photosensors in the new calorimeter—ECAL0 in COMPASS experiment in CERN.

Vol. 41 - Dependable control and measurement systems modeling for unmanned spacecraft

Rafał Graczyk, 158 pages

In this thesis promising method of modeling complex systems using Petri networks is introduced in context of qualitative and quantitative dependability analysis.

Vol. 40 - Methods to Increase Reliability and Ensure Determinism in a White Rabbit Network

Maciej Lipinski, 233 pages

The work for this thesis aims at providing standard-compatible specialised services that both ensure deterministic transmission of selected traffic through the WR network, and increase the reliability of the WR network

Vol. 39 - Cryogenic Fiber Optic Sensors for Superconducting Magnets and Power Transmission Lines in High Energy Physics Applications

Antonella Chiuchiolo, 141 pages

This thesis presents the progress done in the material selection and temperature characterization (in the range 300 - 4.2 K) of coated FBG sensors. Results of their implementation in the 20-m-long power transmission line for the helium gas temperature monitoring are also reported

Vol. 38 - Wake Fields and Impedance Calculations of LHC Collimators’ Real Structures

Oscar Frasciello, 122 pages

The aim of this work was to perform accurate simulations of collimators’ impedance. The results of the collimators wake fields and impedances calculations, together with their comparison with experimental measurements are shown and discussed.

Vol. 37 - Interlaced Energy Linac with Smooth Energy Regulation

Sławomir Wronka, 40 pages

This report describes the construction and measurement of linear electron accelerator with a conversion target for the production of high energy X-ray radiation, as well as scintillator-based imaging detector

Vol. 36 - Canted-Cosine-Theta Superconducting Accelerator Magnets for High Energy Physics and Ion Beam Cancer Therapy

Lucas Nathan Brouwer, 233 pages

This thesis aims to share new developments for Canted-Cosine Theta superconducting magnets, with the hope this design will improve technology for high energy physics and ion beam cancer therapy.

Vol. 35 - Experimental study of DC vacuum breakdown and application to high-gradient accelerating structures for CLIC 

Nicholas C. Shipman, 196 pages

This thesis presents investigations into the breakdown phenomenon primarily in the low breakdown rate regime of interest to CLIC, performed using the CERN DC spark systems between 2011 and 2014. 

Vol. 34 - Optimization of quench protection heater performance in high-field accelerator magnets through computational and experimental analysis

Tiina Salmi, 227 pages

In this thesis work I analyzed in detail the present state-of-the-art protection heater technology, aiming to optimize its performance and evaluate the prospects in high-field magnet protection.

Vol.33 – Compact State-Space Models for Complex Superconducting Radio-Frequency Structures Based on Model Order Reduction and Concatenation Methods

Thomas Flisgen, 196 pages

This thesis presents the theory of the state-space concatenation approach and discusses several validation and application examples.

Vol.32 – Thermo-Mechnical Studies of Large Hadron Collider Collimators in Accident Scenarios

Marija Cauchi, 272 pages

The work presented in this thesis provides a more thorough understanding of the thermo-mechanical behaviour of TCTs during beam impact in accident scenarios.

Vol.31 – Crystal Collimation for LHC

Daniele Mirarchi, 241 pages

The main goal of this Ph.D. thesis is the design of an optimised prototype crystal collimation system for these tests in the LHC, which has been installed during April 2014.

Vol.30 – A Novel Data Acquisition System Based on Fast Optical Links and Universal Readout Boards

Grzegorz Korcyl, 130 pages

This thesis presents a concept, construction and tests of a modular and scalable,tree-structured architecture of a data acquisition system.

Vol.29 – Pinning Mechanisms in YBCO Tapes

Marcello Spera, 159 pages

In this thesis work, a study on flux pinning mechanisms of commer-cial YBCO tapes is presented.

Vol.28 – Hardware Implementation of the Track Identification Algorithm in the Scalable Readout System for the TOTEM Experiment

Bartłomiej Juszczyk, Grzegorz Kasprowicz, 98 pages

The thesis is on the measurements in the TOTEM experiment.

Vol.27 –MicroTCA Based Platform for Advanced Particle Accelerators Diagnostics

Adrian Fiergolski, 106 pages

The thesis introduces a novel solution for measurement systems, a modern uTCA architecture. In this document an open source project of a base card (AFC -AMC to FMC carrier board) based on this standard has been described. In combination with a powerful FPGA device this card is an universal base circuit for variety of projects. Among the others it allows to implement algorithms which are collecting data from fast ADCs and to process these data.

Vol.26 – Development of Radiation Hardened Pixel Sensors for Charged Particle Detection

Michal Koziel, 238 pages

CMOS Pixel Sensors are being developed since a few years to equip vertex detectors for future high-energy physics experiments with the crucial advantages of a low material budget and low production costs. The features simultaneously required are a short readout time, high granularity and high tolerance to radiation. This thesis mainly focuses on the radiation tolerance studies.

Vol.25 – Designing the Four Rod Crab Cavity for the High-Luminosity LHC Upgrade

Ben Hall,  213 pages

This thesis presents the design for a novel compact crab cavity for the HL-LHC upgrade at CERN. The LHC requires 400MHz RF cavities that can provide up to 10MV transverse gradient across two to three cavities with suitably low surface fields for continual operation. As a result, a cavity design was required that would be optimised to these new parameters. From initial design studies based on Jefferson Laboratory’s CEBAF deflector, extensive optimization was carried out to design a superconducting crab cavity, dubbed the Four Rod Crab Cavity (4RCC). The thesis presents design considerations and studies.

Vol 24 – Optics Designs of Final-Focus Systems for Future LHC Upgrades

José Luis Abelleira Fernández , 168 pages

The main topic of the thesis is the study of a novel option for the high-luminosity upgrade of the Large Hadron Collider (LHC) comprising a large Piwinski angle, flat beams, and crab waists. Flat beams and crab waists are not only pre-requisites for a crab-waist scheme, but, even by themselves; each of these two elements alone could boost the luminosity of the existing collider as built.