Welcome! BASROC/CONFORM Open Day Daresbury May 11 th 2009 Roger Barlow, Manchester University and the Cockcroft Institute.

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Presentation transcript:

Welcome! BASROC/CONFORM Open Day Daresbury May 11 th 2009 Roger Barlow, Manchester University and the Cockcroft Institute

BASROC British Accelerator Science Radiation and Oncology Consortium Aim: hadron therapy with nsFFAG Physicists, engineers,clinicians from universities, hospitals, labs…

CONFORM Construction 0f a nsFFAG for Oncology, Research and Medicine Project funded by RC-UK ‘Basic Technology’ programme Build prototype nsFFAG – EMMA Design a nsFFAG hadron therapy machine - PAMELA Investigate other applications Now at halfway stage

What is an nsFFAG Accelerator? Circular accelerator Particles gain energy – Harder to bend Increase field in time or space before after low E high E Synchrotron FFAG – Fixed Field

What is an nsFFAG? Gradient in field focusses beam Alternate focussing and defocussing gradient gives stability This is a standard technique.

What is an nsFFAG? Particles gain energy – harder to bend Increase focussing and bending field in step – constant optics This is Scaling. Easy for synchrotron Restrictive for FFAG – requires low field gradients, large apertures. Drop the requirement – let the optics change: the non scaling FFAG Works on paper – need to demonstrate. EMMA: world’s first nsFFAG

What this gives Accelerator capable of: Relativistic energies Fast acceleration High currents (mA) Simple DC magnets High reliability (in principle) Reasonably compact and low cost Lots of potential uses! Opportunities for manufacture

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