LINAC2014 - List of Authors (Turemen, G.)

Paper

Title

Page

Design Studies with DEMIRCI for SPP RFQ

740

B. Yasatekin, G. Turemen
Ankara University, Faculty of Sciences, Ankara, Turkey
A. Alacakir
TAEK, Ankara, Turkey
G. Unel
UCI, Irvine, California, USA

To design a Radio Frequency Quadrupole (RFQ) is a onerous job which requires a good understanding of all the main parameters and the relevant calculations. Up to the present there are only a few software packages performing this task in a reliable way. These legacy software, though proven in time, could benefit from the modern software development tools like Object Oriented (OO) programming. In this note, a new RFQ design software, DEMIRCI is introduced. It is written entirely from scratch using C++ and based on CERN's OO ROOT library. It has a user friendly graphical user interface and also a command line interface for batch calculations. It can also interact by file exchange with similar software in the field. After presenting the generic properties of DEMIRCI, its compatibility with similar software packages is discussed based on the results from the reference design parameters of SPP (SNRTC Project Prometheus), a demonstration accelerator at Ankara, Turkey.

Poster TUPP139 [11.590 MB]

THPP067

Status of the SPP RFQ Project

1004

G. Turemen, B. Yasatekin
Ankara University, Faculty of Sciences, Ankara, Turkey
A. Alacakir
TAEK, Ankara, Turkey
G. Unel
UCI, Irvine, California, USA
H. Yildiz
Istanbul University, Istanbul, Turkey

The SPP project at TAEA will use 352.2 MHz 4-vane Radio Frequency Quadrupole (RFQ) to accelerate H⁺ ions from 20 KeV to 1.5 MeV. With the design already complete the project is at the test production phase. To this effect, a so called "cold model" of 50cm length has been produced to validate the design approach, to perform the low power RF tests and to evaluate possible production errors. This paper will report on the current status of the low energy beam transport line (LEBT) and RFQ cavity of the SPP project. It will also discuss the design and manufacturing of the RF power supply and its transmission line. In addition, the test results from some of the LEBT components will be shown and the final RFQ design will be shared.

Poster THPP067 [6.947 MB]

Paper	Title	Page
TUPP139	Design Studies with DEMIRCI for SPP RFQ	740
	B. Yasatekin, G. Turemen Ankara University, Faculty of Sciences, Ankara, Turkey A. Alacakir TAEK, Ankara, Turkey G. Unel UCI, Irvine, California, USA
	To design a Radio Frequency Quadrupole (RFQ) is a onerous job which requires a good understanding of all the main parameters and the relevant calculations. Up to the present there are only a few software packages performing this task in a reliable way. These legacy software, though proven in time, could benefit from the modern software development tools like Object Oriented (OO) programming. In this note, a new RFQ design software, DEMIRCI is introduced. It is written entirely from scratch using C++ and based on CERN's OO ROOT library. It has a user friendly graphical user interface and also a command line interface for batch calculations. It can also interact by file exchange with similar software in the field. After presenting the generic properties of DEMIRCI, its compatibility with similar software packages is discussed based on the results from the reference design parameters of SPP (SNRTC Project Prometheus), a demonstration accelerator at Ankara, Turkey.
	Poster TUPP139 [11.590 MB]

THPP067	Status of the SPP RFQ Project	1004
	G. Turemen, B. Yasatekin Ankara University, Faculty of Sciences, Ankara, Turkey A. Alacakir TAEK, Ankara, Turkey G. Unel UCI, Irvine, California, USA H. Yildiz Istanbul University, Istanbul, Turkey
	The SPP project at TAEA will use 352.2 MHz 4-vane Radio Frequency Quadrupole (RFQ) to accelerate H⁺ ions from 20 KeV to 1.5 MeV. With the design already complete the project is at the test production phase. To this effect, a so called "cold model" of 50cm length has been produced to validate the design approach, to perform the low power RF tests and to evaluate possible production errors. This paper will report on the current status of the low energy beam transport line (LEBT) and RFQ cavity of the SPP project. It will also discuss the design and manufacturing of the RF power supply and its transmission line. In addition, the test results from some of the LEBT components will be shown and the final RFQ design will be shared.
	Poster THPP067 [6.947 MB]