= LARA CDR Meeting 30^th^ October 2018 = == Meeting details == 14:00 Room 532 Phone details: {{{ UK: 08082 380274 Austria: 0800 006612 PIN: 5904750902 }}} Full list of telephone contacts may be found [raw-attachment:Z0-Phone-details.pdf here]. == Agenda: == 1. __Introduction and status of preparation of 'reference' proposal: **//KL//**__ * Goals for the meeting: * [raw-attachment:2018-10-30.pptx Discuss and agree parameter table to allow revision of design of in-vitro facility]; * Discuss and agree skeleton for the LARA CDR document. 1. __Parameter table for discussion: Provocation: **//KL//**; discussion **//All//**__ 1. __LARA CDR skeleton: Provocation: **//KL//**; discussion **//All//**__ 1. __Next steps: **//All//**__ 1. __AoB__ == Notes: == '''Present:''' KL, HTL, JPa, CH, OE, GB, JPo, VB 1. __Introduction and status of preparation of 'reference' proposal: **//KL//**__ * Goals for the meeting: * [raw-attachment:2018-10-30.pptx Discuss and agree parameter table to allow revision of design of in-vitro facility]; * Noted that 10MeV places Bragg peak before cells and 15MeV places Bragg peak in the nutrient solution. * Questions: * (JPo) How many particles are need to get 10G into cell layer. Need to integrate dose for particular energy beams over cell layer. * (JPo) What energy spread assumed by Ajit? We thought it as assumed to be 1%--2%. Need to distinguish energy spread from straggling compared to beam line * //** We agreed to accept 15MeV as baseline for maximum energy.**// * Discuss and agree skeleton for the LARA CDR document. 1. __Parameter table for discussion: Provocation: **//KL//**; discussion **//All//**__ * Outline table contained in slide 3 discussed. We found the need to add two sections: specification and instrumentation/control. 1. __LARA CDR skeleton: Provocation: **//KL//**; discussion **//All//**__ * **KL** will produce skeleton in OverLeaf. 1. __Next steps: **//All//**__ * //**Agree:**// make a pass to produce a first version of the parameter table for the next meeting. Then discuss how to make a plan to complete the simultions required to complete the conceptual design and assign sections for the CDR. 1. __AoB__ * None.