IPAC2013 - List of Authors (Mensi, M.)

Paper	Title	Page
TUPWA041	Reduction of Secondary Electron (SEY) Yield Figures on Smooth Metallic Surfaces by Means of Magnetic Roughness	1799
	M. Taborelli, F. Caspers, M. Mensi CERN, Geneva, Switzerland L.S. Aguilera, I. Montero CSIC, Madrid, Spain
	High secondary electron yield of metallic surfaces used in accelerator and also space applications is of general concern. In addition to several well known coating techniques and microscopic or macroscopic mechanical roughness (grooves) which may significantly increase microwave losses the concept of magnetic surface roughness has been proposed recently. In this concept a smooth and very well conductimg surface with low microwave losses is maintained, but underneath this surface a large number of tiny permanent magnets are located to build a rough magnetic equipotential structure. In this paper we present and discuss measurement of the SEY and the improvement in terms of SEY for different parameter ranges

Paper

Title

Page

Reduction of Secondary Electron (SEY) Yield Figures on Smooth Metallic Surfaces by Means of Magnetic Roughness

1799

M. Taborelli, F. Caspers, M. Mensi
CERN, Geneva, Switzerland
L.S. Aguilera, I. Montero
CSIC, Madrid, Spain

High secondary electron yield of metallic surfaces used in accelerator and also space applications is of general concern. In addition to several well known coating techniques and microscopic or macroscopic mechanical roughness (grooves) which may significantly increase microwave losses the concept of magnetic surface roughness has been proposed recently. In this concept a smooth and very well conductimg surface with low microwave losses is maintained, but underneath this surface a large number of tiny permanent magnets are located to build a rough magnetic equipotential structure. In this paper we present and discuss measurement of the SEY and the improvement in terms of SEY for different parameter ranges