Work package list. Work package list Work package No Work package title Type of activity Lead partic no. Lead partic. short name Person- months Start month End month 1 Policy, impact and sustainability SUPP 2 QMUL 46 1 33 2 GridCafé, GridCast and GridGuide SUPP 3 APO 72 1 33 3 International Science Grid This Week SUPP 5 CERN 52 1 33 4 Management MGT 1 XXX.xx 22 1 33 TOTAL 192
Work package list. Work- package No1 Workpackage title Lead contract or No2 Person- months Start month3 End mont h4 Deliv- erable No5 1 Management 1 (DPC) 4,50 0 28 D1 D3 2 Coordination with EGEE activities 2 (INFN) 21.85 3 25 D5 D7 D10 D13 D17 3 Civil Protection systems analysis 4 (XXXXXX S-LGEI) 32.20 3 11 D6 D8 D9 D11 4 Research and Innovation Strategies definition 3 (IMAA) 50.30 11 25 D14 D15 D16 5 Dissemination and Exploitation 7 (ANPC) 18.65 0 28 D2 D4 D12 D18 D19D 20 D21 TOTAL 127.50 1 Workpackage number: WP 1 – WP n. 2 Number of the contractor leading the work in this workpackage. 3 Relative start date for the work in the specific workpackages, month 0 marking the start of the project, and all other start dates being relative to this start date.
Work package list overview In addition to the detailed content of the workpackages, which will be provided below in Sect. B.1.3.5, an overview of the overall work plan and project methodology is given here for clarity and conciseness. First, the topics that will be investigated within the 3 scientific workpackages WP1-3 are summarized hereunder (participating “auxiliary” partners are indicated between parentheses):
Work package list overview The project will be organized in 4 technical work packages, one work package specifically designed to implement dissemination, education and training and another one for the administrative, finantial and legal management. The work packages topics are: WP1: Measurements for advanced reactor systems WP2: Uncertainties and covariances of nuclear data WP3: Integral experiments for validation of nuclear data and constraints on uncertainties WP4: High energy model validation in the 150-600 MeV energy domain WP5: Dissemination, education & training WP6: Management The main purpose of WP1 will be to perform a few measurements of relevant reactions/isotopes from the priorities identified in the sensitivity analyses of Gen IV (NEA/WPEC-26) and advanced fuel cycles (NUDATRA), also taking into account the indications from CANDIDE and the NEA and IAEA High Priority Request Lists (HPRL). The list includes major isotopes from U/Pu fuel cycle, minor actinides relevant for closed fuel cycles and waste minimization by Partitioning and Transmutation, plus a few stable structural and fuel matrix isotopes. The reactions include fission, inelastic, capture and total. The experiments will be performed combining the possibilities and different systematic of the IRMM@Geel and nTOF@CERN, GANIL, CNRS/IPNO and JYU cyclotron facilities. The coordination with the EC projects XXXXXX and EFNUDAT (and its continuation if any) will be maximized to support the access to these facilities. The WP2 will include the evaluation activities to significantly improve the quality and availability of covariance data in the evaluated nuclear data libraries, and the development and demonstration of codes fully exploiting these data. In the first aspect the cooperation of evaluators, theorists and experimentalists will be used to produce high quality and complete covariance matrices plus the necessary methodologies. In the second, the utilization of different covariance matrices should be automated in several codes and their demonstration should be used to illustrate the potential benefit of generalizing the assessment of simulation results with full uncertainties propagation including the ones derived from basic data. These applications should cover the reactor and the fuel cycles, and could use both direct sensitivity/uncertainty methods and Monte Carlo methods. Integral experiments will be used in WP3, both, to provide the final validation of basic data and to constrain the uncertainties and ...
Work package list. Work package No. Work package title Type of activity Lead participant No Lead participant short name Person- months Start month End month 1 Management MGT 1 SED- ETHZ 36 1 36 2 Engineering requirements and applications RTD 5 UPAV 85 1 36 3 Earthquake sources RTD 3 INGV 178 1 30 4 Strong-ground motion model RTD 4 LGIT-UJF 93 1 24 5 Seismic hazard assessment RTD 2 GFZ 39 1 32 6 Computational infrastructure RTD 1 SED- ETHZ 41 1 36 7 Dissemination OTHER 5 UPAV 13 1 36 TOTAL 485
Work package list. Work package No Work package title Lead beneficiary No Estimated indicative person- months Start month End month Deliv- erable No 1 Project management 1 4,5 1 18 2,4 2 Analysis 1 6 1 3 3 3 Recommendations 1 4 4 4 7,8 4 Tender procedure 3 5 5 7 9, 10 5 Development 3 3* 8 13 12 6 Trial 3 3 14 16 13, 14 8 Project implementation 3 2 18 18 16 9 Results viability and dissemination 2 23,5 1 18 1, 5, 6, 11, 17, 18 TOTAL 56 * excluding work performed by the subcontractor Work package description Work package number 1 Start date or starting event: Month 1 Participant ID 1 2 3 Person-months per participant: 4,5 - - Objectives To provide overall project management and co-ordination of the activities of the project team, including administrative support to the team members and the Steering Committee (see also section F: Project Management).
Work package list. Work package No Work package title Lead contractor No Person months Start month End month Phase Deliv- erable No WP1 Annual general work- shops 18 N/A 3 18 N/A D1,D2,D3, D4,D5,D6 WP2 Theme-specific work- shops 2 N/A 1 36 N/A D7, D8 WP3 Education 11 N/A 11 36 N/A D9,D10, D11,D12 WP4 Individual visits 3 N/A 1 36 N/A D13,D10, D12 WP5 Management and dis- semination 1 N/A 1 36 N/A D14 + com- pulsory deliver- xxxxx WP6 Industrial liaison 5 N/A 1 36 N/A D15,D16, D17,D18, D19,D20
